1. Promotional Video (NEXT IAS)

1. EXTRA-GPS,GIS,RS VIDEO

2. EXTRA-TIME CONCEPT VIDEO

3. EXTRA-PLANE TABLE SURVEYING VIDEO

4. EXTRA-TRIANGULATION VIDEO

5. EXTRA-INSTRUMENTS VIDEO

1. ANSWER KEY 2024 - SURVEYING.pdf

1. EM - Lecture 1B (Linear Algebra)

2. EM - Lecture 1 A (Linear Algebra)

3. EM - Lecture 2 B (Linear Algebra)

4. EM - Lecture 2 A (Linear Algebra)

5. EM - Lecture 3 B (Linear Algebra)

6. EM - Lecture 3 A (Linear Algebra)

7. EM - Lecture 4 A (Linear Algebra)

8. EM - Lecture 4 B (Linear Algebra)

9. EM - Lecture 5 B (Linear Algebra)

10. EM - Lecture 5 A (Linear Algebra)

11. EM - Lecture 6 B (Linear Algebra)

12. EM - Lecture 6 A (Linear Algebra)

13. EM - Lecture 7 B (Calculus)

14. EM - Lecture 7 A (Calculus)

15. EM - Lecture 8 A (Calculus)

16. EM - Lecture 8 B (Calculus)

17. EM - Lecture 9 B (Calculus)

18. EM - Lecture 9 A (Calculus)

19. EM - Lecture 10 A (Calculus)

20. EM - Lecture 10 B (Calculus)

21. EM - Lecture 11 B (Calculus)

22. EM - Lecture 11 A (Calculus)

23. EM - Lecture 12 B (Calculus)

24. EM - Lecture 12 A (Calculus)

25. EM - Lecture 13 B (Vector Calculus)

26. EM - Lecture 13 A (Vector Calculus)

27. EM - Lecture 14 A (Vector Calculus)

28. EM - Lecture 14 B (Vector Calculus)

29. EM - Lecture 15 B (Differential Equations)

30. EM - Lecture 15 A (Differential Equations)

31. EM - Lecture 16 (Differential Equations)

32. EM - Lecture 17 B (Differential Equations)

33. Engineering Mathematics (SG) - L1 - Hinglish - Live 2024 - 23rd Nov

34. EM - Lecture 18 B (Complex Variables)

35. EM - Lecture 18 A (Complex Variables)

36. EM - Lecture 19 B (Complex Variables)

37. EM - Lecture 19 A (Complex Variables)

38. EM - Lecture 20 B (Fourier Series & Numerical Methods)

39. EM - Lecture 20 A (Fourier Series & Numerical Methods)

40. EM - Lecture 21 B (Numerical Methods)

41. EM - Lecture 21 A (Numerical Methods)

42. EM - Lecture 22 B (Probability)

43. EM - Lecture 22 A (Probability)

44. EM - Lecture 23 A (Probability)

45. EM - Lecture 23 B (Probability)

46. EM - Lecture 24 A (Random Variables)

47. EM - Lecture 24 B (Random Variables)

48. EM - Lecture 25 (Probability Distributions & LT)

1. EM - WB Answer Key 2024.pdf

2. Workbook - 2024 - Engineering Mathematics + Reasoning + English.pdf

1. GATE QUESTIONS

2. ESE QUESTIONS

3. PROBABILITY

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

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

3. R & A - Lecture 3 (Set Theory + Percentage)

4. R & A - Lecture 4 (Profit Loss + Time & work )

5. R & A - Lecture 5 (Time, Speed & Distance)

6. R & A - Lecture 6 (Clock, Calendar & Cube)

7. R & A - Lecture 7 (Analytic Ability & Logical Reasoning)

8. R & A - Lecture 8 (Ratio Proportion, Mixtures, Averages)

9. R & A - Lecture 9 (Algebra)

10. R & A - Lecture 10 (DI,Blood Relations,Seating Arrangements, SI-CI)

11. R & A - Lecture 11 (Geometric)

12. R & A - Lecture 12 (Permutations and Combinations)

13. R & A - Lecture 13 (Spatial Geometry, Directions, Number & letter series)

14. R & A - Lecture 14 (Doubt + Questions)

1. Sequences and Series (For EC Only)

2. Interpolation (ESE Topic)

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

4. Workbook and PYQ Solutions

5. PDE

1. Polymers

2. Mechanical Properties

