1. Chp-1 - WB Solutions

2. Chp-2 - WB Solutions

3. Chp-3 - WB Solutions

4. Chp-4 - WB Solutions

5. Matrix Chain Problem - Part A

6. Matrix Chain Problem - Part B

7. LCS Problem

8. Knapsack Problem

9. SOS & All Pair Shortest Path

10. Sorting Algorithms - Part A (New)

11. Sorting Algorithms - Part B (New)

1. DS -WORKBOOK PART-A

2. DS -WORKBOOK PART-B

1. COA WB Solutions - Part 1

2. COA WB Solutions - Part 2

3. COA WB Solutions - Part 3

1. CO - WB Answer Keys.pdf

1. CD - Workbook Solution - Part 1

2. CD - Workbook Solution - Part 2

3. CD - Workbook Solution - Part 3

4. CD - Workbook Solution - Part 4

5. CD - Workbook Solution - Part 5

1. TOC - Workbook Solutions

2. Chapter 1 - TOC - Workbook Solutions

3. Chapter 2 - TOC - Workbook Solutions

4. Chapter 3 - TOC - Workbook Solutions

1. OS WB PART A

2. OS WB PART B

3. OS WB PART C

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. Indexing WBS

2. Integrity Constraints ERD WBS

3. Queries WBS

4. Normalisation WBS

5. DBMS - Time Stamp Ordering Protocol

6. Transactions WBS

1. Algo - Lecture 1 A (Introduction)

2. Algo - Lecture 1 B (Asymptotic Notations)

3. Algo - Lecture 1 C (Asymptotic Notations)

4. Algo - Lecture 2 A (Asymptotic Notations)

5. Algo - Lecture 2 B (Asymptotic Notations)

6. Algo - Lecture 3 A (Asymptotic Notations)

7. Algo - Lecture 3 B (TC of Loops)

8. Algo - Lecture 4 A (TC of Loops)

9. Algo - Lecture 4 B (TC of Loops)

10. Algo - Lecture 5 A (TC of Loops)

11. Algo - Lecture 5 B (SC of Recursive Algo)

12. Algo - Lecture 6 A (TC of Recursive Algo)

13. Algo - Lecture 6 B (Substitution Method)

14. Algo - Lecture 7 A (TC of Recursive Algo)

15. Algo - Lecture 7 B (TC of Recursive Algo)

16. Algo - Lecture 7 C (TC of Recursive Algo)

17. Algo - Lecture 8 A (Substitution Method)

18. Algo - Lecture 8 B (Recursive Tree Method)

19. Algo - Lecture 8 C (Master Methods)

20. Algo - Lecture 9 A (MTs Faliure Case And Change Of Variable Method)

21. Algo - Lecture 9 B Merge Sort (D And C)

22. Algo - Lecture 10 A (Merge Sort Problems)

23. Algo - Lecture 10 B (Max Min Algo)

24. Algo - Lecture 11 A (Max Min Algo)

25. Algo - Lecture 11 B (Quick Sort Algo)

26. Algo - Lecture 12 A (Quick Sort Problems)

27. Algo - Lecture 12 B (Quick Sort Problems & Binary Search Algo)

28. Algo - Lecture 13 A (Quick Sort Problems)

29. Algo - Lecture 13 B (Binary Search Problems)

30. Algo - Lecture 13 C (Binary Search Problems & Stressen Matrix Multiplication)

31. Algo - Lecture 14 A (Binary Trees)

32. Algo - Lecture 14 B (Min & Max Heap)

33. Algo - Lecture 14 C (Problems on Binary Heap)

34. Algo - Lecture 15 A (Binary heap Problems)

35. Algo - Lecture 15 B (Greedy Algo Introduction)

36. Algo - Lecture 15 C (Dijkstra Bellman ford Algo)

37. Algo - Lecture 16 A (Bellman ford Algo)

38. Algo - Lecture 16 B (MST - Prims Algo)

39. Algo - Lecture 17 A (Kruskals Algo & MST Problems)

40. Algo - Lecture 17 B (Huffman Coding)

41. Algo - Lecture 18 A (Huffman Coding Problems & Job Schedule based on deadline)

42. Algo - Lecture 18 B (Dynamic Programming & nth Fib Num)

43. Algo - Lecture 19 A (MCP Problem)

44. Algo - Lecture 19 B (LCS Problem)

45. Algo - Lecture 20 A (LCS Problem)

46. Algo - Lecture 20 B (Knapsack Problem)

47. Algo - Lecture 21 A (DP OIKNP & SOS Problem)

48. Algo - Lecture 21 B (All pair shortest path)

49. Algo - Lecture 22 A (Graph Traversal)

50. Algo - Lecture 22 B (Graph Traversal)

51. Algo - Lecture 22 C (Graph Traversal)

52. Algo - Lecture 23 A (Graph Traversal Algorithms)

53. Algo - Lecture 23 B (Sorting Algorithms)

54. Algo - Lecture 24 A (Sorting Algorithms)

55. Algo - Lecture 24 B (Sorting Algorithms & Stressens Matrix Mul)

56. Algo - Lecture 25 ( Algorithms - The Conclusion)

1. Algo - WB 2024.pdf

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. COA - Lecture 1 A (Overview of a Computer System Design)

2. COA - Lecture 1 B (Overview of a Computer System Design)

3. COA - Lecture 2 A (Fixed Point Data Representation)

4. COA - Lecture 2 B (Fixed Point Data Representation)

5. COA - Lecture 3 A (Booths Algorithm)

6. COA - Lecture 3 B (Floating Point Data Representation)

7. COA - Lecture 4 A ( IEEE Floating Point Formats)

8. COA - Lecture 4 B ( IEEE Floating Point Formats)

9. COA - Lecture 5 A ( Range of a floating point data & Floating Point Arithmetic)

10. COA - Lecture 5 B ( Range of a floating point data & Floating Point Arithmetic)

11. COA - Lecture 6 A (Overview of a Computer System)

12. COA - Lecture 6 B (Overview of a Computer System)

13. COA - Lecture 7 A (CPU Pin Structure)

14. COA - Lecture 7 B (CPU Pin Structure)

15. COA - Lecture 8 A (Memory Interfacing)

16. COA - Lecture 8 B (Instruction Cycle)

17. COA - Lecture 9 A (Instruction Cycle)

18. COA - Lecture 9 B (Instruction Cycle)

19. COA - Lecture 10 A (Instruction Formats)

20. COA - Lecture 10 B (Instruction Formats)

21. COA - Lecture 11 A (Instruction Formats)

22. COA - Lecture 11 B (Instruction Execution Sequence)

23. COA - Lecture 12 A (PSW & Addressing Modes)

24. COA - Lecture 12 B (AM)

25. COA - Lecture 13 A (Addressing Modes)

26. COA - Lecture 13 B (Addressing Modes)

27. COA - Lecture 14 A (Instruction Set)

28. COA - Lecture 14 B (Instruction Set)

29. COA - Lecture 15 A (Interrupt Cycle)

30. COA - Lecture 15 B (RISC vs CISC)

31. COA - Lecture 15 C (Micro Programs)

32. COA - Lecture 16 A (Control Unit Design)

33. COA - Lecture 16 B (Microprogrammed CU Design)

34. COA - Lecture 16 C (Performance Evaluation Of A CPU)

35. COA - Lecture 17 A (Performance Evaluation Of A CPU)

36. COA - Lecture 17 B (Pipelining)

37. COA - Lecture 18 A (Pipelining)

38. COA - Lecture 18 B (Risc Pipeline)

39. COA - Lecture 19 A (RISC Pipeline)

40. COA - Lecture 19 B (RISC Pipeline)

41. COA - Lecture 20 A (RISC Pipeline)

42. COA - Lecture 20 B (RISC Pipeline)

43. COA - Lecture 21 A (RISC Pipeline)

44. COA - Lecture 21 B (Memory Organization)

45. COA - Lecture 22 A (Cache Memory Design)

46. COA - Lecture 22 B (Cache Memory Design)

47. COA - Lecture 23 A (Cache Memory)

48. COA - Lecture 23 B (Hard Disk Structure)

49. COA - Lecture 23 C (IO-Organization)

1. CO - WB Answer Keys.pdf

2. COA - WB 2024.pdf

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. DS - Lecture 1 A (Basics of C Programming)