3. Composites & Alloys

1. English - Lecture 1 A

2. English - Lecture 1 B

3. English - Lecture 2 A

4. English - Lecture 2 B

5. English - Lecture 3 A

6. English - Lecture 3 B

7. English - Lecture 4 A

8. English - Lecture 4 B

9. English - Lecture 4 C

10. English - Lecture 5 A

11. English - Lecture 5 B

12. English - Lecture 5 C

13. English - Lecture 6 A

14. English - Lecture 6 B

15. English - Lecture 7

1. BMC - Lecture 1 (Cement)

2. BMC - Lecture 2 (Cement)

3. BMC - Lecture 3 (Cement)

4. BMC - Lecture 4 (Lime & Mortar)

5. BMC - Lecture 5 (Concrete Technology - 1)

6. BMC - Lecture 6 (Concrete Technology - 1)

7. BMC - Lecture 7 (Concrete Technology - 1)

8. BMC - Lecture 8 (Concrete Technology - 1)

9. BMC - Lecture 9 (Bricks - 1)

10. BMC - Lecture 10 (Bricks - 2 + Timber - 1)

11. BMC - Lecture 11 (Timber - 2)

12. Miscellaneous Topic Building Materials

1. Special Types of Bricks & Clay Tiles.pdf

2. WB - BMC.pdf

1. Moment of Inertia - Part 1

2. Moment of Inertia - Part 2

3. EM (Vibrations Part)

1. Railway - Lecture 1 ( Railway Track )

2. Railway - Lecture 2 A (Railway Track - 2)

3. Railway - Lecture 2 B (Railway Track - 2)

4. Railway - Lecture 3 (Railway Track - 3)

5. Railway - Lecture 4 (Track Modulus, Coning, Track Resistance)

6. Railway - Lecture 5 (Geometric Design of Railway)

7. Railway - Lecture 6 (Geometric Design of Railway 2)

8. Railway - Lecture 7 (Turnout)

9. Railway - Lecture 8 (Airport-1)

10. Railway - Lecture 9 (Airport-2)

1. Railway WB Answer Key - 2024.pdf

2. Railway - WB 2024.pdf

1. Surveying - Lecture 1 (Introduction)

2. Surveying - Lecture 2 A (Chain Survey)

3. Surveying - Lecture 2 B (Compass Survey)

4. Surveying - Lecture 3 (Compass + Traverse Survey)

5. Surveying - Lecture 4 (Traverse Survey + Levelling Work)

6. Surveying - Lecture 5 (Levelling)

7. Surveying - Lecture 6 (Levelling + Contours)

8. Surveying - Lecture 7 (Levelling + Contours)

9. Surveying - Lecture 8 (Tacheometry + Curves)

10. Surveying - Lecture 9 (Curves + Accuracy and Errors)

11. Surveying - Lecture 10 (Photogrammetry)

1. Surveying Instruments PDF.pdf

2. TRIANGULATION PDF.pdf

3. PLANE TABLE SURVEYING PDF.pdf

4. EXTRA-TIME CONCEPT PDF.pdf

5. EXTRA-PHOTOGRAMMETRY PDF.pdf

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

7. Surveying WB Solutions PDF.pdf

1. Hydrology - Lecture 1

2. Hydrology - Lecture 2 (Basic Concepts)

3. Hydrology - Lecture 3 (Basic Concepts)

4. Hydrology - Lecture 4 (Basic Concepts - Precipitation)

5. Hydrology - Lecture 5 A (DAD Curve and IDF Curve - Basic Concepts)

6. Hydrology - Lecture 5 B (Different Types of Rain Gauges - Basic Concepts)

7. Hydrology - Lecture 6

8. Hydrology - Lecture 7 (Evaporation and its measurements)

9. Hydrology - Lecture 8 (Infiltration and its measurements)

10. Hydrology - Lecture 9 A (Transpiration, Evapotranspiration + Stream Flow Measurements)

11. Hydrology - Lecture 9 B (Methods to find Stream Discharge)

12. Hydrology - Lecture 10 A (Methods to find Stream Discharge + WB Solution)

13. Hydrology - Lecture 10 B (Hydrograph Analysis)

14. Hydrology - Lecture 11 (Unit hydrograph)

15. Hydrology - Lecture 12 (Unit hydrograph)

16. Hydrology - Lecture 13 (Unit hydrograph)

17. Hydrology - Lecture 13 B (Synthetic Unit hydrograph)

18. Hydrology - Lecture 14 (Flood Routing)

1. Hydrology WB 2024.pdf

1. Highway Introduction Video

2. TEST FOR AGGREGATE AND BITUMEN

3. SYMPTOMS, CONSTRUCTION & HILLY ROADS VIDEO

1. TRY YOURSELF SOLUTION.pdf

2. Material, Construction, CBR PDF.pdf

3. Geometric Design.pdf

4. Traffic Control Devices PDF.pdf

5. Highway Introduction PDF.pdf

6. Highway - Workbook.pdf

1. Highway - Lecture 1 (Geometric Designs - 1)

2. Highway - Lecture 2 (Geometric Designs - 1)

3. Highway - Lecture 3 (Superelevation)

4. Highway - Lecture 4 (Extra Widening and TC)

5. Highway - Lecture 5 (Set Back & Summit Curve)

6. Highway - Lecture 6 (Summit & Valley Curve)

7. Highway - Lecture 7 (Traffic Studies and Analysis)

8. Highway - Lecture 8 (Traffic Flow and Capacity Analysis)

9. Highway - Lecture 9 (Speed Study)

10. Highway - Lecture 10 (Traffic Control Devices)

11. Highway - Lecture 11 (Traffic Control Devices)

12. Highway - Lecture 12 (Pavement Design)

13. Highway - Lecture 13 (Flexible Pavement)

14. Highway - Lecture 14 (Design of Joints)

1. Highway WB Answer Key 2024.pdf

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

2. CHP-5 - STRESS DISTRIBUTION (New)

3. CHP-6 - COMPACTION (New)

1. Soil WB 2024.pdf

2. Chapter 13 Soil Stabilization.pdf

3. Chapter 6 Compaction of Soil.pdf

4. Chapter 5 Stress Distribution in Soil.pdf

5. Chapter 2 Soil Structure & Fibers.pdf

6. Chapter 2 Soil Classification.pdf

7. Chapter 1 Index Properties PDF.pdf

1. FM - Lecture 1 (Fluid Properties)

2. FM - Lecture 2 (Fluid Properties)

3. FM - Lecture 3 (Fluid Properties)

4. WB Discussion of Fluid Properties

5. FM - Lecture 4 (PRESSURE AND ITS MEASUREMENT)

6. FM - Lecture 5 A (HYDROSTATIC FORCES)

7. FM - Lecture 5 B (HYDROSTATIC FORCES)

8. FM - Lecture 6 (BUOYANCY)

9. FM - Lecture 7 (Buoyancy)

10. WB Discussion - Fluid Statics

11. FM - Lecture 8 (Fluid Kinematics)

12. FM - Lecture 9 (Fluid Kinematics)

13. FM - Lecture 10 A - Fluid Kinematics

14. WB Discussion - Fluid Kinematics

15. FM - Lecture 10 B - Fluid Dynamics

16. FM - Lecture 11 B - Fluid Dynamics

17. FM - Lecture 11 A - Fluid Dynamics

18. FM - Lecture 12 (Fluid Dynamics)

19. WB Discussion - Fluid Dynamics

20. FM - Lecture 13 (Dimensional Analysis)

21. WB Discussion - Dimensional Analysis

22. FM - Lecture 14 (Pipe Flow)

23. FM - Lecture 15 (Pipe Flow)

24. FM - Lecture 16 (Pipe Flow)

25. WB Discussion - Pipe Flow

26. FM - Lecture 17 (Laminar Flow)

27. WB Discussion - Laminar Flow

28. FM - Lecture 18 (Boundary Layer Theory)

29. FM - Lecture 19 (Boundary Layer Theory)

30. WB Discussion - Boundary Layer Theory

31. FM - Lecture 20 (Turbulent Flow)

32. FM - Lecture 21 (Flow Over Submerged Bodies & Potential Flow)

1. FM WB 2024 - CE.pdf

2. FM WB Answer Keys 2024.pdf

3. Potential Flow Handout.pdf

4. Chapter 1 Fluid Properties PDF.pdf

5. Chapter 2 Fluid Statics PDF.pdf

6. Chapter 3 Fluid Kinematics PDF.pdf

7. Chapter 4 Fluid Dynamics PDF.pdf

8. Chapter 5 Dimensional Analysis PDF.pdf

9. Chapter 6 Pipe Flow PDF.pdf

10. Chapter 7 Laminar Flow PDF.pdf

11. Chapter 8 Boundary Layer PDF.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. 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 (Simple Stress and Strain)