2. DS - Lecture 1 B (Basics of C Programming)

3. DS - Lecture 2 B (Basics of C Programming)

4. DS - Lecture 2 A (Basics of C Programming)

5. DS - Lecture 3 A (Basics of C Programming)

6. DS - Lecture 3 B (Basics of C Programming & Storage Classes)

7. DS - Lecture 4 A (Storage Classes)

8. DS - Lecture 4 B (Scope)

9. DS - Lecture 5 A (Scope)

10. DS - Lecture 5 B (Pointers)

11. DS - Lecture 5 C (Pointers)

12. DS - Lecture 6 A (Pointers)

13. DS - Lecture 6 B (Pointers)

14. DS - Lecture 7 B (Pointers)

15. DS - Lecture 7 A (Pointers)

16. DS - Lecture 8 A (Pointers)

17. DS - Lecture 8 B (Pointers)

18. DS - Lecture 9 A (Pointers)

19. DS - Lecture 9 B (Pointers)

20. DS - Lecture 10 A (Pointers)

21. DS - Lecture 10 B (Pointers)

22. DS - Lecture 11 A (Pointers)

23. DS - Lecture 11 B (Pointers)

24. DS - Lecture 12 A (Arrays)

25. DS - Lecture 12 B (Arrays)

26. DS - Lecture 13 (Arrays)

27. DS - Lecture 14 A (Linked List)

28. DS - Lecture 14 B (Linked List)

29. DS - Lecture 14 C (Linked List)

30. DS - Lecture 15 A (Linked List)

31. DS - Lecture 15 B (Linked List)

32. DS - Lecture 15 C (Linked List)

33. DS - Lecture 16 A (Stack)

34. DS - Lecture 16 B (Stack)

35. DS - Lecture 16 C (Stack)

36. DS - Lecture 17 B (Queue)

37. DS - Lecture 17 A (Queue)

38. DS - Lecture 18 (Quque, Tree)

39. DS - Lecture 19 A (Tree)

40. DS - Lecture 19 B (Tree)

41. DS - Lecture 20 (Tree)

42. DS - Lecture 21 (AVL Tree)

43. DS - Lecture 22 (Hashing)

1. DS - WB 2024.pdf

1. DM - Lecture 1 A (Set Theory)

2. DM - Lecture 1 B (Set Theory)

3. DM - Lecture 2 A (Set Theory Multiset)

4. DM - Lecture 2 B (Set Theory Multiset)

5. DM - Lecture 3 A (Set Theory Relation)

6. DM - Lecture 3 B (Set Theory Relation)

7. DM - Lecture 4 A (Set Theory Relation)

8. DM - Lecture 4 B (Set Theory Relation)

9. DM - Lecture 5 A (Set Theory Poset)

10. DM - Lecture 5 B (Set Theory Poset)

11. DM - Lecture 6 A (Set Theory Lattice)

12. DM - Lecture 6 B (Set Theory Lattice)

13. DM - Lecture 7 A (Set Theory Lattice)

14. DM - Lecture 7 B (Set Theory Lattice)

15. DM - Lecture 8 A (Set Theory Functions)

16. DM - Lecture 8 B (Set Theory Functions)

17. DM - Lecture 9 A (Set Theory Groups)

18. DM - Lecture 9 B (Set Theory Groups)

19. DM - Lecture 10 A (Set Theory Groups)

20. DM - Lecture 10 B (Set Theory Groups)

21. DM - Lecture 11 A (Cyclic Groups)

22. DM - Lecture 11 B (Cyclic Groups)

23. DM - Lecture 12 A (Graph Theory - Types of Graphs)

24. DM - Lecture 12 B (Graph Theory - Types of Graphs)

25. DM - Lecture 13 A (Graph Theory - Types of Graphs)

26. DM - Lecture 13 B (Graph Theory - Types of Graphs)

27. DM - Lecture 14 A (Graph Theory - Coloring)

28. DM - Lecture 14 B (Graph Theory - Matching)

29. DM - Lecture 15 A (Graph Theory - Euler circuit)

30. DM - Lecture 15 B (Graph Theory - Euler circuit)

31. DM - Lecture 16 A (Combinatorics - Generating Function)

32. DM - Lecture 16 B (Combinatorics - Generating Function)

33. DM - Lecture 17 A (Combinatorics - Recurrence Relation)

34. DM - Lecture 17 B (Mathematical Logic)

35. DM - Lecture 17 C (Mathematical Logic)

36. DM - Lecture 18 (Mathematical Logic)

1. DM - WB 2024.pdf

1. Live Streaming CS L2_(2024)

1. CD - Lecture 1 (Basics and Language Translator)

2. CD - Lecture 2 A (Language Processing System, Types and Phases of a Compiler)

3. CD - Lecture 2 B (Single Pass - Multi Pass Compiler)

4. CD - Lecture 2 C (Lexicol Analysis)

5. CD - Lecture 3 A (Syntax Analysis, CFG, Ambiguity)

6. CD - Lecture 3 B (Left Recursion, Left Factor, Parsing Techniques)

7. CD - Lecture 4 A (Parsing Techniques, FIRST Set)

8. CD - Lecture 4 B (FIRST Set)

9. CD - Lecture 5 A (FOLLOW Set)

10. CD - Lecture 5 B (LL (1) Parsing)

11. CD - Lecture 6 (LL (1) Parsing)

12. CD - Lecture 7 A (Recursive Descent Parsing)

13. CD - Lecture 7 B (Bottom UP Parsing)

14. CD - Lecture 8 A (Viable Prefixes & Operator Precedence Parsing)

15. CD - Lecture 8 B (SLR(1) Parsing)

16. CD - Lecture 9 A (SLR(1) Parsing)

17. CD - Lecture 9 B (SLR(1) & LR(0))

18. CD - Lecture 9 C (SLR(1) Parsing)

19. CD - Lecture 10 A (SLR(1) & LALR(1)

20. CD - Lecture 10 B (All parser and Yacc Tool Syntax Directed Translation (Sot)

21. CD - Lecture 11 A (SDT)

22. CD - Lecture 11 B (SDT)

23. CD - Lecture 12 A (Intermediate Code Generation)

24. CD - Lecture 12 B (Intermediate Code Generation)

25. CD - Lecture 13 A (Intermediate Code Generation)

26. CD - Lecture 13 B (Code Optimization)

27. CD - Lecture 14 A (Liveness Analysis)

28. CD - Lecture 14 B (Run Time Environment)

1. CD - WB 2024.pdf

1. DL - Lecture 1 A (Boolean algebra - 1)

2. DL - Lecture 1 B (Boolean algebra - 2)

3. DL - Lecture 2 A (Boolean algebra - 3)

4. DL - Lecture 2 B (Boolean algebra - 4)

5. DL - Lecture 2 C (Boolean algebra - 5)

6. DL - Lecture 3 (Number System)

7. DL - Lecture 4 (Number System 2)

8. DL - Lecture 5 (K-map)

9. DL - Lecture 6 (K-map 2)

10. DL - Lecture 7 (K-map 3)

11. DL - Lecture 8 (K-map 4)

12. DL - Lecture 9 (K-map 5)

13. DL - Lecture 10 (Code Converter)

14. DL - Lecture 11 (Arthemetic Circuits)

15. DL - Lecture 12

16. DL - Lecture 13 (Multiplexer 1)

17. DL - Lecture 14 (Multiplexer 2)

18. DL - Lecture 15 (Binary adder 1)

19. DL - Lecture 16 (Binary adder 2)

20. DL - Lecture 17 (Binary Subtract)

21. DL - Lecture 18 A (BCD Adder & BCD Subtract)

22. DL - Lecture 18 B (BCD Adder & BCD Subtract)

23. DL - Lecture 19 A (Decoder)

24. DL - Lecture 19 B (Decoder)

25. DL - Lecture 20 A (Sequential Circuits)

26. DL - Lecture 20 B (Sequential Circuits)

27. DL - Lecture 21

28. DL - Lecture 22 A

29. DL - Lecture 22 B

30. DL - Lecture 22 C

31. DL - Lecture 23 A (Ripple Counter)

32. DL - Lecture 23 B (Ripple Counter)

33. DL - Lecture 24 A (Synchronous Counter)

34. DL - Lecture 24 B (Synchronous Counter)

35. DL - Lecture 24 C (Synchronous Counter)

1. DL - WB 2024.pdf

1. DBMS - Lecture 1 (Introduction Integrity Constraints)

2. DBMS - Lecture 2 A (SK & FK & Normalization)

3. DBMS - Lecture 2 B (SK & FK & Normalization)

4. DBMS - Lecture 3 A (Normalization)

5. DBMS - Lecture 3 B (Normalization)

6. DBMS - Lecture 4 A (Normalization)

7. DBMS - Lecture 4 B (Normalization)

8. DBMS - Lecture 5 A (Normalization)

9. DBMS - Lecture 5 B (Normalization)

10. DBMS - Lecture 6 A (Normalization)

11. DBMS - Lecture 6 B (Relational Algebra)

12. DBMS - Lecture 7 A (Relational Algebra)

13. DBMS - Lecture 7 B (Relational Algebra)

14. DBMS - Lecture 8 A (SQL)

15. DBMS - Lecture 8 B (SQL)

16. DBMS - Lecture 9 (SQL)

17. DBMS - Lecture 10 (SQL)

18. DBMS - Lecture 11 A (SQL)

19. DBMS - Lecture 11 B (SQL)

20. DBMS - Lecture 12 A (SQL)

21. DBMS - Lecture 12 B (TRC)

22. DBMS - Lecture 13 A (ER Model)

23. DBMS - Lecture 13 B (ER Model)

24. DBMS - Lecture 14 A (ER Model)

25. DBMS - Lecture 14 B (File Organization & Indexing)

26. DBMS - Lecture 15 A (Dense Sparse)

27. DBMS - Lecture 15 B (PI CI SI)

28. DBMS - Lecture 16 A (B Tree Bt Tree index)

29. DBMS - Lecture 16 B (B Tree Bt Tree index)

30. DBMS - Lecture 17 A (B Tree Bt Tree index)

31. DBMS - Lecture 17 B (B Tree Bt Tree index)

32. DBMS - Lecture 18 A (Transactions and concurrency control ACID rules)

33. DBMS - Lecture 18 B (Transactions and concurrency control ACID rules)

34. DBMS - Lecture 19 (Transactions and concurrency control ACID rules)

35. DBMS - Lecture 20 A (Conflict & View Serializability)

36. DBMS - Lecture 20 B (Conflict & View Serializability)

37. DBMS - Lecture 21 A (Conflict & View Serializability)

38. DBMS - Lecture 21 B (Conflict & View Serializability)

39. DBMS - Lecture 22 A (Conflict & View Serializability)

40. DBMS - Lecture 22 B (Conflict & View Serializability)

1. DBMS - WB 2024.pdf

1. Computer Network WB Part 1

2. Computer Network WB Part 2

3. CN - Lecture 1 A (Basics & Net Id & DBA )

4. CN - Lecture 1 B (Basics & Net Id & DBA )

5. CN - Lecture 2 B (Basics of Subnetting)

6. CN - Lecture 3 B (Subnetting of Classless Addressing)

7. CN - Lecture 3 A (Subnetting Problems and Classless Addressing)

8. CN - Lecture 2 A (Subnetting & Its Problems)

9. CN - Lecture 4 A (Private & Public IP address)

10. CN - Lecture 4 B (P - NAT & Practical Programs of IP address)

11. CN - Lecture 5 A (Host on This Network And Practical Approach)

12. CN - Lecture 5 B (Ping Command)

13. CN - Lecture 6 A (Half Duplex Bull Duplex)

14. CN - Lecture 6 B (% Link Utilization of Sendie & Throughput)

15. CN - Lecture 7 A (Circuit & Packet Switching Mesh Toporsy)

16. CN - Lecture 7 B (Stalf & Bus to Polusy Collision Domain & Broadcast Domain)

17. CN - Lecture 8 A (OSI Model Stop & Wait Area)

18. CN - Lecture 8 B (Stop & Wait Area

19. CN - Lecture 9 A (Go Back N ARQ and Their Problems & Wrap Around Condition)

20. CN - Lecture 9 B (Selective Repeat ARQ) - New

21. CN - Lecture 10 A (Selective Repeat ARQ Hamming Code)

22. CN - Lecture 10 B (Parity Detecting Correcting Code)

23. CN - Lecture 11 A (Parity Checksum)

24. CN - Lecture 11 B (CRC)

25. CN - Lecture 12 A (Framing Character Count Character Stuffing bit Stuffing)

26. CN - Lecture 12 B (MAC Layer (Pure Aloha))

27. CN - Lecture 13 A (CSMA-CD and Their Aloha Problems)

28. CN - Lecture 13 B (Bandwidth and Brame Size in 10 100 1000 Mbps)

29. CN - Lecture 14 A (IEEE So 2.3 CSNA-CA)

30. CN - Lecture 14 B (IP Protocol Fragmentation)

31. CN - Lecture 14 C (Basic Difference Vector Conting TTL algo)

32. CN - Lecture 15 A (TTL & Header Checksum Options & Padding)

33. CN - Lecture 15 B (Fragmentation)

34. CN - Lecture 15 C (ICMP Protion & Trastic Sharing)

35. CN - Lecture 16 A (Flooding & Distance Vector Routing With Split Horizon)

36. CN - Lecture 16 B (Distance Vector Routing With Poisson Reverse)

37. CN - Lecture 16 C (TCP Provides Reliability For IP)

38. CN - Lecture 17 A (TCP Header Fields)

39. CN - Lecture 17 B (TCP Checksum, TCP Options)

40. CN - Lecture 18 A (UDP Protocol, State Transitions of TCP)

41. CN - Lecture 18 B (Virtual Clock, Nagle & Clarke Solutions)

42. CN - Lecture 19 A (FTP Protocol)

43. CN - Lecture 19 B (HTTP Protocol Link State Routing Algorithm Reliable Flooding)

44. CN - Lecture 20 A (Path Vector Routing & DNS Protocol)

45. CN - Lecture 20 B (SMTP Protocols and Overview of Networks)

1. CN - WB 2024.pdf

1. TOC - Lecture 1 A (Interdiction)

2. TOC - Lecture 1 B (NFA & DFA)

3. TOC - Lecture 2 A (NFA to DFA)

4. TOC - Lecture 2 B (Minimization of DFA)

5. TOC - Lecture 2 C (Construction of DFAs)

6. TOC - Lecture 3 A (Construction of DFAs)

7. TOC - Lecture 3 B (Deciding Regular or not ?)

8. TOC - Lecture 4 A (Mealy & Moore Machines Design)

9. TOC - Lecture 4 B (Regular Expression)

10. TOC - Lecture 4 C (Regular Expression Short Cuts)

11. TOC - Lecture 5 A (Pumping Lemma and Pumping Length)

12. TOC - Lecture 5 B (Myhill Nerode theorm and Properties of Regular languages)

13. TOC - Lecture 6 A (Properties of Regular languages)

14. TOC - Lecture 6 B (Grammar)

15. TOC - Lecture 6 C (Grammar & Simplification)

16. TOC - Lecture 7 A (Grammar Normal Forms)

17. TOC - Lecture 7 B (PDA Basics)

18. TOC - Lecture 7 C (Design of a PDA)

19. TOC - Lecture 8 A (PDA Design and Checking CFL, DCFL of not?)

20. TOC - Lecture 8 B (Properties of DCFL & CEL)

21. TOC - Lecture 8 C (Turing Machine introduction)

22. TOC - Lecture 9 A ( Design of a TM & Variations of TM)

23. TOC - Lecture 9 B ( RE & Rec)

24. TOC - Lecture 10 A (UTM & Chorusky Heirarchy)

25. TOC - Lecture 10 B (Undecidability

26. TOC - Lecture 11 (Countability)

1. TOC - WB 2024.pdf

1. OS - Lecture 1 A ( Introduction and Background Process Concept )

2. OS - Lecture 1 B ( Introduction and Background Process Concept )

3. OS - Lecture 2 A (Process Concept + CPU Scheduling)

4. OS - Lecture 2 B (Process Concept + CPU Scheduling)

5. OS - Lecture 3 A ( CPU Scheduling)

6. OS - Lecture 3 B ( CPU Scheduling)

7. OS - Lecture 4 A ( CPU Scheduling)

8. OS - Lecture 4 B ( CPU Scheduling)

9. OS - Lecture 5 ( CPU Scheduling)

10. OS - Lecture 6 A ( CPU Scheduling)

11. OS - Lecture 6 B ( CPU Scheduling)

12. OS - Lecture 7 A ( Synchronization)

13. OS - Lecture 7 B ( Synchronization)

14. OS - Lecture 8 A ( Synchronization)

15. OS - Lecture 8 B ( Synchronization)

16. OS - Lecture 9 A ( Synchronization)

17. OS - Lecture 9 B ( Synchronization)

18. OS - Lecture 10 ( Synchronization)

19. OS - Lecture 11 ( Synchronization)

20. OS - Lecture 12 ( Synchronization)

21. OS - Lecture 13 B ( Concurrent Programming)

22. OS - Lecture 13 A ( Concurrent Programming)

23. OS - Lecture 14 ( Deadlock)

24. OS - Lecture 15 ( Deadlock)

25. OS - Lecture 16 (Memory Management)

26. OS - Lecture 17 (Memory Management)

27. OS - Lecture 18 (Paging)

28. OS - Lecture 19 A (Multilevel Paging)

29. OS - Lecture 19 B (Multilevel Paging)

30. OS - Lecture 20 A (Inverted Paging)

31. OS - Lecture 20 B (Virtual memory)

32. OS - Lecture 21 A (File Systems)

33. OS - Lecture 21 B (File Systems)

1. OS - WB 2025.pdf

2. OS - WB 2024.pdf

1. Combinatorics WB Solutions.pdf

2. Recurrence Relation - Theory Notes.pdf

3. First Order Logic - Theory Notes.pdf

4. Propositional Logic - Theory Notes.pdf

5. Mathematical Logic Key.pdf

6. Combinatorics Workbook Key.pdf

7. Graph Theory Keys.pdf

8. Discrete Math Workbook Keys.pdf

1. CLAY MINERALOGY, SOIL WATER, SOIL STRUCTURE & FIBERS

2. Stress Distribution

3. Compaction

1. EXTRA-INSTRUMENTS VIDEO

2. EXTRA-PLANE TABLE SURVEYING VIDEO

3. EXTRA-TIME CONCEPT VIDEO

4. EXTRA-GPS,GIS,RS VIDEO

5. EXTRA-TRIANGULATION VIDEO

1. Survey - WB 2024.pdf

2. ANSWER KEY 2024 - SURVEYING.pdf

3. EXTRA-PHOTOGRAMMETRY PDF.pdf

4. EXTRA-GPS-GIS-RS PDF.pdf

5. EXTRA-TIME CONCEPT PDF.pdf

6. PLANE TABLE SURVEYING PDF.pdf

7. TRIANGULATION PDF.pdf

8. Surveying Instruments PDF.pdf

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. Moment of Inertia - Part 1

2. Moment of Inertia - Part 2

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. Highway Introduction Video

2. SYMPTOMS, CONSTRUCTION & HILLY ROADS VIDEO

3. TEST FOR AGGREGATE AND BITUMEN

1. Highway WB 2024.pdf

2. Highway WB Answer key 2024.pdf

3. Highway WB Answer Key 2024.pdf

4. TRY YOURSELF SOLUTION.pdf

5. Material, Construction, CBR PDF.pdf

6. Geometric Design.pdf

7. Traffic Control Devices PDF.pdf

8. Highway Introduction PDF.pdf

9. Highway - Workbook.pdf

1. CLAY MINERALOGY, SOIL WATER, SOIL STRUCTURE & FIBERS

2. CHP-5 - STRESS DISTRIBUTION (New)

3. CHP-6 - COMPACTION (New)

1. Soil WB Ans Key.pdf

2. Soil WB 2024.pdf

3. Chapter 13 Soil Stabilization.pdf

4. Chapter 6 Compaction of Soil.pdf

5. Chapter 5 Stress Distribution in Soil.pdf

6. Chapter 2 Soil Structure & Fibers.pdf

7. Chapter 2 Soil Classification.pdf

8. Chapter 1 Index Properties PDF.pdf

1. RCC - Lecture 1 (Introduction)

2. RCC - Lecture 2 (Introduction)

3. RCC - Lecture 3 (Introduction)

4. RCC - Lecture 4 (Introduction)

5. RCC - Lecture 5 (Introduction)

6. RCC - Lecture 6 (WSM)

7. RCC - Lecture 7 (WSM)

8. RCC - Lecture 8 (WSM)

9. RCC - Lecture 9 (WSM)

10. WB Discussion - Introduction

11. WB Discussion - WSM

12. RCC - Lecture 10 (LSM)

13. RCC - Lecture 11 A (LSM)

14. RCC - Lecture 11 B (LSM)

15. RCC - Lecture 12 A (LSM)

16. RCC - Lecture 12 B (LSM)

17. RCC - Lecture 13 (LSM)

18. RCC - Lecture 14 (Doubly Reinforced Beam)

19. RCC - Lecture 15 (Doubly Reinforced Beam)

20. RCC - Lecture 16 (Design for Shear)

21. RCC - Lecture 17 A (Design for Shear)

22. RCC - Lecture 17 B (Design for Torsion)

23. RCC - Lecture 18 A (Design for Shear Bond)

24. RCC - Lecture 18 B (Design of Slab)

25. RCC - Lecture 19 (Design of Two Way Slab)

26. WB Discussion - LSM

27. WB Discussion - Design of Beams

28. WB Discussion - SHEAR BOND & TORSION

29. WB Discussion - Design of Slab

30. RCC - Lecture 20 (Design of Slab)

31. RCC - Lecture 21 (Design of Columns)

32. RCC - Lecture 22 (Design of Columns)

33. RCC - Lecture 23 A (Design of Columns)

34. RCC - Lecture 23 B (Design of Columns)

35. WB Discussion - Design of Columns

36. RCC - Lecture 24 A (Columns)

37. RCC - Lecture 24 B (Columns)

38. RCC - Lecture 24 C (Columns)

39. RCC - Lecture 25 (PSC)

40. RCC - Lecture 26 (PSC)

41. RCC - Lecture 27 A (PSC)

42. RCC - Lecture 27 B (PSC)

43. RCC - Lecture 28 (PSC)

44. RCC - Lecture 29 A (PSC)

45. RCC - Lecture 29 B (PSC)

46. RCC - Lecture 29 C (PSC)

47. WB Discussion - Prestressed Concrete

48. WB Discussion - Foundation

49. WB Discussion - Masonry structure

50. WB Discussion - Retaining wall

51. WB Discussion - Water Tank

52. WB Discussion - Earthquake

53. RCC - Lecture 30 (PSC)

54. RCC - Lecture 31 (PSC)

55. RCC - Lecture 32 A (Retaining Wall) - R

56. RCC - Lecture 32 B (Retaining Wall) - R

57. RCC - Lecture 32 C (Retaining Wall) - R

58. RCC - Lecture 33 A (Water Tank) - R

59. RCC - Lecture 33 B (Water Tank) - R

60. RCC - Lecture 34 (Masonry) - R

61. RCC - Lecture 35 (Staircase) - R

62. RCC - Lecture 36 (Earthquake) - R

1. EARTHQUAKE PDF.pdf

2. MASONRY PDF.pdf

3. RETAINING WALL PDF.pdf

4. WATER TANK PDF.pdf

5. PSC PDF.pdf

6. RCC - Introduction PDF.pdf

7. RCC - WB 2024.pdf

1. Structure - WB Solutions - Part 1 (Ch 1 & 2)

2. Structure - WB Solutions - Ch 3

3. Structure - WB Solutions - Ch 4

4. Structure - WB Solutions - Ch 5

5. Structure - WB Solutions - Ch 6

6. Structure - WB Solutions - Ch 7

1. ENV - Lecture 1

2. Environment - Lecture 2

3. Environment - Lecture 3

4. Environment - Lecture 4 (Sources of Water)

5. Environment - Lecture 5 (Sources of Water)

6. Environment - Lecture 6 (Water Quality Parameters)

7. Environment - Lecture 7 (Water Quality Parameters)

8. Environment - Lecture 8 A (Water Quality Parameters)

9. Environment - Lecture 8 B (Water Quality Parameters)

10. Environment - Lecture 9 A (Water Quality Parameters)

11. Environment - Lecture 9 B (Treatment of Water)

12. Environment - Lecture 9 C (Treatment of Water)

13. Environment - Lecture 10 (Treatment of Water)

14. Environment - Lecture 11 (Treatment of Water)

15. Environment - Lecture 12 (Treatment of Water)

16. Environment - Lecture 13 (Treatment of Water)

17. Environment - Lecture 14 A (Treatment of Water)

18. Environment - Lecture 14 B (Treatment of Water)

19. Environment - Lecture 14 C (Treatment of Water)

20. Environment - Lecture 15 A (Treatment of Water)

21. Environment - Lecture 15 B (Distribution of Water)

22. Environment - Lec 15 C (Distribution of Water)

23. Environment - Lec 16 (Biochemical Reactions in Wastewater)

24. Environment - Lecture 17 (Wastewater characteristics)

25. Environment - Lec 18 (Wastewater Characteristics)

26. Environment - Lec 19 A (Disposal of Sewage)

27. Environment - Lec 19 B (Disposal of Sewage)

28. Environment - Lec 20 (Waste Water Treatment)

29. Environment - Lec 21 (Waste Water Treatment)

30. Environment - Lec 22 (Waste Water Treatment)

31. Environment - Lec 23 A (Waste Water Treatment)

32. Environment - Lec 23 B (Waste Water Treatment)

33. Environment - Lec 23 C (MSWM)

34. Environment - Lec 24 (Air Pollution & MSWM)

35. Environment - Lec 25 (Air Pollution & MSWM)

1. EXTRA-INSTRUMENTS VIDEO

2. EXTRA-TRIANGULATION VIDEO

3. EXTRA-PLANE TABLE SURVEYING VIDEO

4. EXTRA-TIME CONCEPT VIDEO

5. EXTRA-GPS,GIS,RS VIDEO

6. Surveying - Lecture 1 (Introduction + Linear Measurement)

7. Surveying - Lecture 2 (Chain Survey)

8. Surveying - Lecture 3 (Compass Survey)

9. Surveying - Lecture 4 (Traverse Survey)

10. Surveying - Lecture 5 (Traverse and Levelling)

11. Surveying - Lecture 6 (Levelling Work)

12. Surveying - Lecture 7 A (Sensitivity & Area Vol)

13. Surveying - Lecture 7 B (Trigonometrical & Tacheometry Levelling)

14. Surveying - Lecture 8 A (Curves)

15. Surveying - Lecture 8 B (Accuracy and Errors)

16. Surveying - Lecture 9 (Photogrammetry)

1. Instruments PDF.pdf

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. Highway - Lec 1 (Geometric Design)

2. Highway - Lec 2 (Geometric Design)

3. Highway - Lec 3 (Geometric Design)

4. Highway - Lec 4 (Geometric Design)

5. Highway - Lec 5 (Vertical Alignment)

6. Highway - Lec 6 A (Traffic Engineering)

7. Highway - Lec 6 B (Traffic Engineering)

8. Highway - Lec 7 (Traffic Engineering)

9. Highway - Lec 8 (Traffic Engineering)

10. Highway - Lec 9 (Pavement Design)

11. Highway - Lec 10 (Pavement Design)

12. Highway - Lec 11 (Pavement Design)

13. Highway - Lec 12 (Joints & Marshall)

1. Air Pollution - Theory

2. WB Solutions - Air Pollution

3. NOISE POLLUTION

4. WB Solutions - MSWM

5. MSWM

6. TRY YOURSELF SOLUTIONS

7. DISTRIBUTION & CONVEYANCE THEORY

8. Plume Behaviour

1. ENV - CH 6 AND 7 WB SOLUTIONS.pdf

2. ENV - CH 4 AND 5 WB SOLUTIONS.pdf

3. ENV - CH 1 TO 3 WB SOLUTIONS.pdf

4. Chapter 10 To 13 - PDF.pdf

5. Chapter 9 - Treatment of Wastewater PDF.pdf

6. Chapter 8 - Disposal of Sewage Effluents.pdf

7. Chapter 7 - Waste Water Quality Parameters PDF.pdf

8. Chapter 6 - Biochemical Reactions In Wastewater PDF.pdf

9. Chapter 5 - Conveyance & Distribution Of Water PDF.pdf

10. Chapter 4 - Treatment of Water PDF.pdf

11. Chapter 3 - Water Quality Parameters PDF.pdf

12. Chapter 2 - Sources Of Water PDF.pdf

13. Chapter 1 - Water Demand PDF.pdf

14. Introduction To Environmental Engineering PDF.pdf

15. ENV - WB with Answer Key.pdf

16. ENV - WB 2024.pdf

1. SOM - Lecture 1 (Simple Stress and Strain)

2. SOM - Lecture 2 (Simple Stress and Strain)

3. SOM Lecture 3 (Simple Stress and Strain)

4. SOM - Lecture 4 (Simple Stress and Strain)

5. SOM - Lecture 5 (Simple Stress and Strain)

6. SOM - Lecture 6 (Simple Stress and Strain)

7. SOM - Lecture 7 (Shear Force & Bending Moment)

8. SOM - Lecture 8 (Shear Force & Bending Moment)

9. SOM - Lecture 9 (Shear Force & Bending Moment)

10. SOM - Lecture 10 A (Shear Force & Bending Moment)

11. SOM - Lecture 10 B (Shear Force & Bending Moment)

12. SOM - Lecture 10 A (Shear Force & Bending Moment) New

13. SOM - Lecture 11 A (Diflection)

14. SOM - Leture 11 B (Diflection)

15. SOM - Lecture 12 (Diflection)

16. SOM - Lecture 13 (Deflection)

17. SOM - Lecture 14 (Deflection)

18. SOM - Lecture 15 (Deflection)

19. SOM - Lecture 16 (Deflection)

20. SOM - Lecture 17 (Principle Stress)

21. SOM - Lecture 18 (Principle Stress)

22. SOM - Lecture 19 (Principle Stress)

23. SOM - Lecture 20 (Mohr Circle)

24. SOM - Lecture 21 (Theory Of Failure)

25. SOM - Lecture 22 (Principle Strain)

26. SOM - Lecture 23 (Bending Stress)

27. SOM - Lecture 24 (Bending Stress)

28. SOM - Lecture 25 A (Bending Stress)

29. SOM - Lecture 25 B (Direct Shear Stress)

30. SOM - Lecture 26 (Direct Shear Stress)

31. SOM - Lecture 27 (Shear Centre)

32. SOM - Lecture 28 (Torsion )

33. SOM - Lecture 29 (Torsion)

34. SOM - Lecture 30 (Column)

35. SOM - Lecture 31 (Column)

36. SOM - Lecture 32 (Properties of Materials)

1. SOM - Homework Questions PDF.pdf

2. SOM Solutions.pdf

3. SOM - Nut & Bolt Assembly PDF.pdf

4. SOM - Notes PDF.pdf

5. SOM - WB 2024.pdf

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. Railway - Lecture 1 (Railway Track)

2. Railway - Lecture 2 (Railway Track)

3. Railway - Lecture 3 (Railway Track)

4. Railway - Lecture 4 (Track Resistance, Geometric Design)

5. Railway - Lecture 5 (Track Resistance, Geometric Design)

6. Railway - Lecture 6 (Turnout)

7. Railway - Lecture 7 (Airport 1)

8. Railway - Lecture 8 (Airport 2)

1. Railway - WB 2024.pdf

1. SA - Lecture 1 (Analysis of Trusses)

2. SA - Lecture 2 (Analysis of Trusses and Deflection in Trusses)

3. SA - Lecture 3 (Deflection in Trusses)

4. SA - Lecture 4 (Analysis of Indeterminate Trusses and I.L.D.S)

5. SA - Lecture 5 A (I.L.D.S for Simply Supported CANTILEVER Beams)

6. SA - Lecture 5 B (I.L.D.S for Trusses)

7. SA - Lecture 6 A (Deflections in Determinate Frames)

8. SA - Lecture 6 B (Movement Distribution Method)

9. SA - Lecture 7 (Movement Distribution)

10. SA - Lecture 8 (Movement Distribution)

11. SA - Lecture 9 (MDM & SDM)

12. SA - Lecture 10 (Cables and arches)

13. SA - Lecture 11 (Two Hinged Arches & Portal Method)

14. SA - Lecture 12 (Two Hinged Arches & Portal Method)

15. SA - Lecture 13 (Stabilty and Stiffness Matrix)

16. SA - Lecture 14 (Stabilty and Stiffness Matrix)

1. SA - WB 2024.pdf

1. BMC - Lecture 1 (Cement)

2. BMC - Lecture 2 (Cement)

3. BMC - Lecture 3 (Cement)

4. BMC - Lecture 4 (Cement Lime)

5. BMC - Lecture 5 (Mortar)

6. BMC - Lecture 6 (concrete technology)

7. BMC - Lecture 7 (concrete technology)

8. BMC - Lecture 8 (Concrete Technology)

9. BMC - Lecture 9 (Concrete Technology)

10. BMC - Lecture 10 (Concrete Technology)

11. BMC - Lecture 11 (Concrete Technology)

12. BMC - Lecture 12 (Concrete Technology)

13. BMC - Lecture 13 (Concrete Technology)

14. BMC - Lecture 14 (Timber)

15. BMC - Lecture 15 (Timber)

16. Miscellaneous Topic Building Materials

1. Special Types of Bricks & Clay Tiles.pdf

2. BMC - WB 2024.pdf

1. Live Streaming CE L2_(2024)

1. Live Streaming CE All (ESE&GATE 2024)

1. SM - Lecture 1

2. SM - Lecture 2 (Properties of Soil)

3. SM - Lecture 3 (Properties of Soil)

4. SM - Lecture 4 (Properties of Soil)

5. SM - Lecture 5 (Properties of Soil)

6. SM - Lecture 6 (Properties of Soil)

7. SM - Lecture 7 (Classification of Soil)

8. SM - Lecture 8 (Classification of Soil)

9. SM - Lecture 9 A (Effective Stress)

10. SM - Lecture 9 B (Permeability)

11. SM - Lecture 10 A (Quick Sand)

12. SM - Lecture 10 B (Quick Sand)

13. SM - Lecture 11 (Quick Sand)

14. SM - Lecture 12 (Seepage Analysis)

15. SM - Lecture 13 (Consolidation)

16. SM - Lecture 14 (Consolidation)

17. SM - Lecture 15 A (Consolidation)

18. SM - Lecture 15 B (Consolidation)

19. SM - Lecture 16 A (Shear Strength of Soil)

20. SM - Lecture 16 B (Shear Strength of Soil)

21. SM - Lecture 17 (Shear Strength of Soil + Earth Pressure)

22. SM - Lecture 18 (Earth Pressure)

23. SM - Lecture 19 (Earth Pressure)

24. SM - Lecture 20 (Stability of Slope)

25. SM - Lecture 21 A (Stability of Slope)

26. Soil - Lecture 21 B (Shallow Foundation)

27. Soil - Lecture 22 A (Shallow Foundation)

28. Soil - Lecture 22 B (Shallow Foundation)

29. Soil - Lecture 23 (Shallow Foundation)

30. Soil - Lecture 24 (Pile Foundation)

31. Soil - Lecture 25 (Pile Foundation)

1. SM - WB 2024.pdf

1. FM - Lecture 1 (Fluid Properties)

2. FM - Lecture 2 (Fluid Properties)

3. FM - Lecture 3 (Fluid Properties)

4. FM - Lecture 4 (Fluid Properties)

5. FM - WB Discussion - Fluid Properties

6. FM - Lecture 5 (Fluid Statics)

7. FM - Lecture 6 (Fluid Statics)

8. FM - Lecture 7 (Fluid Statics)

9. FM - Lecture 8 (Hydrostatic Forces)

10. FM - Lecture 9 (Hydrostatic Forces)

11. FM - Lecture 10 (Hydrostatic Forces)

12. FM - Lecture 11 (Hydrostatic Forces)

13. FM - WB Discussion - Fluid Statics

14. FM - Lecture 12 (Fluid Kinematics)

15. FM - Lecture 13 (Fluid Kinematics)

16. FM - Lecture 14 (Fluid Kinematics)

17. FM - Lecture 15 (Fluid Kinematics + Fluid Dynamics)

18. FM - WB Discussion - Fluid Kinematics

19. FM - Lecture 16 (Fluid Dynamics)

20. FM - Lecture 17 (Fluid Dynamics)

21. FM - Lecture 18 (Fluid Dynamics)

22. FM - Lecture 19 (Fluid Dynamics)

23. FM - Lecture 20 (Fluid Dynamics + Dimensional Analysis)

24. FM - WB Discussion - Fluid Dynamics

25. FM - Lecture 21 (Dimensional Analysis)

26. FM - WB Discussion - Dimensional Analysis

27. FM - Lecture 22 (Dimensional Analysis + Pipe Flow)

28. FM - Lecture 23 (Pipe Flow)

29. FM - Lecture 24 (Pipe Flow)

30. FM - WB Discussion - Pipe Flow

31. FM - Lecture 25 (Laminar Flow)

32. FM - Lecture 26 (Laminar Flow + Boundary Layer)

33. FM - WB Discussion - Laminar Flow

34. FM - Lecture 27 (Boundary Layer)

35. FM - Lecture 28 (Boundary Layer)

36. FM - Boundary Layer Workbook

37. FM - Lecture 29 (Boundary Layer)

1. Potential Flow Handout.pdf

2. Chapter 8 Boundary Layer PDF.pdf

3. Chapter 7 Laminar Flow PDF.pdf

4. Chapter 6 Pipe Flow PDF.pdf

5. Chapter 5 Dimensional Analysis PDF.pdf

6. Chapter 4 Fluid Dynamics PDF.pdf

7. Chapter 3 Fluid Kinematics PDF.pdf

8. Chapter 2 Fluid Statics PDF.pdf

9. Chapter 1 Fluid Properties PDF.pdf

10. FM WB Answer Key.pdf

11. FM WB 2024.pdf

1. Irrigation - Lecture 1

2. Irrigation - Lecture 2

3. Irrigation - Lecture 3

4. Irrigation - Lecture 4

5. Irrigation - Lecture 5

6. Irrigation - Lecture 6

7. Irrigation - Lecture 7 A New

8. Irrigation - Lecture 7 B New

9. Irrigation - Lecture 8 New

10. Irrigation - Lecture 9

11. Irrigation - Lecture 10

12. Irrigation - Lecture 11

13. Irrigation - Lecture 12

14. Irrigation - Lecture 13

15. Irrigation - Lecture 14

1. Irrigation - WB 2024.pdf

1. Steel - Lecture 1 A ( General Design of Required )

2. Steel - Lecture 1 B ( General Design of Required )

3. Steel - Lecture 2 A (General Design)

4. Steel - Lecture 2 B (General Design)

5. Steel - Lecture 3 A ( Plastic Analysis )

6. Steel - Lecture 3 B ( Plastic Analysis )

7. Steel - Lecture 4 A ( Plastic Analysis )

8. Steel - Lecture 4 B ( Plastic Analysis )

9. Steel - Lecture 5 A ( Plastic Analysis )

10. Steel - Lecture 5 B ( Plastic Analysis )

11. Steel - Lecture 6 A ( Plastic Analysis )

12. Steel - Lecture 6 B ( Plastic Analysis )

13. Steel - Lecture 7 A ( Design of Simple Bolted Connections )

14. Steel - Lecture 7 B ( Design of Simple Bolted Connections )

15. Steel - Lecture 8 A ( Design of Simple Bolted Connections )

16. Steel - Lecture 8 B ( Design of Simple Bolted Connections )

17. Steel - Lecture 8 C ( Design of Simple Bolted Connections )

18. Steel - Lecture 9 A ( Design of Simple Welded Connection )

19. Steel - Lecture 9 B ( Design of Simple Welded Connection )

20. Steel - Lecture 9 C ( Design of Simple Welded Connection )

21. Steel - Lecture 10 A ( Design of Eccentric Connections )

22. Steel - Lecture 10 B ( Design of Eccentric Connections )

23. Steel - Lecture 10 C ( Design of Eccentric Connections )

24. Steel - Lecture 11 A ( (Design of Tension Member )

25. Steel - Lecture 11 B ( (Design of Tension Member )

26. Steel - Lecture 11 C ( Design of Tension Member )

27. Steel - Lecture 12 A ( (Design of Compression member)

28. Steel - Lecture 12 B ( (Design of Compression member)

29. Steel - Lecture 12 C ( Design of Compression member)

30. Steel - Lecture 13 A ( Design of Flexural Member )

31. Steel - Lecture 13 B ( Design of Flexural Member )

32. Steel - Lecture 13 C ( Design of Flexural Member )

33. Steel - Lecture 14 A ( Plate Girder & Industrial Roofs )

34. Steel - Lecture 14 B ( Plate Girder & Industrial Roofs )

1. Steel - WB 2024.pdf

1. CPM - Lecture 1

2. CPM - Lecture 2

3. CPM - Lecture 3

4. CPM - Lecture 4

5. CPM - Lecture 5

6. CPM - Lecture 6 A

7. CPM - Lecture 6 B

8. CPM - Lecture 7

1. CPM - WB 2024.pdf

1. OCF - Lecture 1

2. OCF - Lecture 2

3. OCF - Lecture 3

4. OCF - Lecture 4 (Uniform Flow)

5. OCF - Lecture 5 A (Energy Depth Relationship)

6. OCF - Lecture 5 B (Energy Depth Relationship)

7. OCF - Lecture 6 A (GVF)

8. OCF - Lecture 6 B (GVF)

9. OCF - Lecture 6 C (GVF)

10. OCF - Lecture 7 (SURGES)

1. OCF - WB 2024.pdf

1. Hydrology - Lecture 1 A

2. Hydrology - Lecture 1 B

3. Hydrology - Lecture 2

4. Hydrology - Lecture 3 A

5. Hydrology - Lecture 3 B

6. Hydrology - Lecture 4 A

7. Hydrology - Lecture 4 B

8. Hydrology - Lecture 5

9. Hydrology - Lecture 6 A

10. Hydrology - Lecture 6 B

11. Hydrology - Lecture 7

1. Hydrology PDF 2.pdf

2. Stream Flow.pdf

3. Hydrology - WB 2024.pdf

1. HM - Lecture 1 A (Impact of Jet)

2. HM - Lecture 1 B (Impact of Jet)

3. HM - Lecture 2 A (Impact of Jet)

4. HM - Lecture 2 B (Impact of Jet)

5. FMC - WB_Q 15,Q 67 and Runaway Speed

6. HM - Lecture 3 A (Impulse Turbine)

7. HM - Lecture 3 B (Impulse Turbine)

8. HM - Lecture 4 (Reaction Turbine)

9. HM - Lecture 5 (Axial Flow Reaction Turbine)

10. HM - Lecture 6 (Draft Tube and Intro of Centrifugal Pump)

11. HM - Lecture 8 (Centrifugal Pump - Part 3 + Reciprocating Pump)

12. HM - Lecture 7 (Centrifugal Pump - Part 2) - New

1. RCC - Lecture 1 (Introduction)

2. RCC - Lecture 2 (Introduction)

3. RCC - Lecture 3 (Introduction)

4. RCC - Lecture 4 A (Introduction)

5. RCC - Lecture 4 B (WSM)

6. RCC - Lecture 5 A (WSM)

7. RCC - Lecture 5 B (WSM)

8. RCC - Lecture 6 A (WSM)

9. RCC - Lecture 6 B (WSM)

10. RCC - Lecture 7 (LSM)

11. RCC - Lecture 8 (LSM)

12. RCC - Lecture 9 (LSM)

13. RCC - Lecture 10 (LSM)

14. RCC - Lecture 11 (LSM)

15. RCC - Lecture 12 (LSM)

16. RCC - Lecture 13 (Design of Shear)

17. RCC - Lecture 14 (Design of Shear)

18. RCC - Lecture 15 (Design of Shear)

19. RCC - Lecture 16 (Design of Torsion and Bond & Development Length)

20. RCC - Lecture 17 (Bond & Development Length)

21. RCC - Lecture 18 (Design of Slab)

22. RCC - Lecture 19 (Design of Slab)

23. RCC - Lecture 20 (Design of Columns)

24. RCC - Lecture 21 (Design of Columns)

25. RCC - Lecture 22 (Design of Columns) - New

26. RCC - Lecture 23 (Design of Columns + Foundation)

27. RCC - Lecture 24 (Design of Foundation)

28. RCC - Lecture 25 (PSC)

29. RCC - Lecture 26 (PSC)

30. RCC - Lecture 27 (PSC)

31. RCC - Lecture 28 (PSC)

32. RCC - Lecture 29 (PSC)

33. RCC - Lecture 30 (PSC)

34. RCC - Lecture 31 (PSC)

35. RCC - Lecture 32 (PSC)

36. RCC - Lecture 33 (Water Tank + Staircase)

37. RCC - (Earthquake) - R

38. RCC - (Retaining Wall - Part 3) - R

39. RCC - (Retaining Wall - Part 2) - R

40. RCC - (Retaining Wall - Part 1) - R

41. RCC - (Masonry Structures) - R

42. RCC - Lecture 34 (Masonry Structures)

1. RCC - WB 2024.pdf

2. RCC - Introduction PDF.pdf

1. EM - Lecture 1

2. EM - Lecture 2

3. EM - Lecture 3

4. EM - Lecture 4

5. EM - Lecture 5

6. EM - Lecture 6

7. EM - Lecture 7

8. EM - Lecture 8

9. EM - Lecture 9

10. EM - Lecture 10

11. EM - Lecture 11

1. EM - WB 2024.pdf

1. CPM - Estimating Costing PDF.pdf

2. CPM - Earthwork Equipment PDF.pdf

3. CPM - Quality Control PDF.pdf

4. CPM - Construction Equipments PDF.pdf

5. CPM - Contracts & Tenders PDF.pdf

6. CPM - Site Investigation PDF.pdf

1. SOM - 2024 WB Ans Key and Solutions.pdf

1. MT - Lecture 1

2. MT - Lecture 2

3. MT - Lecture 3

4. MT - Lecture 4 A

5. MT - Lecture 4 B

6. MT - Lecture 4 C

7. MT - Lecture 5 A

8. MT - Lecture 5 B

9. MT - Lecture 5 C

10. MT - Lecture 6

11. MT - Lecture 7 A

12. MT - Lecture 7 B

13. MT - Lecture 8

14. MT - Lecture 9

15. MT - Lecture 10 A

16. MT - Lecture 10 B

17. MT - Lecture 11

1. Castiglianos theorem

2. Shear Stresses in Beams

3. Columns

4. Shear Centre Concept by S M Krishna Sir

5. Thick Pressure Vessels

6. Beams of Uniform Strength

7. Moment Area Method - Part A

8. Moment Area Method - Part B

9. Moment Area Method - Part C

1. SOM Answer Keys.pdf

1. FUEL INJECTION

2. IC Engine_WORKBOOK

3. SCAVANGING EFFICIENCY ESE2020 PROBLEM

4. Valve Timing Diagram SI Engine

5. Two - Stroke Engines

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. FM Numerical Class

2. Dimensional Analysis

3. Turbulent flow

4. Vortex Motion

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. EM - Lecture 1 A ( Basic introduction)