8. SOM - Lecture 8 A (SFD & BMD)

9. SOM - Lecture 8 B (SFD & BMD)

10. SOM - Lecture 9 A (SFD & BMD)

11. SOM - Lecture 9 B (SFD & BMD)

12. SOM - Lecture 10 (SFD & BMD)

13. SOM - Lecture 11 (SFD & BMD)

14. SOM - Lecture 12 (SFD & BMD)

15. SOM - Lecture 13 (Deflection)

16. SOM - Lecture 14 A (Deflection)

17. SOM - Lecture 14 B (Deflection)

18. SOM - Lecture 15 A (Deflection)

19. SOM - Lecture 15 B (Deflection)

20. SOM - Lecture 16 (Deflection)

21. SOM - Lecture 17 (Deflection)

22. SOM - Lecture 18 (Deflection)

23. SOM - Lecture 19 (Principal Stress)

24. SOM - Lecture 20 A (Principal Stress)

25. SOM - Lecture 20 B (Principal Stress)

26. SOM - Lecture 21 (Mohr Circle)

27. SOM - Lecture 22 (Mohr Circle)

28. SOM - Lecture 23 (Theories of Failure)

29. SOM - Lecture 24 A (Bending Stress)

30. SOM - Lecture 24 B (Bending Stress)

31. SOM - Lecture 25 A (Torsion)

32. SOM - Lecture 25 B (Torsion)

33. SOM - Lecture 26 (Torsion & Shaft)

34. SOM - Lecture 27 (Direct Shear Stress)

35. SOM - Lecture 28 ( Shear Centre Shear Flow)

36. SOM - Lecture 29 (Column)

37. SOM - Lecture 30 B (Properties of Materials)

38. SOM - Column - Part 1

39. SOM - Column - Part 2

40. SOM - Thin CPV

41. SOM - Lecture 30 A (Properties of Materials) - New

1. SOM - Homework Questions PDF.pdf

2. SOM - Nut & Bolt Assembly PDF.pdf

3. SOM - Notes PDF.pdf

4. SOM - WB 2024.pdf

1. WB Discussion - Introduction

2. WB Discussion - WSM

3. WB Discussion - LSM

4. WB Discussion - Design of Beams

5. WB Discussion - Design of Slab

6. WB Discussion - Staircase

7. WB Discussion - SHEAR BOND & TORSION

8. WB Discussion - Earthquake

9. WB Discussion - Water Tank

10. WB Discussion - Masonry structure

11. WB Discussion - Foundation

12. WB Discussion - PSC

13. WB Discussion - Retaining wall

14. WB Discussion - Columns

1. RCC - EARTHQUAKE PDF.pdf

2. RCC - MASONRY PDF.pdf

3. RCC - RETAINING WALL PDF.pdf

4. RCC - WATER TANK PDF.pdf

5. RCC - PSC PDF.pdf

1. OCF - Lecture 1 A (Introduction)

2. OCF - Lecture 1 B (Introduction)

3. OCF - Lecture 2 (Introduction)

4. OCF - Lecture 3 (Uniform Flow)

5. OCF - Lecture 4 (Energy Depth Relationship)

6. OCF - Lecture 5 (Energy Depth Relationship)

7. OCF - Lecture 6 (GVF)

8. OCF - Lecture 7 B (GVF)

9. OCF - Lecture 7 A (GVF)

10. OCF - Lecture 8 A (RVF)

11. OCF - Lecture 8 B (RVF)

1. OCF - WB 2024.pdf

1. CPM - Lecture 1 (Basics of PM)

2. CPM - Lecture 2 (Basics of PM & Network Rule)

3. CPM - Lecture 3 (Network Rule)

4. CPM - Lecture 4 (PERT Analysis)

5. CPM - Lecture 5 (PERT Analysis)

6. CPM - Lecture 6

7. CPM - Lecture 7 (Engineering Economy)

8. CPM - Lecture 8 (Engineering Economy)

1. CPM - WB 2024.pdf

1. Soil - Lecture 1 (Properties of Soil)

2. SM - Lecture 2 (Properties of Soil)

3. SM - Lecture 3 A (Properties of Soil)

4. SM - Lecture 3 B (Properties of Soil)

5. SM - Lecture 4 (Properties of Soil)

6. SM - Lecture 5 (Properties of Soil)

7. SM - Lecture 6 (Classification of Soil)

8. SM - Lecture 7 (Classification of Soil)

9. SM - Lecture 8 (Classification of Soil)

10. SM - Lecture 9 (Classification of Soil)

11. SM - Lecture 10 (Classification of Soil)

12. SM - Lecture 11 (Classification of Soil)

13. SM - Lecture 12 ( Seepage analysis )

14. SM - Lecture 13 ( Seepage analysis )