2. EM - Lecture 1 B (Basic introduction)

3. EM - Lecture 1 C (Basic introduction)

4. EM - Lecture 2 (Truss)

5. EM - Lecture 3 A (Truss & Virtual Work)

6. EM - Lecture 3 B (Truss & Virtual Work)

7. EM - Lecture -4 A (Translation)

8. EM - Lecture -4 B (Translation)

9. EM - Lecture -5 A (Friction)

10. EM - Lecture -5 B (Friction)

11. EM - Lecture -6 A (Circular Motion)

12. EM - Lecture -6 B (Circular Motion)

13. EM - Lecture -7 A (Rotation)

14. EM - Lecture -7 B (Rotation)

15. EM - Lecture -7 C (Rotation)

16. EM - Lecture - 8 A (Rolling & Friction in Rolling)

17. EM - Lecture - 8 B (Rolling & Friction in Rolling)

18. EM - Lecture - 8 C (Rolling & Friction in Rolling)

19. EM - Lecture - 9 (screw jack)

20. EM - Lecture - 10 (Belt friction & Lagranges Equation)

21. Centroid ( Extra Topic )

22. Friction in Vehicles ( Extra Topic )

1. EM - Workbook 2024.pdf

1. Forming - Lecture 1

2. Forming - Lecture 2 (Rolling)

3. Forming - Lecture 3 A (Forming)

4. Forming - Lecture 3 B (Forming)

5. Forming - Lecture 4 A (Drawing)

6. Forming - Lecture 4 B (Extrusion)

7. Forming - Lecture 4 C (Sheet Metal Working)

8. Forming - Lecture 4 D (Sheet Metal Working)

9. Forming - Lecture 5 A (Sheet Metal Working)

10. Forming - Lecture 5 B (HERF & Powder Metallurgy)

1. Production WB - 2024.pdf

1. Mixing of Gases-Entropy (HW)

2. ENTROPY ELECTRICAL RESISTOR

3. REVERSIBLE & IRREVERSIBLE PROCESSES

4. ENTROPY MIXING OF ICE & WATER

5. H.W THEORY BOOK P-67 Q.3

6. WB CH1 SOLUTION

7. WB CH2 SOLUTION

8. WB CH3 SOLUTION

9. WB CH4 SOLUTION

10. WB CH6 SOLUTION

11. WB CH7 SOLUTION

12. MSQ Discussion

1. Thermo - Lecture 1 (Basic Concepts)

2. Thermo - Lecture 2 A (Basic Concepts and Zeroth Law)

3. Thermo - Lecture 2 B (Basic Concepts and Zeroth Law)

4. Thermo - Lecture 3 (Thermometers & Temperature Scales)

5. Thermo - Lecture 4 (Energy Analysis, Closed System Work)

6. Thermo - Lecture 5 (Non Flow Work)

7. Thermo - Lecture 6 A (PV Diagram & Work Problems)

8. Thermo - Lecture 6 B (PV Diagram & Work Problems)

9. Thermo - Lecture 7 (Heat Transfer & First Law)

10. Thermo - Lecture 8 (Heat Transfer & First Law)

11. Thermo - Lecture 9 (Polytropic Heat Free Expansion C. V. Energy Analysis)

12. Thermo - Lecture 10 (Steady flow energy analysis)

13. Thermo - Lecture 11 (Unsteady State)

14. Thermo - Lecture 12 (Unsteady State & 2nd Law of TD)

15. Thermo - Lecture 13 (Carnot Cycle Principal & TD Temp Scale)

16. Thermo - Lecture 14 A (Reversible Devices & Clausius Inequality)

17. Thermo - Lecture 14 B (Entropy, Fixed Mass Entropy Analysis)

18. Thermo - Lecture 14 C (T-S Diagram)

19. Thermo - Lecture 15 A (T-S Diagram, Entropy Calculation)

20. Thermo - Lecture 15 B (Entropy Analysis)

21. Thermo - Lecture 15 C (Entropy Analysis)

22. Thermo - Lecture 16 (CV Entropy, -vdp work, AE)

23. Thermo - Lecture 17 (AE of Gas and Flow Process, 2nd Law Efficiency, Properties of Pure Substance)

24. Thermo - Lecture 18 (Properties of Pure Substance)

25. Thermo - Lecture 19 (Real Gases & TD Relations)

1. Thermo - WB 2024.pdf

1. RAC - Lecture 1 (Basic)

2. RAC - Lecture 2 A (VCRS)

3. RAC - Lecture 2 B (VCRS)

4. RAC - Lecture 3 (VCRS)

5. RAC - Lecture 4 (refrigerator)

6. RAC - Lecture 5 (refrigerator)

7. RAC - Lecture 6 (VRC)

8. RAC - Lecture 7 A (RVC)

9. RAC - Lecture 7 B (RVC)

10. RAC - Lecture 8 A (AC)

11. RAC - Lecture 8 B (AC) New

12. RAC - Lecture 9 (AC)

13. RAC - Lecture 10 (AC)

1. RAC - WB 2024.pdf

1. IC Engine - Lecture 1 A (Engine Basics otto Cycle)

2. IC Engine - Lecture 1 B (Engine Basics otto Cycle)

3. IC Engine - Lecture 2 (Otto Cycle & Diesel Cycle)

4. IC Engine - Lecture 3 (Diesel Cycle & Dual Cycle)

5. IC Engine - Lecture 4 (Comparison of Air Standard Cycles)

6. IC Engine - Lecture 5 A (Thermochemistry)

7. IC Engine - Lecture 5 B (Thermochemistry)

8. IC Engine - Lecture 6 A (Engine Performance Parameters)

9. IC Engine - Lecture 6 B (Engine Performance Parameters)

10. IC Engine - Lecture 7 A (Engine Performance Parameters)

11. IC Engine - Lecture 7 B (Engine Performance Parameters)

12. IC Engine - Lecture 8 A (Engine Test)

13. IC Engine - Lecture 8 B (Combustion in SI Engine)

14. IC Engine - Lecture 9 (Combustion in SI Engine)

15. IC Engine - Lecture 10 (Combustion in SI Engine)

16. IC Engine - Lecture 11 (Carburetor Fuel Injection SI & CI)

17. IC Engine - Lecture 12 (Performance Curve & Engine Emissions)

18. IC Engine - Lecture 13 (Emissions Supercharging Engine Components)

19. IC Engine - Lecture 14 (Cooling & Lubrication, Actual P-V Diagram of SI, 2 Stroke)

1. IC Engine WB 2024.pdf

1. TOM - Lecture 1 (Introduction + Simple Mechanisms)

2. TOM - Lecture 2 (Simple Mechanisms)

3. TOM - Lecture 3 (Simple Mechanisms)

4. TOM - Lecture 4 (Simple Mechanisms)

5. TOM - Lecture 5 (Simple Mechanisms)

6. TOM - Lecture 6 (Simple Mechanisms)

7. TOM - Lecture 7 (Velocity Analysis)

8. TOM - Lecture 8 (Velocity Analysis)

9. TOM - Lecture 9 (Acceleration Analysis)

10. WB Discussion - Mechanism

11. TOM - Lecture 10 (Acceleration Analysis + Gears)

12. WB Discussion - Velocity & Acceleration

13. TOM - Lecture 11 (Gears)

14. TOM - Lecture 12 (Gears)

15. TOM - Lecture 13 (Gears)

16. TOM - Lecture 14 (Gears)

17. TOM - Lecture 15 (Gears)

18. TOM - Lecture 16 (Gears + Gear Trains)

19. TOM - Lecture 17 (Gear Trains)

20. TOM - Lecture 18 (Gear Trains)

21. TOM - Lecture 19 (Miscellaneous topics on Gears and Hooke Joint)

22. WB Discussion - Gears

23. WB Discussion - Gear Trains

24. TOM - Lecture 20 (Vibrations)

25. TOM - Lecture 21 (Vibrations)

26. Moment of Inertia - Part 1

27. Moment of Inertia - Part 2

28. TOM - Lecture 22 (Vibrations)

29. TOM - Lecture 23 (Vibrations)

30. TOM - Lecture 24 (Vibrations)

31. TOM - Lecture 25 (Vibrations)

32. TOM - Lecture 26 (Vibrations)

33. WB Discussion - Vibrations

34. TOM - Lecture 27 (Vibrations)

35. MSQ Discussion

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. SOM - Lecture 1 (Introduction of SOM Stress & Strength)

2. SOM - Lecture 2 (Stress & Strength)

3. SOM - Lecture 3 (Stress & Strength)

4. SOM - Lecture 4 (Design Criterion & Problems Classification of Loads)

5. SOM - Lecture 5 A (Impact Loading)

6. SOM - Lecture 5 B (Loads W.R.T Cross Section)

7. SOM - Lecture 6 A (Bending & Twisting Couples Eccentric Axial Load)

8. SOM - Lecture 6 B (Bending & Twisting Couples Eccentric Axial Load)

9. SOM - Lecture 7 (Problems on Eccentric Axial Load & Equivalent loads on the X-Sc)

10. SOM - Lecture 9 (S.F,B.M&T.M&Their Sign Convention)

11. SOM - Lecture 8 (Problems on ECC.Axial Loading in columns)

12. SOM - Lecture 10 (BARS IN SERIES & PARALLEL)

13. SOM - Lecture 11 (Tapered Bar & Self Weight)

14. SOM - Lecture 12

15. SOM - Lecture 13 A (Shafts in Parallel,Bars in Parallel)

16. SOM - Lecture 13 B (Shafts in Parallel,Bars in Parallel)

17. SOM - Lecture 14 (S.F.D & B.M.D)

18. SOM - Lecture 15 (S.F.D & B.M.D Under Conc.loads)

19. SOM - Lecture 16 (SFD & BMD for Contilever beams & Structure)

20. SOM - Lecture 17 (SFD & BMD under distributed loads)

21. SOM - Lecture 18

22. SOM - Lecture 19 (Deflection of Beams)

23. SOM - Lecture 20 (Deflection of Beams)

24. SOM - Lecture 21 (Strain Energy Resilience & Toughness)

25. SOM - Lecture 22 (Strain Energy calculations under different loads)

26. SOM - Lecture 23 (Bending Stresses in Beams)

27. SOM - Lecture 24 (Bending Stresses in Beams)

28. SOM - Lecture 25 (State of Stresses Stress & Strain Tensors)

29. SOM - Lecture 26 (Strains & Elastic Constants)

30. SOM - Lecture 27 A (Volumetric Strain & Problems)

31. SOM - Lecture 27 B (Volumetric Strain & Problems)

32. SOM - Lecture 28 (Torsion)

33. SOM - Lecture 29 (Principal Stresses)

34. SOM - Lecture 30 (Principal Stresses)

35. SOM - Lecture 31 (Principal Stresses)

36. SOM - Lecture 32 (Principal Strains & Max Shear Strain)

37. SOM - Lecture 33 A (Mohrs Circle & Theories of Failure)

38. SOM - Lecture 33 B (Mohrs Circle & Theories of Failure)

39. SOM - Lecture 34 A (Thin-Pressure Vessels Thermal Stresses)

40. SOM - Lecture 34 B (Thin-Pressure Vessels Thermal Stresses)

1. SM KRISHNA - MOHRS CIRCLE CONCLUSIONS.pdf

2. SOM - Various Exp for beams having constant EI.pdf

3. S M KRISHNA Sir - SFD & BMD CONCLUSIONS.pdf

4. SOM - WB 2024.pdf

1. Live Streaming ME L2_(2024)

1. Live Streaming ME All_(ESE+GATE 2024)

1. MD - Lecture 1 (Fatigue Design)

2. MD - Lecture 2 (Fatigue Design)

3. MD - Lecture 3 (Fatigue Design)

4. MD - Lecture 4 (Clutch)

5. MD - Lecture 5 (Brake)

6. MD - Lecture 6 (Riveted Joint)

7. MD - Lecture 7 (Riveted Joint)

8. MD - Lecture 8 (Welded Joint)

9. MD - Lecture 9 (Bearing)

10. MD - Lecture 10 (Bearing)

11. MD - Lecture 11 A (Gear and Spring)

12. MD - Lecture 11 B (Gear and Spring)

1. MD - WB 2024.pdf

1. TOM ll - Lecture 1 (Analysis of Single Slider Tank Mechanism)

2. TOM ll - Lecture 2 (Flywheel)

3. TOM ll - Lecture 3 (Flywheel)

4. TOM ll - Lecture 4 (Flywheel)

5. TOM ll - Lecture 5 A (Governor)

6. TOM ll - Lecture 5 B (Governor)

7. TOM ll - Lecture 6 (Governor)

8. TOM ll - Lecture 7 (Governor)

9. TOM ll - Lecture 8 (Governor)

10. TOM ll - Lecture 9 (Balancing)

11. TOM ll - Lecture 10 (Balancing)

12. TOM ll - Lecture 11 (Balancing)

13. TOM ll - Lecture 12 (Cam Mechanism)

14. TOM ll - Lecture 13 (Cam Mechanism)

15. TOM ll - Lecture 14 (Cam Mechanism)

16. TOM ll - Lecture 15 A (Gyroscope)

17. TOM ll - Lecture 15 B (Gyroscope)

1. TOM WB 2024.pdf

1. IE - Lecture 1 (Break Even Analysis)

2. IE - Lecture 2 (Break Even Analysis)

3. IE - Lecture 3 (Inventory)

4. IE - Lecture 4 (Inventory)

5. IE - Lecture 5 (Inventory)

6. IE - Lecture 6 (Inventory)

7. IE - Lecture 7 (Inventory)

8. IE - Lecture 8 (Inventory)

9. IE - Lecture 9 (Inventory)

10. IE - Lecture 10 A (Inventory)

11. IE - Lecture 10 B (Sequencing)

12. IE - Lecture 11 (Sequencing and PERT CPM)

13. IE - Lecture 12 (PERT CPM)

14. IE - Lecture 13 (PERT CPM)

15. IE - Lecture 14 (PERT CPM & Time Cost)

16. IE - Lecture 15 (Forecasting)

17. IE - Lecture 16 (Forecasting)

18. IE - Lecture 17 (Line Balancing)

19. IE - Lecture 18 (Queuing theory)

20. IE - Lecture 19 (Queuing theory)

21. IE - Lecture 20 (Linear programming Graphical )

22. IE - Lecture 21 (Simplex)

23. IE - Lecture 22 (Simplex & Transportation)

24. IE - Lecture 23 (Transportation + Assignment)

25. IE - Lecture 24 (Assignment & MRP)

1. IE - WB 2024.pdf

1. Lecture 1 ( Introduction )

2. FM - Lecture 2 (Fluid Properties 1 )

3. FM - Lecture 3 (Fluid Properties 2)

4. FM - Lecture 4 (Fluid Properties 3)

5. FM - Lecture 5 (Fluid Properties )

6. FM - Lecture 6 (Pressure )

7. FM - Lecture 7 (Pressure )

8. FM - Lecture 8 A (Hydrostatic Forces)

9. FM - Lecture 8 B (Hydrostatic Forces)

10. FM - Lecture 9 B (Buoyancy & Floatation)

11. FM - Lecture 10 (Buoyancy & Floatation)

12. FM - Lecture 11 A (Fluid Kinematics)

13. FM - Lecture 11 B (Fluid Kinematics)

14. FM - Lecture 11 C (Fluid Kinematics)

15. FM - Lecture 12 A (Fluid Kinematics)

16. FM - Lecture 12 B (Fluid Kinematics)

17. FM - Lecture 12 C (Fluid Kinematics)

18. FM - Lecture 9 A (Hydrostatic Forces)

19. FM - Lecture 13 (Fluid dynamics)

20. FM - Lecture 14 A (Fluid dynamics)

21. FM - Lecture 14 B (Fluid dynamics)

22. FM - Lecture 15 A (Laminar Flow)

23. FM - Lecture 15 B (Laminar Flow)

24. FM - Lecture 16 (Laminar Flow)

25. FM - Lecture 17 (Laminar Flow)

26. FM - Lecture 18 A (Pipes In Series)

27. FM - Lecture 18 B (Pipes In Series)

28. FM - Lecture 19 A (Boundary Layer)

29. FM - Lecture 19 A (Boundary Layer)

30. FM - Lecture 20 (Boundary Layer)

1. FM - WB 2024.pdf

1. Metal Cutting - Lecture 1

2. Metal Cutting - Lecture 2 (Types of Chips & Types Of Metal Cutting)

3. Metal Cutting - Lecture 3 (Mechanics Of Metal Cutting)

4. Metal Cutting - Lecture 4 (Shear strain,Tool wear, Tool life)

5. Metal Cutting- Lecture 5

1. Metal Cutting - WB 2024.pdf

1. PP - Lecture 1 (Gas Turbine)

2. PP - Lecture 2 (Gas Turbine)

3. PP - Lecture 3 (Gas Turbine)

4. PP - Lecture 4 (Gas Turbine)

5. PP - Lecture 5 (Gas Turbine)

6. PP - Lecture 6 (Gas Turbine)

7. PP - Lecture 7 (Reciprocating Compressor)

8. PP - Lecture 8 (Reciprocating Compressor Dynamic Compressor)

9. PP - Lecture 9 (Centrifugal compressor)

10. PP - Lecture 10 (Centrifugal compressor)

11. PP - Lecture 11 (Axial Flow compressor)

12. PP - Lecture 12 (Axial Flow compressor)

13. PP - Lecture 13 (Vapour Power Cycle)

14. PP - Lecture 14 (Vapour Power Cycle)

15. PP - Lecture 15 (Vapour Power Cycle)

16. PP - Lecture 16 (CFD&Steam Turbine)

17. PP - Lecture 17 A

18. PP - Lecture 17 B (Steam Turbine)

19. PP - Lecture 18 (Steam Turbine)

20. PP - Lecture 19

21. PP - Lecture 20 (Condenser & Cooling Tower)

1. Boiler & Condenser Supplement.pdf

2. PP WB Answer Key.pdf

3. PP - WB 2024.pdf

1. C&W - Lecture 1 (Pattern Allowances)

2. C&W - Lecture 2 (Types of patterns and core design)

3. C&W - Lecture 3 (Moulding Sand Properties Of Elements Of Gating design)

4. C&W - Lecture 4 (Solidification Time)

5. C&W - Lecture 5 A (Riser Design)

6. C&W - Lecture 5 B (Riser Design)

7. C&W - Lecture 6 A (Special Casting Techniques)

8. C&W - Lecture 6 B (Special Casting Techniques)

9. C&W - Lecture 7 A (Special Casting Techniques)

10. C&W - Lecture 7 B (Introduction To Welding)

11. C&W - Lecture 8 A (V-1 Charactelistics Of Welding Machines)

12. C&W - Lecture 8 B (Shielded Gas Welding)

13. C&W - Lecture 9 (Gas Welding)

14. C&W - Lecture 10 (Gas Welding)

15. C&W - Lecture 11

1. Lecture - 1 (Basic Machining Calculation)

2. Lecture - 2 (Basic Machining Calculation)

3. Lecture - 2 A (Drilling)

4. Lecture - 2 B (Drilling)

5. Lecture - 4 (Milling)

6. Lecture - 5 (Milling)

7. Lecture - 6 (Milling)

8. Lecture - 7 (NTMN)

9. MT - Lecture - 8

10. MT - Lecture - 9

11. MT - Lecture - 10

1. Machine Tool - WB 2024.pdf

1. HM - Lecture 1

2. HM - Lecture 2 (Impact of Jet)

3. FMC - WB_Q 15,Q 67 and Runaway Speed

4. HM - Lecture 3 (Impulse Turbine)

5. HM - Lecture 4 A (Impulse Turbine - Part 2)

6. HM - Lecture 4 B (Reaction Turbine)

7. HM - Lecture 4 C (Reaction Turbine)

8. HM - Lecture 4 D (Reaction Turbine)

9. HM - Lecture 5 (Reaction Turbine) - R

10. HM - Lecture 6 (Centrifugal Pump) - R

11. HM - Lecture 7 (Centrifugal Pump) - R

12. HM - Lecture 8 (Centrifugal + Reciprocating Pump) - R

1. HM - WB 2024.pdf

1. Live Streaming ME (E+M) 2025

1. MS - Lecture 1 (Mechanical Properties)

2. MS - Lecture 2 A (Basics of Crystal Structures)

3. MS - Lecture 2 B (Crystal Structure Characteristics)

4. MS - Lecture 3 A (Miller Indices Of Planes)

5. MS - Lecture 3 B (Density Calculations, Directions)

6. MS - Lecture 4 A (Structural Imperfections)

7. MS - Lecture 4 B (Screw Dislocation, Surface defects)

8. MS - Lecture 4 C (Screw Dislocation, Surface defects)

9. MS - Lecture 5 (Surface defects, Strengthening Mechanisms)

10. MS - Lecture 6 A (Strengthening Mechanisms, Space Diagram)

11. MS - Lecture 6 B (Space Diagram)

12. MS - Lecture 7 A ( Partial Eutectic Systems, Layer System, Precipitation Strengthening)

13. MS - Lecture 7 B (Fe–Fe3C Phase Diagram)

14. MS - Lecture 8 A (Heat Treatment)

15. MS - Lecture 8 B (Surface hardening)

16. MS - Lecture 9 A (TTT diagram)

17. MS - Lecture 9 B (Composites, Effect of alloying elements)

18. MS - Lecture 10 B (Corrosion and its Prevention, Basics Of Nano-Materials)

19. MS - Lecture 10 A (Corrosion and its Prevention, Basics Of Nano-Materials)

1. MS - WB 2024.pdf

1. HT - Lecture 1

2. HT - Lecture 2

3. HT - Lecture 3

4. HT - Lecture 4

5. HT - Lecture 5

6. HT - Lecture 6

7. HT - Lecture 7

8. HT - Lecture 8

9. HT - Lecture 9

10. HT - Lecture 10

11. HT - Lecture 11

12. HT - Lecture 12

13. HT - Lecture 13

14. HT - Lecture 14

15. HT - Lecture 15

16. HT - Lecture 16

17. HT - Lecture 17

18. HT - Lecture 18

19. HT - Lecture 19

20. HT - Lecture 20

21. HT - Lecture 21

22. HT - Lecture 22

1. HT - WB.pdf

1. Lecture 1 (Basic Length Unit)

2. Lecture 2 (CNC Programing)

3. Lecture - 3 (APT Programing)

1. Industrial workbook solution part 2 - PDF.pdf

2. Industrial workbook solution part 1 - PDF.pdf

1. Metal Cutting PDF.pdf

2. METAL CUTTING - WB KEY AND SOLUTIONS.pdf

3. Cutting Tool Materials.pdf

1. MS - Answer Key.pdf

2. MS - WB Solutions.pdf

3. Basics of Nano Materials.pdf

1. Special Motors

1. ESE+GATE - WB & MSQ Solutions

1. PS - Lecture 31 B

2. PS - Lecture 32 A

3. PS - Lecture 32 B

4. PS - Lecture 33 A

5. PS - Lecture 33 B

6. PS - Lecture 34 A

7. PS - Lecture 34 B

8. PS - Lecture 35 A

9. PS - Lecture 35 B

10. PS - Lecture 36

11. Stability (WB Discussion)

12. PS - Lecture 1 A

13. PS - Lecture 1 B

14. PS - Lecture 2 A

15. PS - Lecture 2 B

16. PS - Lecture 3 A

17. PS - Lecture 3 B

18. PS - Lecture 4

19. PS - Lecture 5 A

20. PS - Lecture 5 B

21. PS - Lecture 6 A

22. PS - Lecture 6 B

23. PS - Lecture 7 A

24. PS - Lecture 7 B

25. PS - Lecture 7 C

26. PS - Lecture 8 A

27. PS - Lecture 8 B

28. PS - Lecture 9 A

29. PS - Lecture 9 B

30. PS - Lecture 9 C

31. PS - Lecture 10 A

32. PS - Lecture 10 B

33. PS - Lecture 10 C

34. PS - Lecture 11 A

35. PS - Lecture 11 B

36. PS - Lecture 12 A

37. PS Lecture 12 B

38. PS - Lecture 13 A

39. PS - Lecture 13 B

40. PS - Lecture 14 A

41. PS - Lecture 14 B

42. PS - Lecture 15 A

43. PS - Lecture 15 B

44. PS - Lecture 16 A

45. PS - Lecture 16 B

46. PS - Lecture 16 C

47. PS - Lecture 17

48. PS - Lecture 18 A

49. PS - Lecture 18 B

50. PS - Lecture 18 C

51. PS - Lecture 19 A

52. PS - Lecture 19 B

53. PS - Lecture 20 A

54. PS - Lecture 20 B

55. PS - Lecture 20 C

56. PS - Lecture 21 A

57. PS - Lecture 21 B

58. PS - Lecture 22 A

59. PS - Lecture 22 B

60. PS - Lecture 22 C

61. PS - Lecture 23 A

62. PS - Lecture 23 B

63. PS - Lecture 23 C

64. Fault Analysis (WB Discussion)

65. PS - Lecture 24 A

66. PS - Lecture 24 B

67. PS - Lecture 25 A

68. PS - Lecture 25 B

69. PS - Lecture 25 C

70. PS - Lecture 26 A

71. PS - Lecture 26 B

72. PS - Lecture 27 A

73. PS - Lecture 27 B

74. PS - Lecture 27 C

75. Comparison of Load Flow Methods

76. Load Flow (WB Discussion)

77. PS - Lecture 28 A

78. PS - Lecture 28 B

79. PS - Lecture 29

80. PS - Lecture 30 A

81. PS - Lecture 30 B

82. PS - Lecture 31 A

1. Logic Families Part 1

2. Logic Families Part 2

3. DAC

4. ADC

5. Semiconducting Memories

6. Logic Families Introduction

1. Digital WB Solutions PDF.pdf

1. Chapter 7 - WB Solutions - Control Systems

2. Chapter 6 - WB Solutions - Control Systems

3. Chapter 5 - WB Solutions - Control Systems

4. Chapter 3 & 4 - WB Solutions - Control Systems

5. Chapter 2 - WB Solutions - Control Systems

6. Chapter 1 - WB Solutions - Control Systems

1. Control Systems - WB Answer Keys.pdf

2. MSQ with solutions.pdf

3. WB Ch 7 Solutions.pdf

4. WB Ch 1 Solutions PDF.pdf

5. WB Ch 2 Solutions PDF.pdf

6. WB Ch 3 Solutions PDF.pdf

7. WB Ch 4 Solutions PDF.pdf

8. WB Ch 5 Solutions PDF.pdf

9. WB Ch 6 Solutions PDF.pdf

1. EMI Workbook Solutions - Chapter 1

2. EMI Workbook Solutions - Chapter 2

3. EMI Workbook Solutions - Chapter 3

4. EMI Workbook Solutions - Chapter 6

5. EMI Workbook Solutions - Chapter 5

6. EMI - Ch 7 - WB Solutions

7. EMI - Ch 9 - WB Solutions

8. Transducers - 1

9. Transducers - 2

10. Transducers - 3

11. Transducers - 4 A

12. Transducers - 4 B

13. Transducers - 4 C

14. EMI Workbook Solutions - Chapter 4

15. Instrument Transformers

1. HVDC

2. Smart Grid & PMU

3. WB Chapter - 2 - Part 1 Solutions

4. WB Chapter - 3 - Part 1 Solutions

5. WB Chapter - 3 - Part 2 Solutions

6. WB Chapter - 4 - Cable Solutions

7. WB Chapter - 4 - Cable MSQ Solutions

8. WB Chapter - 8 - CB Solutions

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. Analog - PN Junction Theory - Part 1

2. Analog - PN Junction Theory - Part 2

3. Analog - PN Junction Theory - Part 3

4. Analog - PN Junction Theory - Part 4

5. Active Filters - Part 1

6. Active Filters - Part 2

7. 555 Timer

1. EMT - Lecture 1 (Vector Analysis)

2. EMT - Lecture 2 (Vector Analysis)

3. EMT - Lecture 3 A (electrostats)

4. EMT - Lecture 3 B (electrostats)

5. EMT - Lecture 4 (Electrostats)

6. EMT - Lecture 5 (Electrostats)

7. EMT - Lecture 6 (Electrostats)

8. EMT - Lecture 7 (Magne to State)

9. EMT - Lecture 8 (magneto state)

10. EMT - Lecture 9 A (Magneto State)

11. EMT - Lecture 9 B (Magneto State)

12. EMT - Lecture 10 (Time varying Fields)

13. EMT - Lecture 11 (Time varying Fields)

1. EMT - WB 2024 (IN).pdf

2. EMT - WB 2024 (EE).pdf

1. Analog - Lecture 1 A (Ideal Model)

2. Analog - Lecture 1 B (CVD Model)

3. Analog - Lecture 2 A (PWL and Exponential Model)

4. Analog - Lecture 2 B (Small Signal Model)

5. Analog - Lecture 3 A (Clippers)

6. Analog - Lecture 3 B (Peak Detector)

7. Analog - Lecture 4 A (Clampers & Voltage Multipliers)

8. Analog - Lecture 4 B (Rectifiers - Part 1)

9. Analog - Lecture 5 A (Rectifiers - Part 2)

10. Analog - Lecture 5 B (Capacitor Filter)

11. Analog - Lecture 6 A (Zener as a Limiter & Voltage Regulator - Part 1)

12. Analog - Lecture 6 B (Zener Dynamic Resistance - Part 2)

13. Analog - Lecture 7 A (Testing of BJT in Different Operating Region - Part 1)

14. Analog - Lecture 7 B (Testing of BJT in Different Operating Region - Part 2)

15. Analog - Lecture 7 C (BJT Biasing - Part 1)

16. Analog - Lecture 8 A (BJT Biasing - Part 2)

17. Analog - Lecture 8 B (BJT Biasing - Part 3)

18. Analog - Lecture 8 C (BJT Current Mirror - Part 1)

19. Analog - Lecture 8 D (BJT Current Mirror - Part 2)

20. Analog - Lecture 9 A (Small Signal Amplifiers CE use BJT - Part 1)

21. Analog - Lecture 9 B (Small Signal Amplifiers CE use BJT - Part 2)

22. Analog - Lecture 10 A (CE Amplifiers - Part 3)

23. Analog - Lecture 10 B (CE Amplifiers - Part 4)

24. Analog - Lecture 11 A (CE Amplifiers - Part 5)

25. Analog - Lecture 11 B (CE Amplifiers - Part 6)

26. Analog - Lecture 12 (CC Amplifier & CB Amplifier)

27. Analog - Lecture 13 A (Testing of MOSFET - Part 1)

28. Analog - Lecture 13 B (Testing of MOSFET - Part 2)

29. Analog - Lecture 14 A (Testing of MOSFET - Part 3)

30. Analog - Lecture 14 B (MOSFET Biasing)

31. Analog - Lecture 14 C (MOSFET Current Mirror)

32. Analog - Lecture 15 A (MOSFET Amplifiers)

33. Analog - Lecture 15 B (MOSFET Amplifiers)

34. Analog - Lecture 16 A (Multistage Amplifiers - Part 1)

35. Analog - Lecture 16 B (Multistage Amplifiers - Part 2)

36. Analog - Lecture 17 A (Opamp Basic - Part 1)

37. Analog - Lecture 17 B (Opamp Basic - Part 2)

38. Analog - Lecture 18 A (Opamp Amplifier Designs - Part 1)

39. Analog - Lecture 18 B (Opamp Amplifier Designs - Part 1)

40. Analog - Lecture 19 (Important Parameters in Opamp Amplifier)

41. Analog - Lecture 20 (Mathematical Operations - Part 1)

42. Analog - Lecture 21 A (Mathematical Operations - Part 2)

43. Analog - Lecture 21 B (Non linear applications part 1)

44. Analog - Lecture 22 (Non Linear Applications - Part 2)

45. Analog - Lecture 23 (Linear Oscillator)

46. Analog - Lecture 24 (Negative Feedback Amplifier)

47. Analog - Lecture 25 A (Negative Feedback Amplifier - Part 2)

48. Analog - Lecture 25 B

49. Analog - Lecture 25 C (Analog Electronics Preparation Strategy)

1. PE - Lecture 1 A (Introduction)

2. PE - Lecture 1 B (Introduction)

3. PE - Lecture 2 A (power diode)

4. PE - Lecture 2 B (SCR)

5. PE - Lecture 3 A

6. PE - Lecture 3 B (Diode Circuits)

7. PE - Lecture 4 A (Diode Circuits)

8. PE - Lecture 4 B

9. PE - Lecture 5 A (Class B CC)

10. PE - Lecture 5 B (Class D CC)

11. PE - Lecture 6 (Protection of Thyristor)

12. PE - Lecture 7 A (Series and Parallel Connection of Thyristor)

13. PE - Lecture 7 B (Series and Parallel Connection of Thyristor)

14. PE - Lecture 8 A

15. PE - Lecture 8 B

16. PE - Lecture 9 A

17. PE - Lecture 9 B

18. PE - Lecture 10 (Harmonic Analysis)

19. PE - Lecture 11 A (Single Phase HWR)

20. PE - Lecture 11 B (Single Phase HWR)

21. PE - Lecture 12 A

22. PE - Lecture 12 B

23. PE - Lecture 13

24. PE - Lecture 14 A (Harmonic Analysis of Single Phase Full Converter)

25. PE - Lecture 14 B (Single Phase Semi Converter)

26. PE - Lecture 15 A (3 Pulse Converter)

27. PE - Lecture 15 B (3 Phase Fully Controlled Rectifier 6 Pulse)

28. PE - Lecture 16 A (3 Phase Fully Controlled Rectifier 6 Pulse part 2)

29. PE - Lecture 16 B (3 Phase Fully Controlled Rectifier 6 Pulse part 3)

30. PE - Lecture 17 A (DC Drives)

31. PE - Lecture 17 B (DC Drives)

32. PE - Lecture 18 (DC Drives & Dual converter)

33. PE - Lecture 19 A (Effect of Source Inductance)

34. PE - Lecture 19 B (Effect of Source Inductance)

35. PE - Lecture 20 (Choppers)

36. PE - Lecture 21 A (Buck Converter)

37. PE - Lecture 21 B (Buck Converter)

38. PE - Lecture 21 C (Buck Boost Converter)

39. PE - Lecture 22 A (Buck Boost Converter)

40. PE - Lecture 22 B (Quadrant Operation of Choppers)

41. PE - Lecture 23 A (VSI)

42. PE - Lecture 23 B (VSI)

43. PE - Lecture 24 A (Three Phase Inverter VSI 180 Degree Mode)

44. PE - Lecture 24 B (Three Phase Inverter VSI 120 Degree Mode)

45. PE - Lecture 25 A (PWM Techniques)

46. PE - Lecture 25 B (Sinusoidal PWM Techniques)

47. PE - Lecture 26 A (PWM Inverter)

48. PE - Lecture 26 B (PWM Inverter)

49. PE - Lecture 27 (AC Drives)

50. PE - Lecture 28 A (Resonant converter)

51. PE - Lecture 28 B (Resonant converter)

52. PE - Lecture 29 A (High Frequency Transformer and Inductors for PE Converters)

53. Lecture 29 B (High Frequency Transformer and Inductors for PE Converters)

54. PE - Lecture 30 A (SMPS)

55. PE - Lecture 30 B (SMPS)

56. PE - Lecture 30 C (SMPS)

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. PS - Lecture 1 ( Basics Of PS)