15. SM - Lecture 14 ( Seepage analysis )

16. SM - Lecture 15 (Consolidation)

17. SM - Lecture 16 (Consolidation)

18. SM - Lecture 17 (Shear Strength)

19. SM - Lecture 18 (Shear Strength)

20. SM - Lecture 19 A (Shear Strength)

21. SM - Lecture 19 B (Shear Strength)

22. SM - Lecture 20 (Earth Pressure)

23. Soil - Lecture 21(Shallow Foundation)

24. Soil - Lecture 22 (Shallow Foundation)

25. Soil - Lecture 23 A (Slope)

26. Soil - Lecture 23 B (Slope)

27. Soil - Lecture 24 (Slope)

28. Soil - Lecture 25 (Slope)

29. Soil - Lecture 26 (Slope)

30. Soil - Lecture 27 (Pile Foundation)

31. Soil - Lecture 28 (Pile Foundation)

32. Soil - Lecture 29 (Soil Stabilization)

1. Soil WB Answer Key.pdf

2. SM - WB 2024.pdf

1. TRY YOURSELF SOLUTIONS

2. Plume Behaviour

1. ENV - CH 8 AND 9 WB SOLUTIONS.pdf

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

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

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

1. Irrigation - Lecture 1

2. Irrigation - Lecture 2 A

3. Irrigation - Lecture 2 B

4. Irrigation - Lecture 3 A

5. Irrigation - Lecture 3 B

6. Irrigation - Lecture 4

7. Irrigation - Lecture 5

8. Irrigation - Lecture 6 A

9. Irrigation - Lecture 6 B

10. Irrigation - Lecture 7 A

11. Irrigation - Lecture 7 B

12. Irrigation - Lecture 8 A

13. Irrigation - Lecture 8 B

14. Irrigation - Lecture 9 A

15. Irrigation - Lecture 9 B

16. Irrigation - Lecture 10

17. Irrigation - Lecture 11

18. Irrigation - Lecture 12

19. Irrigation - Lecture 13

20. Irrigation - Lecture 14

1. Irrigation Notes.pdf

2. Irrigation - WB 2024.pdf

1. EE - Lecture 1 (Chapter 1)

2. EE - Lecture 2 A (Chapter 1)

3. EE - Lecture 2 B (Chapter 1)

4. EE - Lecture 3 (Chapter 2)

5. EE - Lecture 4 A (Chapter 2)

6. EE - Lecture 4 B (Chapter 3)

7. EE - Lecture 5 (Chapter 3)

8. EE - Lecture 6 (Chapter 3)

9. EE - Lecture 7 (Chapter 3)

10. EE - Lecture 8 A (Chapter 3)

11. EE - Lecture 8 B (Chapter 3)

12. EE - Lecture 9 (Chapter 3)

13. EE - Lecture 10 A (Chapter 4)

14. EE - Lecture 10 B (Chapter 4)

15. EE - Lecture 11 (Chapter 4)

16. EE - Lecture 12 (Chapter 4)

17. EE - Lecture 13 (Chapter 4)

18. EE - Lecture 14 (chapter 4)

19. DISTRIBUTION & CONVEYANCE THEORY

20. MSWM Theory

21. MSWM WB

22. EE - Lecture 15 (Chapter 4)

23. EE - Lecture 16 (Chapter 4)

24. EE - Lecture 16 (Chapter 5)

25. EE - Lecture 18 (Chapter 5)

26. EE - Lecture 19 (Chapter 6 and Chapter 7)

27. EE - Lecture 20 (Chapter 7)

28. EE - Lecture 21 (Chapter 7)

29. EE - Lecture 22 (Chapter 8)

30. EE - Lecture 23 (Chapter 9)

31. EE - Lecture 24 (Chapter 9)

32. EE - Lecture 25 (Chapter 9)

33. EE - Lecture 26 (Chapter 9)

34. EE - Lecture 27 (Chapter 9)

35. EE - Lecture 28 (Chapter 9 and Chapter 13)

36. EE - Lecture 29 A (Last Class)

37. EE - Lecture 29 B (Last Class)

38. EE - Lecture 29 C (Last Class)

1. ENV - WB 2024.pdf

2. ENV - CLASSROOM NOTES.pdf

1. Steel - Lecture 1 ( General Consideration )

2. Steel - Lecture 2 ( General Consideration )

3. Steel - Lecture 3 ( General Consideration )

4. Steel - Lecture 4 A ( Plastic Analysis )

5. Steel - Lecture 4 B ( Plastic Analysis )

6. Steel - Lecture 5 ( Plastic Analysis )

7. Steel - Lecture 6 ( Plastic Analysis )

8. Steel - Lecture 7 ( Plastic Analysis )