2. PS - Lecture 2 (Tr.Line Parameters -Part 1)

3. PS - Lecture 3 (Tr.Line Parameters -Part 2)

4. PS - Lecture 4 (Tr.Line Parameters -Part 3)

5. PS - Lecture 5 (Tr.Line Parameters -Part 4)

6. PS - Lecture 6

7. PS - Lecture 7 (Voltage Reg -Part -1)

8. PS - Lecture 8 (Voltage Reg -Part -2)

9. WB Chapter 2 -Part 1 solutions

10. PS - Lecture 9 (Voltage Reg -Part -3)

11. WB Chapter 3 -Part 1 solutions

12. PS - Lecture 10 (Corona - Insulators - Part - 1)

13. PS - Lecture 11

14. PS - Lecture 12

15. PS - Lecture 13 (Power Cables)

16. PS - Lecture 14

17. PS - Lecture 15

18. Workbook chp - 3 Part -2(Frequency Control Solutions)

19. PS - Lecture 16 ( Load Frequency Control - Part - 2)

20. PS - Lecture 17 ( Travelling Waves)

21. PS - Lecture 18 A (Switch Gear & Protection Part 1)

22. PS - Lecture 18 B (Switch Gear & Protection Part 2)

23. PS - Lecture 19 (Switch Gear & Protection Part 3)

24. PS - Lecture 20 (Switch Gear and Protection - Part 4)

25. PS - Lecture 21 A (Switch Gear and Protection - Part 5 A)

26. PS - Lecture 21 B (Switch Gear and Protection - Part 5 B)

27. PS - Lecture 22 (Circuit Breakers)

28. Chp - 8 (WB Solutions)

29. Workbook Chp - 8 (CB Solutions)

1. PS - WB 2024.pdf

1. Fault Analysis WB

2. Load Flow WB

3. Stability WB Solution

1. Live Streaming EE L2_(2024)

1. EMI - Lecture 1 ( Potentiometer)

2. EMI - Lecture 2 (Analog Meters)

3. EMI - Lecture 3 (Analog Meters - 2)

4. EMI - Lecture 4 A (Analog Meters - 3)

5. EMI - Lecture 4 B (Analog Meters - 3)

6. EMI - Lecture 5 A (Analog Meters - 4)

7. EMI - Lecture 5 B (Analog Meters - 4)

8. EMI - Lecture 6 A (Wattmeter)

9. EMI - Lecture 6 B (Wattmeter)

10. EMI - Lecture 7 (Wattmeter - 2)

11. EMI - Lecture 8 A (Energy Meter)

12. EMI - Lecture 8 B (Error Analysis)

13. EMI - Lecture 9 A (Error Analysis - Part 2)

14. EMI - Lecture 9 B (Bridges - Part 1)

15. EMI - Lecture 10 (Bridges - Part 2)

16. EMI - Lecture 11 (Q Meter & DVM Part -1 )

17. EMI - Lecture 12 (DVM Part -2 )

18. EMI - Lecture 13 (CRO )

1. EMI - WB 2024 (IN).pdf

2. EMI - WB 2024 (EE).pdf

1. SM - Lecture 1 A

2. SM - Lecture 1 B

3. SM - Lecture 2 A

4. SM - Lecture 2 B

5. SM - Lecture 3

6. SM - Lecture 4 A

7. SM - Lecture 4 B

8. SM - Lecture 4 C

9. SM - Lecture 5 A

10. SM - Lecture 5 C

11. SM - Lecture 5 B

12. SM - Lecture 6 A

13. SM - Lecture 6 B

14. SM - Lecture 7

15. SM - Lecture 8 A

16. SM - Lecture 8 B

17. SM - Lecture 9 A

18. SM - Lecture 9 B

19. SM - Lecture 10 A

20. SM - Lecture 10 B

21. SM - Lecture 11 A

22. SM - Lecture 11 B

23. SM - Lecture 11 C

24. SM - Lecture 12 A

25. SM - Lecture 12 B

1. SM - WB 2024.pdf

1. DC - Lecture 1 A

2. DC - Lecture 1 B

3. DC - Lecture 2 A

4. DC - Lecture 2 B

5. DC - Lecture 3 A

6. DC - Lecture 3 B

7. DC - Lecture 4 A

8. DC - Lecture 4 B

9. DC - Lecture 5 A

10. DC - Lecture 5 B

11. DC - Lecture 6 A

12. DC - Lecture 6 B

13. DC - Lecture 7 A

14. DC - Lecture 7 B

15. DC - Lecture 7 C

16. DC - Lecture 8 A

17. DC - Lecture 9 A

18. DC - Lecture 9 B

19. DC - Lecture 10

1. DC - WB 2024.pdf

1. Network - Lecture 1 A (Basics -1)

2. Network - Lecture 1 B (Basics -1)

3. Network - Lecture 2 A (Basics -2)

4. Network - Lecture 2 B (Basics -2)

5. Network - Lecture 3 B (Basics -3)

6. Network - Lecture 3 A (Basics -3)

7. Network - Lecture 4 A (KCL & KVL)

8. Network - Lecture 4 B (KCL & KVL)

9. Network - Lecture 5 A (KVL Star Delta & Source Transformation)

10. Network - Lecture 5 B (KVL Star Delta & Source Transformation)

11. Network - Lecture 6 B (Mesh Analysis & Nodal Analysis)

12. Network - Lecture 6 A (Mesh Analysis & Nodal Analysis)

13. Network - Lecture 7 A (Nodal Analysis Part-II & AC Circuit Part-I)

14. Network - Lecture 7 B (Nodal Analysis Part-II & AC Circuit Part-I)

15. Network - Lecture 8 B (AC Circuit Part-II)

16. Network - Lecture 8 A (AC Circuit Part-II)

17. Network - Lecture 9 A (AC Circuit Part-III)

18. Network - Lecture 9 B (AC Circuit Part-III)

19. Network - Lecture 10 A (AC Circuit Part-IV)

20. Network - Lecture 10 B (AC Circuit Part-IV)

21. Network - Lecture 11 A (Super Position Theorem and Thevenins Theorem)

22. Network - Lecture 11 B (Super Position Theorem and Thevenins Theorem)

23. Network - Lecture 12 A (Super Position Theorem and Thevenins Theorem)

24. Network - Lecture 12 B (Thevenins Part-II & Nortons Part-I)

25. Network - Lecture 13 A (Nortons Reciprocity & Max.Power)

26. Network - Lecture 13 B (Nortons Reciprocity & Max.Power)

27. Network - Lecture 14 A (Max.Power Part-II & Millmans)

28. Network - Lecture 14 B (Max.Power Part-II & Millmans)

29. Network - Lecture 15 A (Duality & Substitution Theorem and Basics of Inductor)

30. Network - Lecture 15 B (Duality & Substitution Theorem and Basics of Inductor)

31. Network - Lecture 16 A (Capacitor & Transients Part-I)

32. Network - Lecture 16 B (Capacitor & Transients Part-I)

33. Network - Lecture 17 A (Capacitor & Transients Part-2)

34. Network - Lecture 17 B (Capacitor & Transients Part-2)

35. Network - Lecture 18 A (Transients Part-3)

36. Network - Lecture 18 B (Transients Part-3)

37. Network - Lecture 19 A (Transients Part-IV)

38. Network - Lecture 19 B (Transients Part-IV)

39. Network - Lecture 20 A (Transient by Laplace)

40. Network - Lecture 20 B (Transient by Laplace)

41. Network - Filters

42. Network - Graph Theory

43. Network - Lecture 21 A (Resonance)

44. Network - Lecture 21 B (Resonance)

45. Network - Lecture 22 A (Resonance-II)

46. Network - Lecture 22 B (Resonance-II)

47. Network - Lecture 23 A (Resonance-III & Two Port-I)

48. Network - Lecture 23 B (Resonance-III & Two Port-I)

49. Network - Lecture 24 A (Resonance-III & Two Port-II)

50. Network - Lecture 24 B (Resonance-III & Two Port-II)

51. Network - Lecture 25 A (Resonance-III & Two Port-II)

52. Network - Lecture 25 B (Two Port-III & Magnetic Coupled)

53. Network - Lecture 26 (Magnetic Coupled Circuits Part-II)

1. Electrical Circuits_WB_EE.pdf

2. Electrical Circuits_WB_IN.pdf

3. Network Theory_WB_EC.pdf

1. Transformer & Induction - Lecture 1

2. Transformer & Induction - Lecture 2

3. Transformer - Lecture 3

4. Transformer - Lecture 4

5. Transformer - Lecture 5

6. Transformer - Lecture 6

7. Transformer - Lecture 7

8. Transformer - Lecture 8

9. Transformer - Lecture 9 A

10. Transformer - Lecture 9 B

11. Transformer - Lecture 10

12. Transformer - Lecture 12 A

13. Transformer - Lecture 12 B

14. Transformer - Lecture 13

15. Transformer - Lecture 11

16. Transformer - Lecture 14

17. Transformer- lecture 15 A

18. Transformer -Lecture 15 B

19. Transformer - Lecture 16

20. Transformer - Lecture 17

21. Transformer - Lecture 18

22. Transformer - Lecture 19

23. Transformer - Lecture 20

24. Transformer + Induction - Lecture 21

25. Induction - Lecture 22 A

26. Induction - Lecture 22 B

27. Induction - Lecture 23

28. Induction - Lecture 24

29. Induction - Lecture 25

30. Induction - Lecture 26

31. Induction - Lecture 27

32. Induction - Lecture 28

33. Induction - Lecture 29

34. Induction - Lecture 30

35. Induction - Lecture 31

36. Induction - Lecture 32

37. Induction - Lecture 33

38. Induction - Lecture 34

39. Induction - Lecture 35

40. Induction - Lecture 36

41. Induction - Lecture 37

42. Induction - Lecture 38

43. Induction - Lecture 39

1. T & I - WB 2024.pdf

1. S&S - Lecture 1 A (Some Important Operations)

2. S&S - Lecture 1 B (Some Important Operations)

3. S&S - Lecture 2 A (Signal Classification)

4. S&S - Lecture 2 B (Signal Classification)

5. S&S - Lecture 3 A (Signal Classification)

6. S&S - Lecture 3 B (Signal Classification)

7. S&S - Lecture 4 A (Signal classification and Basic signals)

8. S&S - Lecture 4 B (Signal classification and Basic signals)

9. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

10. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

11. S&S - Lecture 6 A

12. S&S - Lecture 6 B (Chapter-2 & Basic System Properties)

13. S&S - Lecture 7 A ( Basic System Properties)

14. S&S - Lecture 7 B ( Basic System Properties)

15. S&S - Lecture 8 A

16. S&S - Lecture 8 B (LTI-System & Fourier-Series)

17. S&S - Lecture 9 A (Fourier-Series & Fourier-Transform)

18. S&S - Lecture 9 B (Fourier-Series & Fourier-Transform)

19. S&S - Lecture 10 (Fourier-Transform)

20. S&S - Lecture 11 A (Fourier-Transform)

21. S&S - Lecture 11 B (Fourier-Transform)

22. S&S - Lecture 12 (Fourier-Transform & Laplace-Transform)

23. S&S - Lecture 13 (Fourier-Transform & Laplace-Transform)

24. S&S - Lecture 14 (Laplace-Transform and Sampling Theorem)

25. S&S - Lecture 15 (Sampling Theorem)

26. S&S - Lecture 16 (Discrete Time Signal and System)

27. S&S - Lecture 17 A (T - Signal & system)

28. S&S - Lecture 17 B (Z - Transform)

29. S&S - Lecture 18 A (Z - Transform)

30. S&S - Lecture 18 B (Z - Transform)

31. S&S - Lecture 19 B (Z T, DTFS & DTFT)

32. S&S - Lecture 19 A (Z T, DTFS & DTFT)

33. S&S - Lecture 20 A (DTFT & DFT)

34. S&S - Lecture 20 B (DTFT & DFT)

35. S&S - Lecture 21 A (DFT & Digital Filter)

36. S&S - Lecture 21 B (DFT & Digital Filter)

37. S&S - Lecture 22 (Digital Filter & DT-Processing of CT-S-g)

1. Signals & Systems - WB Detailed Solutions.pdf

2. Signals & Systems - WB Answer Keys.pdf

3. S&S - WB (IN).pdf

4. S&S - WB (EE).pdf

5. S&S - WB (EC).pdf

1. CS - Lecture 1

2. CS - Lecture 2

3. CS - Lecture 3

4. CS - Lecture 4 B

5. CS - Lecture 4 A

6. CS - Lecture 5

7. CS - Lecture 6

8. CS - Lecture 7

9. CS - Lecture 8

10. CS - Lecture 9 C

11. CS - Lecture 9 B

12. CS - Lecture 9 A

13. CS - Lecture 10 A

14. CS - Lecture 10 B

15. CS - Lecture 11 A

16. CS - Lecture 11 B

17. CS - Lecture 12 B

18. CS - Lecture 12 A

19. CS - Lecture 13

20. CS - Lecture 14

21. CS - Lecture 15

22. CS - Lecture 16

1. CS - WB 2024.pdf

2. CS - WB 2025.pdf

1. PS - Lecture 1 A

2. PS - Lecture 1 B

3. PS - Lecture 2 C (Basics)

4. PS - Lecture 2 B (Basics)

5. PS - Lecture 2 A (Basics)

6. PS - Lecture 3 A

7. PS - Lecture 3 B

8. PS - Lecture 4 A (Load Flow Study)

9. PS - Lecture 4 B (Load Flow Study)

10. PS - Lecture 5 A (Load Flow Study)

11. PS - Lecture 5 B (Load Flow Study)

12. PS - Lecture 6 A (Load Flow Study)

13. PS - Lecture 6 B (Load Flow Study)

14. PS - Lecture 7 A (Load Flow Study)

15. PS - Lecture 7 B (Load Flow Study)

16. PS - Lecture 7 C (Load Flow Study)

17. PS - Lecture 7 D (Load Flow Study)

18. PS - Lecture 8 B (Load Flow Study)

19. PS - Lecture 8 A (Load Flow Study)

20. PS - Lecture 9 A (Load Flow Study)

21. PS - Lecture 9 B (Load Flow Study)

22. PS - Lecture 10 A (Load Flow Study)

23. PS - Lecture 10 B (Load Flow Study)

24. PS - Lecture 11 A (Load Flow Study)

25. PS - Lecture 11 B (Stability)

26. PS - Lecture 12 A (Stability)

27. PS - Lecture 12 B (Stability)

28. PS - Lecture 13 (Stability)

29. PS - Lecture 14 A (Stability)

30. PS - Lecture 14 B (Stability)

31. PS - Lecture 14 C (Stability)

32. PS - Lecture 15 A (Stability)

33. PS - Lecture 15 B (Stability)

34. PS - Lecture 16 A

35. PS - Lecture 16 B

36. PS - Lecture 17 A

37. PS - Lecture 17 B

38. PS - Lecture 18

1. PS - WB 2024.pdf

1. Digital - Lecture 1 (Logic Gates)

2. Digital - Lecture 2 A (Logic minimization techniques)

3. Digital - Lecture 2 B (Logic minimization techniques)

4. Digital - Lecture 3 (Duality & Venn diagrams)

5. Digital - Lecture 4 (K-Maps)

6. Digital - Lecture 5 (Sop & Pos Dont Care Conditions)

7. Digital - Lecture 6 (Sequential Circuits)

8. Digital - Lecture 7 A (JK Flip-Flop)

9. Digital - Lecture 7 B (JK Flip-Flop)

10. Digital - Lecture 8 (Designing of Flip-Flop)

11. Digital - Lecture 9 (Shift Registers)

12. Digital - Lecture 10 (Ring Counter)

13. Digital - Lecture 11 (Asynchronous UP Counters)

14. Digital - Lecture 12 (Synchronous Counter)

15. Digital - Lecture 13 (State Reduction Methods)

16. Digital - Lecture 14 B (Half & Full Adder Decoder)

17. Digital - Lecture 14 A (Half & Full Adder Decoder)

18. Digital - Lecture 15 A (Ripple-Carry Adder)

19. Digital - Lecture 15 B (Code Converters)

20. Digital - Lecture 16 (Number System)

21. Digital - Lecture 17 (Logic Families ADC & DAC)

1. Digital - WB 2024 (EC).pdf

2. Digital - WB 2024 (EE).pdf

1. MSQ - Part 2.pdf

2. MSQ - Part 1.pdf

3. Chapter - 14 (BJT).pdf

4. Chapter 13 (PN Junction Theory).pdf

5. Chapter 12 (Oscillators).pdf

6. Chapter 12 (Negative Feedback Amplifiers).pdf

7. Chapter 11 (Opamp - TYS).pdf

8. Chapter 11 (Opamp - Part B).pdf

9. Chapter 11 (Opamp - Part A).pdf

10. Chapter 10 (Multistage Amplifiers).pdf

11. Workbook Unit 9.pdf

12. Workbook Unit 8.pdf

13. Workbook Unit 7.pdf

14. Workbook Unit 6.pdf

15. Workbook Unit 5.pdf

16. Workbook Unit 4.pdf

17. Workbook Unit 3.pdf

18. Workbook Unit 2.pdf

19. Workbook Unit 1- Part B.pdf

20. Workbook Unit 1- Part A.pdf

21. Analog - WB 2024.pdf

1. DC Machine WB Solutions.pdf

1. MP - WB Solutions - 2024.pdf

2. Memory.pdf

3. Microprocessor Notes (8085).pdf

4. Interfacing ICs Notes.pdf

5. Interfacing ICs.pdf

1. Logic Families Part 1

2. Logic Families Part 2

3. DAC

4. ADC

5. Semiconducting Memories

6. Logic Families Introduction

1. Digital WB Solutions PDF.pdf

1. Chapter 7 - WB Solutions - Control Systems

2. Chapter 6 - WB Solutions - Control Systems

3. Chapter 5 - WB Solutions - Control Systems

4. Chapter 3 & 4 - WB Solutions - Control Systems

5. Chapter 2 - WB Solutions - Control Systems

6. Chapter 1 - WB Solutions - Control Systems

1. Control Systems - WB Answer Keys.pdf

2. MSQ with solutions.pdf

3. WB Ch 7 Solutions.pdf

4. WB Ch 1 Solutions PDF.pdf

5. WB Ch 2 Solutions PDF.pdf

6. WB Ch 3 Solutions PDF.pdf

7. WB Ch 4 Solutions PDF.pdf

8. WB Ch 5 Solutions PDF.pdf

9. WB Ch 6 Solutions PDF.pdf

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. DPCM & DM

2. Line Coding

3. VSB

4. Workbook - Chapter 8

5. Workbook - Chapter 6

6. MSQ Video Solutions

7. WB - Chapter 6

8. WB - Chapter 5

9. WB - Chapter 4

10. WB - Chapter 3

11. WB - Chapter 2

12. WB - Chapter 1

13. WB - Chapter 7

14. Narrow Band Random Process (NBRP)

1. CO - Lecture 1 (Introduction)

2. CO - Lecture 2 A (Number system -Data representation)

3. CO - Lecture 2 B (Number system -Data representation)

4. CO - Lecture 3 A (System bus)

5. CO - Lecture 3 B (Memory Problems)

6. CO - Lecture 4 ( Internal Architecture )

7. CO - Lecture 5 A ( registers & control unit features )

8. CO - Lecture 5 B ( registers & control unit features )

9. CO - Lecture 6 A (DMA & interrupts )

10. CO - Lecture 6 B (DMA & interrupts )

11. CO - Lecture 7 A (Instruction format )

12. CO - Lecture 7 B (Instruction format )

13. CO - Lecture 8 A (Addressing Modes )

14. CO - Lecture 8 B (Addressing Modes )

15. CO - Lecture 9 A (Addressing Modes )

16. CO - Lecture 9 B (Addressing Modes )

17. CO - Lecture 9 C (Addressing Modes )

18. CO - Lecture 10 A (Instruction set )

19. CO - Lecture 10 B (Instruction set )

20. CO - Lecture 11 A (ALU_ data path)

21. CO - Lecture 11 B (ALU_ data path)

22. CO - Lecture 12 A (Control unit)

23. CO - Lecture 12 B (Control unit)

24. CO - Lecture 13 A (Pipelining)

25. CO - Lecture 13 B (Pipelining)

1. CO - WB Answer Key.pdf

2. CO - Chapter 4 - WB Solutions.pdf

3. CO - Chapter 3 - WB Solutions.pdf

4. CO - Chapter 2 - WB Solutions.pdf

5. Pipelining.pdf

6. Pipelining.pdf

7. Data Path & Control Unit.pdf

8. Memory ESE.pdf

9. Microprocessor Notes.pdf

10. CO - WB 2024.pdf

1. EMT - Lecture 1 (Vector Analysis)

2. EMT - Lecture 2 (Vector Analysis)

3. EMT - Lecture 3 (Vector Analysis)

4. EMT - Lecture 4 (Maxwell Equation and Boundary Conditions)

5. EMT - Lecture 5 (EM Waves - Uniform Plane Waves)

6. EMT - Lecture 6 (EM Waves - Uniform Plane Waves)

7. EMT - Lecture 7 (EM Waves - Uniform Plane Waves)

8. EMT - Lecture 8 A (EM Waves - Uniform Plane Waves)

9. EMT - Lecture 8 B (EM Waves - Uniform Plane Waves)

10. EMT - Lecture 9 A (Transmission Line)

11. EMT - Lecture 9 B (Transmission Line)

12. EMT - Lecture 10 (Transmission Line)

13. EMT - Lecture 11 (Transmission Line & Waveguide)

14. EMT - Lecture 12 (Waveguide)

15. EMT - Lecture 13 (Waveguide & Antenna)

16. EMT - Lecture 14 (Antenna)

17. EMT - Lecture 15 A (Antenna)

18. EMT - Lecture 15 B (Antenna)

19. EMT - Lecture 15 C (Antenna)

20. EMT - Lecture 16 (S Parameter Optical Fiber Cable)

1. EMT - WB 2024.pdf

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. EDC - Lecture 1 (Semiconductor Physics)

2. EDC - Lecture 2 (Semiconductor Physics)

3. EDC - Lecture 3 (Semiconductor Physics)

4. EDC - Lecture 4 (Semiconductor Physics)

5. EDC - Lecture 5 (Semiconductor Physics)

6. EDC - Lecture 6 (Semiconductor physics)

7. EDC - Lecture 7 (Semiconductor Physics)

8. EDC - Lecture 8 (Semiconductor Physics)

9. EDC - Lecture 9 (Semiconductor Physics)

10. EDC - Lecture 10 (Semiconductor Physics)

11. EDC - Lecture 11 A (Semiconductor Physics)

12. EDC - Lecture 11 B (Semiconductor Physics)

13. EDC - Lecture 12 A (Semiconductor Physics)

14. EDC - Lecture 12 B (Semiconductor Physics)

15. EDC - Lecture 12 C (Semiconductor Physics)

16. EDC - Lecture 13 (Junctions)

17. EDC - Lecture 14 (Junctions)

18. EDC - Lecture 15 (Junctions)

19. EDC - Lecture 16 A (Junctions)

20. EDC - Lecture 16 B (Junctions)

21. EDC - Lecture 17 (Junctions)

22. EDC - Lecture 18

23. EDC - Lecture 19

24. EDC - Lecture 20

25. EDC - Lecture 21

26. EDC - Lecture 22 A

27. EDC - Lecture 22 B

28. EDC - Lecture 23

29. EDC - Lecture 24

30. EDC - Lecture 25

31. EDC - WB Chapter 5

32. EDC - Lecture 26

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. Analog - Lecture 1(operating region of BJT)