9. Steel - Lecture 8 ( Plastic Analysis )

10. Steel - Lecture 9 A ( Design of Simple Bolted Connection )

11. Steel - Lecture 9 B ( Design of Simple Bolted Connection )

12. Steel - Lecture 9 C ( Design of Simple Bolted Connection )

13. Steel - Lecture 10 A (Design of Simple Bolted Connection)

14. Steel - Lecture 10 B (Design of Simple Bolted Connection)

15. Steel - Lecture 10 C (Design of Simple Bolted Connection)

16. Steel - Lecture 11 A (Design of Simple Welded Connection)

17. Steel - Lecture 11 B (Design of Simple Welded Connection)

18. Steel - Lecture 12 (Design of Eccentric Connection)

19. Steel - Lecture 13 (Design of Eccentric Connection)

20. Steel - Lecture 14 (Design of Tension Member)

21. Steel - Lecture 15 (Design of Tension Member)

22. Steel - Lecture 16 A (Design of Compression Member)

23. Steel - Lecture 16 B (Design of Compression Member)

24. Steel - Lecture 17 A (Design of Compression Member)

25. Steel - Lecture 17 B (Design of Compression Member)

26. Steel - Lecture 18 A (Design of Compression Member)

27. Steel - Lecture 18 B (Design of Compression Member)

28. Steel - Lecture 19 A (Design of Flexural Member)

29. Steel - Lecture 19 B (Design of Flexural Member)

30. Steel - Lecture 20 (Design of Girder)

1. Steel - WB 2024.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 (Introduction)

7. RCC - Lecture 7 (Introduction)

8. RCC - Lecture 8

9. RCC - Lecture 9

1. RCC - Introduction PDF.pdf

2. RCC - WB 2024.pdf

1. SA - Lecture 1 (Analysis Of Trusses)

2. SA - Lecture 2 A (Analysis Of Trusses)

3. SA - Lecture 2 B (Analysis Of Trusses)

4. SA - Lecture 3 (Trusses)

5. SA - Lecture 4 A (I L D)

6. SA - Lecture 4 B (I L D)

7. SA - Lecture 5 A (I L D)

8. SA - Lecture 5 B (I L D)

9. SA - Lecture 6 A (I L D)

10. SA - Lecture 6 B (I L D)

11. SA - Lecture 7 (Moment Distribution Method)

12. SA - Lecture 8 (Moment Distribution Method)

13. SA - Lecture 9 (Moment Distribution Method)

14. SA - Lecture 10 (Moment Distribution Method)

15. SA - Lecture 11 (Moment Distribution Method)

16. SA - Lecture 12 (Slope Deflection Method)

17. SA - Lecture 13 (Analysis of Cables)

18. SA - Lecture 14 (Arches)

19. SA - Lecture 15 (Approximate Methods)

20. SA - Lecture 16 (Indeterminacy)

21. SA - Lecture 17 A (Stiffness Matrix Method)

22. SA - Lecture 17 B (Stiffness Matrix Method)

23. SA - Lecture 18 (Flexibility Method & Dynamics)

1. HM - Lecture 1 (Impact of Jet)

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

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

4. HM - Lecture 3 A (Impact of Jet + Introduction to Hydraulic Turbine)

5. HM - Lecture 3 B (Impact of Jet + Introduction to Hydraulic Turbine)

6. HM - Lecture 4 A (Impulse Turbine)

7. HM - Lecture 4 B (Impulse Turbine)

8. HM - Lecture 5 A (Reaction Turbine)

9. HM - Lecture 5 B (Reaction Turbine)

10. HM - Lecture 6 (Axial Flow Reaction Turbine)

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

12. HM - Lecture 7 (Theory of Draft Tube & Performance Parameter of Turbine)

13. HM - Lecture 8 (Centrifugal Pump)

14. HM - Lecture 9 A (Centrifugal Pump)

15. HM - Lecture 9 B (Centrifugal Pump)

16. HM - Lecture 10 (Centrifugal & Reciprocating Pump)

1. HM - WB 2024.pdf

1. Live Streaming All ESE+GATE 2024 (PRIME,BBPPK)

1. ICT - Lecture 1

2. ICT - Lecture 2

3. ICT - Lecture 3

4. ICT - Lecture 4

5. ICT - Lecture 5

6. ICT - Lecture 6

7. ICT - Lecture 7

8. ICT - Lecture 8

9. ICT - Lecture 9

10. ICT - Lecture 10

11. ICT - Lecture 11

12. ICT - Lecture 12

13. ICT - Lecture 13

14. ICT - Lecture 14

15. ICT - Lecture 15

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

1. EM - WB 2024.pdf

1. RCC - Lecture 6 A (WSM)

2. RCC - Lecture 6 B (WSM)

3. RCC - Lecture 7 (LSM)

4. RCC - Lecture 8 (LSM)

5. RCC - Lecture 9 (LSM)

6. RCC - Lecture 10 (LSM)

7. RCC - Lecture 11 (LSM)

8. RCC - Lecture 12 (LSM)

9. RCC - Lecture 13 (Design of Shear)

10. RCC - Lecture 14 (Design of Shear)

11. RCC - Lecture 15 (Design of Shear)

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

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

14. RCC - Lecture 18 (Design of Slab)

15. RCC - Lecture 19 (Design of Slab)

16. RCC - Lecture 20 (Design of Columns)

17. RCC - Lecture 21 (Design of Columns)

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

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

20. RCC - Lecture 24 (Design of Foundation)

21. RCC - Lecture 25 (PSC)

22. RCC - Lecture 26 (PSC)

23. RCC - Lecture 27 (PSC)

24. RCC - Lecture 28 (PSC)

25. RCC - Lecture 29 (PSC)

26. RCC - Lecture 30 (PSC)

27. RCC - Lecture 31 (PSC)

28. RCC - Lecture 32 (PSC)

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

30. RCC - (Earthquake) - R

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

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

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

34. RCC - (Masonry Structures) - R

35. RCC - Lecture 34 (Masonry Structures)

1. Environment - Lecture 1

2. Environment - Lecture 2 A

3. Environment - Lecture 2 B

4. Environment - Lecture 3 A

5. Environment - Lecture 3 B

6. Environment - Lecture 4 A

7. Environment - Lecture 4 B

8. Environment - Lecture 5 A

9. Environment - Lecture 5 B

10. Environment - Lecture 6 A

11. Environment - Lecture 6 B

12. Environment - Lecture 7 A

13. Environment - Lecture 7 B

14. Environment - Lecture 8 A

15. Environment - Lecture 8 B

16. Environment - Lecture 9 A

17. Environment - Lecture 9 B

18. Environment - Lecture 10 A

19. Environment - Lecture 10 B

20. Environment - Lecture 11 A

21. Environment - Lecture 11 B

22. Environment - Lecture 12 A

23. Environment - Lecture 12 B

24. Environment - Lecture 13 A

25. Environment - Lecture 13 B

26. Environment - Lecture 14 A

27. Environment - Lecture 14 B

28. Environment - Lecture 15 A

29. Environment - Lecture 15 B

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4

5. MS - Lecture 5

6. MS - Lecture 6

7. MS - Lecture 7

8. MS - Lecture 8

1. S&Q - Lecture 1

2. S&Q - Lecture 2 B

3. S&Q - Lecture 2 A

4. S&Q - Lecture 3 A

5. S&Q - Lecture 3 B

6. S&Q - Lecture 4 A

7. S&Q - Lecture 4 B

8. S&Q - Lecture 5

9. S&Q - Lecture 6 B

10. S&Q - Lecture 6 A

11. S&Q - Lecture 7 B

12. S&Q - Lecture 7 A

13. S&Q - Lecture 8

14. S&Q - Lecture 9 B

15. S&Q - Lecture 9 A

1. PM - Lecture 1

2. PM - Lecture 2

3. PM - Lecture 3

4. PM - Lecture 4

5. PM - Lecture 5

6. PM - Lecture 6

7. PM - Lecture 7

8. PM - Lecture 8

9. PM - Lecture 9

1. ED - Lecture 1