2. Analog - Lecture 2 (DC Load Line of BJT)

3. Analog - Lecture 3 (BJT biasing)

4. Analog - Lecture 4 (BJT Current Mirror)

5. Analog - Lecture 5 A (BJT biasing)

6. Analog - Lecture 5 B (BJT biasing)

7. Analog - Lecture 6 (BJT Amplifier)

8. Analog - Lecture 7 (BJT Amplifier)

9. Analog - Lecture 8 (BJT Amplifier)

10. Analog - Lecture 9 A (Low and High Frequency Analysis)

11. Analog - Lecture 9 B (Low and High Frequency Analysis)

12. Analog - Lecture 10 (BJT Amplifier)

13. Analog - Lecture 11 (Workbook Chapter 4)

14. Analog - Lecture 12 (Mosfet Biasing)

15. Analog - lecture 13 (Mosfet Amplifier)

16. Analog - Lecture 14 A (Mosfet Amplifier)

17. Analog - Lecture 14 B (Mosfet Amplifier)

18. Analog - Lecture 14 C (Workbook Chapter 6)

19. Analog - Lecture 15 A (CMOS inverter)

20. Analog - Lecture 15 B (Workbook Chapter 3)

21. Analog - Lecture 16 (Multistage Amplifier)

22. Analog - WB Chapter 5

23. Analog - Lecture 17

24. Analog - Lecture 18 (Workbook Chapter 8)

25. Analog - Lecture 19 A (Differential Amplifier)

26. Analog - Lecture 19 B (Differential Amplifier)

27. Analog - Lecture 20 (Opamp)

28. Analog - Lecture 21 (Opamp)

29. Analog - WB Chapter 7

30. Analog - WB Chapter 6

31. Analog - Lecture 22 (Opamp)

32. Analog - Lecture 23 A (Opamp)

33. Analog - Lecture 23 B (Active filter)

34. Analog - Lecture 24 A (Active filter)

35. Analog - Lecture 24 B (Imperfections in Opamp)

36. Analog - Lecture 25 A (Opamp With Positive Feedback)

37. Analog - Lecture 25 B (Opamp With Positive Feedback)

38. Mono Stable Multi Vibrator

39. Analog - Lecture 26 (Workbook Chapter 9 A)

40. Analog - Lecture 27 (HW Rectifier)

41. Full Wave Rectifier

42. Analog - Lecture 28 (Rectifier)

43. Analog - Lecture 29 (Capacitor Filter)

44. Analog - Lecture 30 A

45. Analog - Lecture 30 B

46. Analog - WB Ch - 9 B

47. Analog - Lecture 31 A (Clippers)

48. Analog - Lecture 31 B (Clippers)

49. Analog - WB Chapter 1

50. 555 Timer

51. Analog - Lecture 32 (Clampers)

52. Analog - WB Chapter 2

53. Analog - WB Ch - 10

54. Analog - Lecture 33 (Oscillator)

55. Power Amplifier

56. Tuned Amplifier

57. Analog - Lecture 34

1. Analog WB Answer Key 2024.pdf

2. Analog - WB 2024.pdf

1. Live Streaming EC L2, L5, L8, L11_(2024)

1. Network - Lecture 1 A (Basics -1)

2. Network - Lecture 1 B (Basics -1)

3. Network - Lecture 2 A (Basics -2)

4. Network - Lecture 2 B (Basics -2)

5. Network - Lecture 3 B (Basics -3)

6. Network - Lecture 3 A (Basics -3)

7. Network - Lecture 4 A (KCL & KVL)

8. Network - Lecture 4 B (KCL & KVL)

9. Network - Lecture 5 A (KVL Star Delta & Source Transformation)

10. Network - Lecture 5 B (KVL Star Delta & Source Transformation)

11. Network - Lecture 6 B (Mesh Analysis & Nodal Analysis)

12. Network - Lecture 6 A (Mesh Analysis & Nodal Analysis)

13. Network - Lecture 7 A (Nodal Analysis Part-II & AC Circuit Part-I)

14. Network - Lecture 7 B (Nodal Analysis Part-II & AC Circuit Part-I)

15. Network - Lecture 8 B (AC Circuit Part-II)

16. Network - Lecture 8 A (AC Circuit Part-II)

17. Network - Lecture 9 A (AC Circuit Part-III)

18. Network - Lecture 9 B (AC Circuit Part-III)

19. Network - Lecture 10 A (AC Circuit Part-IV)

20. Network - Lecture 10 B (AC Circuit Part-IV)

21. Network - Lecture 11 A (Super Position Theorem and Thevenins Theorem)

22. Network - Lecture 11 B (Super Position Theorem and Thevenins Theorem)

23. Network - Lecture 12 A (Super Position Theorem and Thevenins Theorem)

24. Network - Lecture 12 B (Thevenins Part-II & Nortons Part-I)

25. Network - Lecture 13 A (Nortons Reciprocity & Max.Power)

26. Network - Lecture 13 B (Nortons Reciprocity & Max.Power)

27. Network - Lecture 14 A (Max.Power Part-II & Millmans)

28. Network - Lecture 14 B (Max.Power Part-II & Millmans)

29. Network - Lecture 15 A (Duality & Substitution Theorem and Basics of Inductor)

30. Network - Lecture 15 B (Duality & Substitution Theorem and Basics of Inductor)

31. Network - Lecture 16 A (Capacitor & Transients Part-I)

32. Network - Lecture 16 B (Capacitor & Transients Part-I)

33. Network - Lecture 17 A (Capacitor & Transients Part-2)

34. Network - Lecture 17 B (Capacitor & Transients Part-2)

35. Network - Lecture 18 A (Transients Part-3)

36. Network - Lecture 18 B (Transients Part-3)

37. Network - Lecture 19 A (Transients Part-IV)

38. Network - Lecture 19 B (Transients Part-IV)

39. Network - Lecture 20 A (Transient by Laplace)

40. Network - Lecture 20 B (Transient by Laplace)

41. Network - Filters

42. Network - Graph Theory

43. Network - Lecture 21 A (Resonance)

44. Network - Lecture 21 B (Resonance)

45. Network - Lecture 22 A (Resonance-II)

46. Network - Lecture 22 B (Resonance-II)

47. Network - Lecture 23 A (Resonance-III & Two Port-I)

48. Network - Lecture 23 B (Resonance-III & Two Port-I)

49. Network - Lecture 24 A (Resonance-III & Two Port-II)

50. Network - Lecture 24 B (Resonance-III & Two Port-II)

51. Network - Lecture 25 A (Resonance-III & Two Port-II)

52. Network - Lecture 25 B (Two Port-III & Magnetic Coupled)

53. Network - Lecture 26 (Magnetic Coupled Circuits Part-II)

1. Electrical Circuits_WB_EE.pdf

2. Electrical Circuits_WB_IN.pdf

3. Network Theory_WB_EC.pdf

1. S&S - Lecture 1 A (Some Important Operations)

2. S&S - Lecture 1 B (Some Important Operations)

3. S&S - Lecture 2 A (Signal Classification)

4. S&S - Lecture 2 B (Signal Classification)

5. S&S - Lecture 3 A (Signal Classification)

6. S&S - Lecture 3 B (Signal Classification)

7. S&S - Lecture 4 A (Signal classification and Basic signals)

8. S&S - Lecture 4 B (Signal classification and Basic signals)

9. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

10. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

11. S&S - Lecture 6 A

12. S&S - Lecture 6 B (Chapter-2 & Basic System Properties)

13. S&S - Lecture 7 A ( Basic System Properties)

14. S&S - Lecture 7 B ( Basic System Properties)

15. S&S - Lecture 8 A

16. S&S - Lecture 8 B (LTI-System & Fourier-Series)

17. S&S - Lecture 9 A (Fourier-Series & Fourier-Transform)

18. S&S - Lecture 9 B (Fourier-Series & Fourier-Transform)

19. S&S - Lecture 10 (Fourier-Transform)

20. S&S - Lecture 11 A (Fourier-Transform)

21. S&S - Lecture 11 B (Fourier-Transform)

22. S&S - Lecture 12 (Fourier-Transform & Laplace-Transform)

23. S&S - Lecture 13 (Fourier-Transform & Laplace-Transform)

24. S&S - Lecture 14 (Laplace-Transform and Sampling Theorem)

25. S&S - Lecture 15 (Sampling Theorem)

26. S&S - Lecture 16 (Discrete Time Signal and System)

27. S&S - Lecture 17 A (T - Signal & system)

28. S&S - Lecture 17 B (Z - Transform)

29. S&S - Lecture 18 A (Z - Transform)

30. S&S - Lecture 18 B (Z - Transform)

31. S&S - Lecture 19 B (Z T, DTFS & DTFT)

32. S&S - Lecture 19 A (Z T, DTFS & DTFT)

33. S&S - Lecture 20 A (DTFT & DFT)

34. S&S - Lecture 20 B (DTFT & DFT)

35. S&S - Lecture 21 A (DFT & Digital Filter)

36. S&S - Lecture 21 B (DFT & Digital Filter)

37. S&S - Lecture 22 (Digital Filter & DT-Processing of CT-S-g)

1. Signals & Systems - WB Detailed Solutions.pdf

2. Signals & Systems - WB Answer Keys.pdf

3. S&S - WB (IN).pdf

4. S&S - WB (EE).pdf

5. S&S - WB (EC).pdf

1. Measurements - Lecture 4 A (Electrodynamo Type Wattmeter and Low Power Factor Wattmeter)

1. Measurements - WB 2024.pdf

1. CS - Lecture 1

2. CS - Lecture 2

3. CS - Lecture 3

4. CS - Lecture 4 B

5. CS - Lecture 4 A

6. CS - Lecture 5

7. CS - Lecture 6

8. CS - Lecture 7

9. CS - Lecture 8

10. CS - Lecture 9 C

11. CS - Lecture 9 B

12. CS - Lecture 9 A

13. CS - Lecture 10 A

14. CS - Lecture 10 B

15. CS - Lecture 11 A

16. CS - Lecture 11 B

17. CS - Lecture 12 B

18. CS - Lecture 12 A

19. CS - Lecture 13

20. CS - Lecture 14

21. CS - Lecture 15

22. CS - Lecture 16

1. CS - WB 2024.pdf

2. CS - WB 2025.pdf

1. Digital - Lecture 1 (Logic Gates)

2. Digital - Lecture 2 A (Logic minimization techniques)

3. Digital - Lecture 2 B (Logic minimization techniques)

4. Digital - Lecture 3 (Duality & Venn diagrams)

5. Digital - Lecture 4 (K-Maps)

6. Digital - Lecture 5 (Sop & Pos Dont Care Conditions)

7. Digital - Lecture 6 (Sequential Circuits)

8. Digital - Lecture 7 A (JK Flip-Flop)

9. Digital - Lecture 7 B (JK Flip-Flop)

10. Digital - Lecture 8 (Designing of Flip-Flop)

11. Digital - Lecture 9 (Shift Registers)

12. Digital - Lecture 10 (Ring Counter)

13. Digital - Lecture 11 (Asynchronous UP Counters)

14. Digital - Lecture 12 (Synchronous Counter)

15. Digital - Lecture 13 (State Reduction Methods)

16. Digital - Lecture 14 B (Half & Full Adder Decoder)

17. Digital - Lecture 14 A (Half & Full Adder Decoder)

18. Digital - Lecture 15 A (Ripple-Carry Adder)

19. Digital - Lecture 15 B (Code Converters)

20. Digital - Lecture 16 (Number System)

21. Digital - Lecture 17 (Logic Families ADC & DAC)

1. Digital - WB 2024 (EC).pdf

2. Digital - WB 2024 (EE).pdf

1. CS - Lecture 1 (Introduction)

2. CS - Lecture 2 A ( Modulation)

3. CS - Lecture 2 B ( Modulation)

4. CS - Lecture 3 A (Amplitude modulation)

5. CS - Lecture 3 B (Amplitude modulation)

6. CS - Lecture 4 A (Gen & Demod of AM)

7. CS - Lecture 4 B (Gen & Demod of AM)

8. CS - Lecture 5 A (DSB-SC)

9. CS - Lecture 5 B (DSB-SC)

10. CS - Lecture 6 A (SSB-SC & FDM)

11. CS - Lecture 6 B (Frequency mod)

12. CS - Lecture 7 A (NBFM and WBFM)

13. CS - Lecture 7 B (Phase modulation)

14. CS - Lecture 8 A (FM & PM)

15. CS - Lecture 8 B (FM & PM)

16. CS - Lecture 9 A (Receiver)

17. CS - Lecture 9 B (Receiver)

18. CS - Lecture 10 (Receiver)

19. CS - Lecture 11 B (FOM & Sampling Theorem)

20. CS - Lecture 11 A (FOM & Sampling Theorem)

21. CS - Lecture 12 (PCM)

22. CS - Lecture 13 A (PCM)

23. CS - Lecture 13 B (PCM)

24. CS - Lecture 14 A (ISI)

25. CS - Lecture 14 B (ISI)

26. CS - Lecture 14 C (TDM)

27. CS - Lecture 15 A (DPCM & DM)

28. CS - Lecture 15 B (DPCM & DM)

29. CS - Lecture 16 (DM Orthonormal basis functions)

30. CS - Lecture 17 (GSOP & ASK)

31. CS - Lecture 18 A (PSK & ASK)

32. CS - Lecture 18 B (PSK & ASK)

33. CS - Lecture 19 B (Information Theory)

34. CS - Lecture 20 A (Source Coding)

35. CS - Lecture 20 B (Conditional & Joint Prob Matrix)

36. CS - Lecture 21 Joint & Conditional Entropy

37. CS - Lecture 19 A (DPSK & M-Ary Signalling)

38. CS - Lecture 22 (Awgn Channel & LBC)

39. CS - Lecture 23 (LBC & CRC)

40. CS - Lecture 24 B (Random Variable)

41. CS - Lecture 24 A (Random Variable)

42. CS - Lecture 25 A (Random Variable)

43. CS - Lecture 25 B (Random Process)

44. CS - Lecture 26 A (APS & PSD)

45. CS - Lecture 26 B (Binary Random Process)

46. CS - Lecture 27 (Correlator Receiver)

47. CS - Lecture 28 A (Matched Filter Receiver)

48. CS - Lecture 28 B (Matched Filter Receiver)

49. CS - Lecture 29 (Finding PE)

1. CS - WB 2024.pdf

1. MP - WB Solutions - 2024.pdf

2. Memory.pdf

3. Microprocessor Notes (8085).pdf

4. Interfacing ICs Notes.pdf

5. Interfacing ICs.pdf

1. Transducer - Lecture 1

2. Transducer - Lecture 2

3. Transducer - Lecture 3

4. Transducer - Lecture 4

5. Transducer - Lecture 5

6. Transducer - Lecture 6

7. Transducer - Lecture 7

8. Transducer - Lecture 8

9. Transducer - Lecture 9

10. Transducer - Lecture 10

11. Transducer - Lecture 11

12. Transducer - Lecture 12

13. Transducer - Lecture 13

14. Transducer - Lecture 14

15. Transducer - Lecture 15

16. Transducer - Lecture 16

17. Transducer - Lecture 17

18. Transducer - Lecture 18

19. Transducer - Lecture 19 A

20. Transducer - Lecture 19 B

21. Transducer - Lecture 20

22. Transducer - Lecture 21

23. Transducer - Lecture 22

24. Transducer - Lecture 23

25. Transducer - Lecture 24

1. Logic Families Part 1

2. Logic Families Part 2

3. DAC

4. ADC

5. Semiconducting Memories

6. Logic Families Introduction

1. Digital WB Solutions PDF.pdf

1. Chapter 7 - WB Solutions - Control Systems

2. Chapter 6 - WB Solutions - Control Systems

3. Chapter 5 - WB Solutions - Control Systems

4. Chapter 3 & 4 - WB Solutions - Control Systems

5. Chapter 2 - WB Solutions - Control Systems

6. Chapter 1 - WB Solutions - Control Systems

1. Control Systems - WB Answer Keys.pdf

2. MSQ with solutions.pdf

3. WB Ch 7 Solutions.pdf

4. WB Ch 1 Solutions PDF.pdf

5. WB Ch 2 Solutions PDF.pdf

6. WB Ch 3 Solutions PDF.pdf

7. WB Ch 4 Solutions PDF.pdf

8. WB Ch 5 Solutions PDF.pdf

9. WB Ch 6 Solutions PDF.pdf

1. EMI Workbook Solutions - Chapter 1

2. EMI Workbook Solutions - Chapter 2

3. EMI Workbook Solutions - Chapter 3

4. EMI Workbook Solutions - Chapter 6

5. EMI Workbook Solutions - Chapter 5

6. EMI - Ch 7 - WB Solutions

7. EMI - Ch 9 - WB Solutions

8. Transducers - 1

9. Transducers - 2

10. Transducers - 3

11. Transducers - 4 A

12. Transducers - 4 B

13. Transducers - 4 C

14. EMI Workbook Solutions - Chapter 4

15. Instrument Transformers

1. PROBABILITY

2. ESE QUESTIONS

3. GATE QUESTIONS

4. WORKBOOK DOUBTS

1. Workbook and PYQ Solutions

2. Heat, Wave and Laplace Equations (Only for ME + CE)

3. Interpolation (ESE Topic)

4. Sequences and Series (For EC Only)

5. Laplace Transforms

6. PDE

1. R & A - Lecture 1 (Number System)

2. R & A - Lecture 2 ( Number System 2 & Set Theory)

3. R & A - Lecture 3 ( Dice, Percentage , Profit loss, Blood Relations, Seating Arrangements )

4. R & A - Lecture 4 ( Algebra & Analytics Reasoning )

5. R & A - Lecture 5 (Time & Work ,Direction )

6. R & A - Lecture 6 ( Time, Speed & Distance Mixtures )

7. R & A - Lecture 7 (Mixtures, Calendar, Clock, )

8. R & A - Lecture 8 (Clock, data Interpretation, Logic Reasoning ,Average)

9. R & A - Lecture 9 (Geometry & Spatial Geometry & Ratio proportion )

10. R & A - Lecture 10 ( DI, SI, CI, , LR, Number Series)

11. R & A - Lecture 11 ( Permutations & Combinations )

12. R & A - Lecture 12 (Doubts + Extra Questions)

1. DPCM & DM

2. Line Coding

3. VSB

4. Workbook - Chapter 8

5. Workbook - Chapter 6

6. MSQ Video Solutions

7. WB - Chapter 6

8. WB - Chapter 5

9. WB - Chapter 4

10. WB - Chapter 3

11. WB - Chapter 2

12. WB - Chapter 1

13. WB - Chapter 7

14. Narrow Band Random Process (NBRP)

1. Analog - PN Junction Theory - Part 1

2. Analog - PN Junction Theory - Part 2

3. Analog - PN Junction Theory - Part 3

4. Analog - PN Junction Theory - Part 4

5. Active Filters - Part 1

6. Active Filters - Part 2

7. 555 Timer

1. EMT - Lecture 1 (Vector Analysis)

2. EMT - Lecture 2 (Vector Analysis)

3. EMT - Lecture 3 A (electrostats)

4. EMT - Lecture 3 B (electrostats)

5. EMT - Lecture 4 (Electrostats)

6. EMT - Lecture 5 (Electrostats)

7. EMT - Lecture 6 (Electrostats)

8. EMT - Lecture 7 (Magne to State)

9. EMT - Lecture 8 (magneto state)

10. EMT - Lecture 9 A (Magneto State)

11. EMT - Lecture 9 B (Magneto State)

12. EMT - Lecture 10 (Time varying Fields)

13. EMT - Lecture 11 (Time varying Fields)

1. EMT - WB 2024 (IN).pdf

2. EMT - WB 2024 (EE).pdf

1. Analog - Lecture 1 A (Ideal Model)

2. Analog - Lecture 1 B (CVD Model)

3. Analog - Lecture 2 A (PWL and Exponential Model)

4. Analog - Lecture 2 B (Small Signal Model)

5. Analog - Lecture 3 A (Clippers)

6. Analog - Lecture 3 B (Peak Detector)

7. Analog - Lecture 4 A (Clampers & Voltage Multipliers)

8. Analog - Lecture 4 B (Rectifiers - Part 1)

9. Analog - Lecture 5 A (Rectifiers - Part 2)

10. Analog - Lecture 5 B (Capacitor Filter)

11. Analog - Lecture 6 A (Zener as a Limiter & Voltage Regulator - Part 1)

12. Analog - Lecture 6 B (Zener Dynamic Resistance - Part 2)

13. Analog - Lecture 7 A (Testing of BJT in Different Operating Region - Part 1)

14. Analog - Lecture 7 B (Testing of BJT in Different Operating Region - Part 2)

15. Analog - Lecture 7 C (BJT Biasing - Part 1)

16. Analog - Lecture 8 A (BJT Biasing - Part 2)

17. Analog - Lecture 8 B (BJT Biasing - Part 3)

18. Analog - Lecture 8 C (BJT Current Mirror - Part 1)

19. Analog - Lecture 8 D (BJT Current Mirror - Part 2)

20. Analog - Lecture 9 A (Small Signal Amplifiers CE use BJT - Part 1)

21. Analog - Lecture 9 B (Small Signal Amplifiers CE use BJT - Part 2)

22. Analog - Lecture 10 A (CE Amplifiers - Part 3)

23. Analog - Lecture 10 B (CE Amplifiers - Part 4)

24. Analog - Lecture 11 A (CE Amplifiers - Part 5)

25. Analog - Lecture 11 B (CE Amplifiers - Part 6)

26. Analog - Lecture 12 (CC Amplifier & CB Amplifier)

27. Analog - Lecture 13 A (Testing of MOSFET - Part 1)

28. Analog - Lecture 13 B (Testing of MOSFET - Part 2)

29. Analog - Lecture 14 A (Testing of MOSFET - Part 3)

30. Analog - Lecture 14 B (MOSFET Biasing)

31. Analog - Lecture 14 C (MOSFET Current Mirror)

32. Analog - Lecture 15 A (MOSFET Amplifiers)

33. Analog - Lecture 15 B (MOSFET Amplifiers)

34. Analog - Lecture 16 A (Multistage Amplifiers - Part 1)

35. Analog - Lecture 16 B (Multistage Amplifiers - Part 2)

36. Analog - Lecture 17 A (Opamp Basic - Part 1)

37. Analog - Lecture 17 B (Opamp Basic - Part 2)

38. Analog - Lecture 18 A (Opamp Amplifier Designs - Part 1)

39. Analog - Lecture 18 B (Opamp Amplifier Designs - Part 1)

40. Analog - Lecture 19 (Important Parameters in Opamp Amplifier)

41. Analog - Lecture 20 (Mathematical Operations - Part 1)

42. Analog - Lecture 21 A (Mathematical Operations - Part 2)

43. Analog - Lecture 21 B (Non linear applications part 1)

44. Analog - Lecture 22 (Non Linear Applications - Part 2)

45. Analog - Lecture 23 (Linear Oscillator)

46. Analog - Lecture 24 (Negative Feedback Amplifier)

47. Analog - Lecture 25 A (Negative Feedback Amplifier - Part 2)

48. Analog - Lecture 25 B

49. Analog - Lecture 25 C (Analog Electronics Preparation Strategy)

1. MP - Lecture 1 (Introduction)

2. MP - Lecture 2 A (System Bus)

3. MP - Lecture 2 B (System Bus)

4. MP - Lecture 3 (System Bus)

5. MP - Lecture 4 (Memory Problem)

6. MP - Lecture 5 A (Internal Architecture)

7. MP - Lecture 5 B (Internal Architecture)

8. MP - Lecture 6 A (Registers)

9. MP - Lecture 6 B (Interrupts)

10. MP - Lecture 7 A (Instruction Format & Timing Diagram)

11. MP - Lecture 7 B (Instruction Format & Timing Diagram)

12. MP - Lecture 8 A (Instruction Set)

13. MP - Lecture 8 B (Instruction Set)

14. MP - Lecture 9 A (Instruction Set)

15. MP - Lecture 9 B ( ALU Instruction Set)

16. MP - Lecture 10 A ( Branch Instructions )

17. MP - Lecture 10 B ( Machin Control )

18. MP - Lecture 11 A ( Problems )

19. MP - Lecture 11 B ( Problems )

20. MP - Lecture 12 A ( 8086 Processor )

21. MP - Lecture 12 B ( Interfacing ICs)

22. MP - Lecture 13 A ( Interfacing ICs )

23. MP - Lecture 13 B ( Microcontroller )

24. MP - Lecture 14 ( Microcontroller )

1. MP - WB 2024.pdf

2. Microprocessor Notes (8085).pdf

3. Microcontrollers.pdf

4. Memory.pdf

5. Interfacing ICs.pdf

1. EM - Lecture 1 A (Linear Algebra)

2. EM - Lecture 1 B (Linear Algebra)

3. EM - Lecture 2 (Linear Algebra)

4. EM - Lecture 3 (Linear Algebra)

5. EM - Lecture 4 (Linear Algebra)

6. EM - Lecture 5 (Linear Algebra)

7. EM - Lecture 6 A (Calculus)

8. EM - Lecture 6 B (Calculus)

9. EM - Lecture 7 (Calculus)

10. EM - Lecture 8 (Calculus)

11. EM - Lecture 9 (Calculus)

12. EM - Lecture 10 (Calculus)

13. EM - Lecture 11 (Calculus)

14. EM - Lecture 12 (Probability)

15. EM - Lecture 13 (Random Variables)

16. EM - Lecture 14 (Probability Distribution)

17. EM - Lecture 15 (Multiple integrals)

18. EM - Lecture 16 (Vector Calculus)

19. EM - Lecture 17 (Vector Calculus)

20. EM - Lecture 18 (Differential equations)

21. EM - Lecture 19 (PDE&NM)

22. EM - Lecture 20 (NM)

23. EM - Lecture 21 A (complex variables)

24. EM - Lecture 21 B (complex variables)

25. EM - Lecture 22 A (complex variables)

26. EM - Lecture 22 B (complex variables)

1. EM - WB Answer Keys 2024.pdf

1. BM - Lecture 1 A

2. BM - Lecture 1 B

3. BM - Lecture 2 A

4. BM - Lecture 2 B

5. BM - Lecture 3 A

6. BM - Lecture 3 B

7. BM - Lecture 4 A

8. BM - Lecture 4 B

9. BM - Lecture 5 A

10. BM - Lecture 5 B

11. BM - Lecture 6 A

12. BM - Lecture 6 B

13. BM - Lecture 7

1. BM - WB 2024.pdf

2. BM - WB Solutions.pdf

1. English - Lecture 1

2. English - Lecture 2

3. English - Lecture 3

4. English - Lecture 4

5. English - Lecture 5

6. English - Lecture 6

7. English - Lecture 7

8. English - Lecture 8

9. English - Lecture 9

10. English - Lecture 10

11. English - Lecture 11

12. English - Lecture 12

1. English - WB 2024.pdf

1. EMI - Lecture 1 ( Potentiometer)

2. EMI - Lecture 2 (Analog Meters)

3. EMI - Lecture 3 (Analog Meters - 2)

4. EMI - Lecture 4 A (Analog Meters - 3)

5. EMI - Lecture 4 B (Analog Meters - 3)

6. EMI - Lecture 5 A (Analog Meters - 4)

7. EMI - Lecture 5 B (Analog Meters - 4)

8. EMI - Lecture 6 A (Wattmeter)

9. EMI - Lecture 6 B (Wattmeter)

10. EMI - Lecture 7 (Wattmeter - 2)

11. EMI - Lecture 8 A (Energy Meter)

12. EMI - Lecture 8 B (Error Analysis)

13. EMI - Lecture 9 A (Error Analysis - Part 2)

14. EMI - Lecture 9 B (Bridges - Part 1)

15. EMI - Lecture 10 (Bridges - Part 2)

16. EMI - Lecture 11 (Q Meter & DVM Part -1 )

17. EMI - Lecture 12 (DVM Part -2 )

18. EMI - Lecture 13 (CRO )

1. EMI - WB 2024 (IN).pdf

2. EMI - WB 2024 (EE).pdf

1. Network - Lecture 1 A (Basics -1)

2. Network - Lecture 1 B (Basics -1)

3. Network - Lecture 2 A (Basics -2)

4. Network - Lecture 2 B (Basics -2)

5. Network - Lecture 3 B (Basics -3)

6. Network - Lecture 3 A (Basics -3)

7. Network - Lecture 4 A (KCL & KVL)

8. Network - Lecture 4 B (KCL & KVL)

9. Network - Lecture 5 A (KVL Star Delta & Source Transformation)

10. Network - Lecture 5 B (KVL Star Delta & Source Transformation)

11. Network - Lecture 6 B (Mesh Analysis & Nodal Analysis)

12. Network - Lecture 6 A (Mesh Analysis & Nodal Analysis)

13. Network - Lecture 7 A (Nodal Analysis Part-II & AC Circuit Part-I)

14. Network - Lecture 7 B (Nodal Analysis Part-II & AC Circuit Part-I)

15. Network - Lecture 8 B (AC Circuit Part-II)

16. Network - Lecture 8 A (AC Circuit Part-II)

17. Network - Lecture 9 A (AC Circuit Part-III)

18. Network - Lecture 9 B (AC Circuit Part-III)

19. Network - Lecture 10 A (AC Circuit Part-IV)

20. Network - Lecture 10 B (AC Circuit Part-IV)

21. Network - Lecture 11 A (Super Position Theorem and Thevenins Theorem)

22. Network - Lecture 11 B (Super Position Theorem and Thevenins Theorem)

23. Network - Lecture 12 A (Super Position Theorem and Thevenins Theorem)

24. Network - Lecture 12 B (Thevenins Part-II & Nortons Part-I)

25. Network - Lecture 13 A (Nortons Reciprocity & Max.Power)

26. Network - Lecture 13 B (Nortons Reciprocity & Max.Power)

27. Network - Lecture 14 A (Max.Power Part-II & Millmans)

28. Network - Lecture 14 B (Max.Power Part-II & Millmans)

29. Network - Lecture 15 A (Duality & Substitution Theorem and Basics of Inductor)

30. Network - Lecture 15 B (Duality & Substitution Theorem and Basics of Inductor)

31. Network - Lecture 16 A (Capacitor & Transients Part-I)

32. Network - Lecture 16 B (Capacitor & Transients Part-I)

33. Network - Lecture 17 A (Capacitor & Transients Part-2)

34. Network - Lecture 17 B (Capacitor & Transients Part-2)

35. Network - Lecture 18 A (Transients Part-3)

36. Network - Lecture 18 B (Transients Part-3)

37. Network - Lecture 19 A (Transients Part-IV)

38. Network - Lecture 19 B (Transients Part-IV)

39. Network - Lecture 20 A (Transient by Laplace)

40. Network - Lecture 20 B (Transient by Laplace)

41. Network - Filters

42. Network - Graph Theory

43. Network - Lecture 21 A (Resonance)

44. Network - Lecture 21 B (Resonance)

45. Network - Lecture 22 A (Resonance-II)

46. Network - Lecture 22 B (Resonance-II)

47. Network - Lecture 23 A (Resonance-III & Two Port-I)

48. Network - Lecture 23 B (Resonance-III & Two Port-I)

49. Network - Lecture 24 A (Resonance-III & Two Port-II)

50. Network - Lecture 24 B (Resonance-III & Two Port-II)

51. Network - Lecture 25 A (Resonance-III & Two Port-II)

52. Network - Lecture 25 B (Two Port-III & Magnetic Coupled)

53. Network - Lecture 26 (Magnetic Coupled Circuits Part-II)

1. Electrical Circuits_WB_EE.pdf

2. Electrical Circuits_WB_IN.pdf

3. Network Theory_WB_EC.pdf

1. S&S - Lecture 1 A (Some Important Operations)

2. S&S - Lecture 1 B (Some Important Operations)

3. S&S - Lecture 2 A (Signal Classification)

4. S&S - Lecture 2 B (Signal Classification)

5. S&S - Lecture 3 A (Signal Classification)

6. S&S - Lecture 3 B (Signal Classification)

7. S&S - Lecture 4 A (Signal classification and Basic signals)

8. S&S - Lecture 4 B (Signal classification and Basic signals)

9. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

10. S&S - Lecture 5 B (Mathematical Representation Of Wave Form & Chapter-2)

11. S&S - Lecture 6 A

12. S&S - Lecture 6 B (Chapter-2 & Basic System Properties)

13. S&S - Lecture 7 A ( Basic System Properties)

14. S&S - Lecture 7 B ( Basic System Properties)

15. S&S - Lecture 8 A

16. S&S - Lecture 8 B (LTI-System & Fourier-Series)

17. S&S - Lecture 9 A (Fourier-Series & Fourier-Transform)

18. S&S - Lecture 9 B (Fourier-Series & Fourier-Transform)

19. S&S - Lecture 10 (Fourier-Transform)

20. S&S - Lecture 11 A (Fourier-Transform)

21. S&S - Lecture 11 B (Fourier-Transform)

22. S&S - Lecture 12 (Fourier-Transform & Laplace-Transform)

23. S&S - Lecture 13 (Fourier-Transform & Laplace-Transform)

24. S&S - Lecture 14 (Laplace-Transform and Sampling Theorem)

25. S&S - Lecture 15 (Sampling Theorem)

26. S&S - Lecture 16 (Discrete Time Signal and System)

27. S&S - Lecture 17 A (T - Signal & system)

28. S&S - Lecture 17 B (Z - Transform)

29. S&S - Lecture 18 A (Z - Transform)

30. S&S - Lecture 18 B (Z - Transform)

31. S&S - Lecture 19 B (Z T, DTFS & DTFT)

32. S&S - Lecture 19 A (Z T, DTFS & DTFT)

33. S&S - Lecture 20 A (DTFT & DFT)

34. S&S - Lecture 20 B (DTFT & DFT)

35. S&S - Lecture 21 A (DFT & Digital Filter)

36. S&S - Lecture 21 B (DFT & Digital Filter)

37. S&S - Lecture 22 (Digital Filter & DT-Processing of CT-S-g)

1. Signals & Systems - WB Detailed Solutions.pdf

2. Signals & Systems - WB Answer Keys.pdf

3. S&S - WB (IN).pdf

4. S&S - WB (EE).pdf

5. S&S - WB (EC).pdf

1. CS - Lecture 1

2. CS - Lecture 2

3. CS - Lecture 3

4. CS - Lecture 4 B

5. CS - Lecture 4 A

6. CS - Lecture 5

7. CS - Lecture 6

8. CS - Lecture 7

9. CS - Lecture 8

10. CS - Lecture 9 C

11. CS - Lecture 9 B

12. CS - Lecture 9 A

13. CS - Lecture 10 A

14. CS - Lecture 10 B

15. CS - Lecture 11 A

16. CS - Lecture 11 B

17. CS - Lecture 12 B

18. CS - Lecture 12 A

19. CS - Lecture 13

20. CS - Lecture 14

21. CS - Lecture 15

22. CS - Lecture 16

1. CS - WB 2024.pdf

2. CS - WB 2025.pdf

1. Digital - Lecture 1 (Logic Gates)

2. Digital - Lecture 2 A (Logic minimization techniques)

3. Digital - Lecture 2 B (Logic minimization techniques)

4. Digital - Lecture 3 (Duality & Venn diagrams)

5. Digital - Lecture 4 (K-Maps)

6. Digital - Lecture 5 (Sop & Pos Dont Care Conditions)

7. Digital - Lecture 6 (Sequential Circuits)

8. Digital - Lecture 7 A (JK Flip-Flop)

9. Digital - Lecture 7 B (JK Flip-Flop)

10. Digital - Lecture 8 (Designing of Flip-Flop)

11. Digital - Lecture 9 (Shift Registers)

12. Digital - Lecture 10 (Ring Counter)

13. Digital - Lecture 11 (Asynchronous UP Counters)

14. Digital - Lecture 12 (Synchronous Counter)

15. Digital - Lecture 13 (State Reduction Methods)

16. Digital - Lecture 14 B (Half & Full Adder Decoder)

17. Digital - Lecture 14 A (Half & Full Adder Decoder)

18. Digital - Lecture 15 A (Ripple-Carry Adder)

19. Digital - Lecture 15 B (Code Converters)

20. Digital - Lecture 16 (Number System)

21. Digital - Lecture 17 (Logic Families ADC & DAC)

1. Digital - WB 2024 (EC).pdf

2. Digital - WB 2024 (EE).pdf

1. CS - Lecture 1 (Introduction)

2. CS - Lecture 2 A ( Modulation)

3. CS - Lecture 2 B ( Modulation)

4. CS - Lecture 3 A (Amplitude modulation)

5. CS - Lecture 3 B (Amplitude modulation)

6. CS - Lecture 4 A (Gen & Demod of AM)

7. CS - Lecture 4 B (Gen & Demod of AM)

8. CS - Lecture 5 A (DSB-SC)

9. CS - Lecture 5 B (DSB-SC)

10. CS - Lecture 6 A (SSB-SC & FDM)

11. CS - Lecture 6 B (Frequency mod)

12. CS - Lecture 7 A (NBFM and WBFM)

13. CS - Lecture 7 B (Phase modulation)

14. CS - Lecture 8 A (FM & PM)

15. CS - Lecture 8 B (FM & PM)

16. CS - Lecture 9 A (Receiver)

17. CS - Lecture 9 B (Receiver)

18. CS - Lecture 10 (Receiver)

19. CS - Lecture 11 B (FOM & Sampling Theorem)

20. CS - Lecture 11 A (FOM & Sampling Theorem)

21. CS - Lecture 12 (PCM)

22. CS - Lecture 13 A (PCM)

23. CS - Lecture 13 B (PCM)

24. CS - Lecture 14 A (ISI)

25. CS - Lecture 14 B (ISI)

26. CS - Lecture 14 C (TDM)

27. CS - Lecture 15 A (DPCM & DM)

28. CS - Lecture 15 B (DPCM & DM)

29. CS - Lecture 16 (DM Orthonormal basis functions)

30. CS - Lecture 17 (GSOP & ASK)

31. CS - Lecture 18 A (PSK & ASK)

32. CS - Lecture 18 B (PSK & ASK)

33. CS - Lecture 19 B (Information Theory)

34. CS - Lecture 20 A (Source Coding)

35. CS - Lecture 20 B (Conditional & Joint Prob Matrix)

36. CS - Lecture 21 Joint & Conditional Entropy

37. CS - Lecture 19 A (DPSK & M-Ary Signalling)

38. CS - Lecture 22 (Awgn Channel & LBC)

39. CS - Lecture 23 (LBC & CRC)

40. CS - Lecture 24 B (Random Variable)

41. CS - Lecture 24 A (Random Variable)

42. CS - Lecture 25 A (Random Variable)

43. CS - Lecture 25 B (Random Process)

44. CS - Lecture 26 A (APS & PSD)

45. CS - Lecture 26 B (Binary Random Process)

46. CS - Lecture 27 (Correlator Receiver)

47. CS - Lecture 28 A (Matched Filter Receiver)

48. CS - Lecture 28 B (Matched Filter Receiver)

49. CS - Lecture 29 (Finding PE)

1. CS - WB 2024.pdf

1. MSQ - Part 2.pdf

2. MSQ - Part 1.pdf

3. Chapter - 14 (BJT).pdf

4. Chapter 13 (PN Junction Theory).pdf

5. Chapter 12 (Oscillators).pdf

6. Chapter 12 (Negative Feedback Amplifiers).pdf

7. Chapter 11 (Opamp - TYS).pdf

8. Chapter 11 (Opamp - Part B).pdf

9. Chapter 11 (Opamp - Part A).pdf

10. Chapter 10 (Multistage Amplifiers).pdf

11. Workbook Unit 9.pdf

12. Workbook Unit 8.pdf

13. Workbook Unit 7.pdf

14. Workbook Unit 6.pdf

15. Workbook Unit 5.pdf

16. Workbook Unit 4.pdf

17. Workbook Unit 3.pdf

18. Workbook Unit 2.pdf

19. Workbook Unit 1- Part B.pdf

20. Workbook Unit 1- Part A.pdf

21. Analog - WB 2024.pdf

1. MP - WB Solutions - 2024.pdf

2. Memory.pdf

3. Microprocessor Notes (8085).pdf

4. Interfacing ICs Notes.pdf

5. Interfacing ICs.pdf