2. ED - Lecture 2

3. ED - Lecture 3 B

4. ED - Lecture 3 A

5. ED - Lecture 4 A

6. ED - Lecture 4 B

7. ED - Lecture 5 A

8. Design & Safety - Lecture 5 B

9. Design & Safety - Lecture 5 C

10. Design & Safety - Lecture 6

1. CA - Lecture 1

2. CA - Lecture 2

3. CA - Lecture 3 A

4. CA - Lecture 3 B

5. CA - Lecture 4 A

6. CA - Lecture 4 B

7. CA - Lecture 5

8. CA - Lecture 6

9. CA - Lecture 7

10. CA - Lecture 8 A

11. CA - Lecture 8 B

12. CA - Lecture 9 A

13. CA - Lecture 9 B

1. Current Affairs - Annual Magazine For 2024 Session.pdf

1. Ethics - Lecture 1

2. Ethics - Lec 2

3. Ethics - Lecture 3 A

4. Ethics - Lecture 3 B

5. Ethics - Lecture 4 B

6. Ethics - Lecture 4 A

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. Promotional Video (NEXT IAS)

1. Industrial WB Solution - Part 1

2. Industrial WB Solution - Part 2

3. Industrial WB Solution - Part 3

1. Lean Manufacturing.pdf

2. Industrial Notes.pdf

3. Industrial workbook solution part 2 - PDF.pdf

4. Industrial workbook solution part 1 - PDF.pdf

1. Castiglianos theorem

2. Thick Pressure Vessels

3. Columns

4. Shear Centre Concept by S M Krishna Sir

5. Shear Stresses in Beams

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. Condenser & Cooling Tower

2. Layout of Thermal Power Plant

3. Power Plant Additional Video

4. Boiler and its components

1. Power Plant Answer Keys 2023.pdf

2. POWER PLANT NOTES.pdf

3. GATE POWER PLANT SHEET.pdf

4. POWER PLANT NOTES 2.pdf

5. PP Notes 3.pdf

6. PP Notes 4.pdf

1. VCRS HEAT EXCHANGER PROBLEM

2. RAC Important Questions Part 1

3. MSQ Video Solutions

4. RAC Important Questions Part 2

1. RAC - TYS PDF.pdf

2. Additional Part of ESE PDF.pdf

3. RAC Sheet.pdf

4. RAC MSQ PDF.pdf

5. RAC Workbook.pdf

1. FUEL INJECTION

2. IC Engine_WORKBOOK

3. SCAVANGING EFFICIENCY ESE2020 PROBLEM

4. Valve Timing Diagram SI Engine

5. Two - Stroke Engines

1. EM - Lecture 1B (Linear Algebra)

2. EM - Lecture 1 A (Linear Algebra)

3. EM - Lecture 2 B (Linear Algebra)

4. EM - Lecture 2 A (Linear Algebra)

5. EM - Lecture 3 B (Linear Algebra)

6. EM - Lecture 3 A (Linear Algebra)

7. EM - Lecture 4 A (Linear Algebra)

8. EM - Lecture 4 B (Linear Algebra)

9. EM - Lecture 5 B (Linear Algebra)

10. EM - Lecture 5 A (Linear Algebra)

11. EM - Lecture 6 B (Linear Algebra)

12. EM - Lecture 6 A (Linear Algebra)

13. EM - Lecture 7 B (Calculus)

14. EM - Lecture 7 A (Calculus)

15. EM - Lecture 8 A (Calculus)

16. EM - Lecture 8 B (Calculus)

17. EM - Lecture 9 B (Calculus)

18. EM - Lecture 9 A (Calculus)

19. EM - Lecture 10 A (Calculus)

20. EM - Lecture 10 B (Calculus)

21. EM - Lecture 11 B (Calculus)

22. EM - Lecture 11 A (Calculus)

23. EM - Lecture 12 B (Calculus)

24. EM - Lecture 12 A (Calculus)

25. EM - Lecture 13 B (Vector Calculus)

26. EM - Lecture 13 A (Vector Calculus)

27. EM - Lecture 14 A (Vector Calculus)

28. EM - Lecture 14 B (Vector Calculus)

29. EM - Lecture 15 B (Differential Equations)

30. EM - Lecture 15 A (Differential Equations)

31. EM - Lecture 16 (Differential Equations)

32. EM - Lecture 17 B (Differential Equations)

33. Engineering Mathematics (SG) - L1 - Hinglish - Live 2024 - 23rd Nov

34. EM - Lecture 18 B (Complex Variables)

35. EM - Lecture 18 A (Complex Variables)

36. EM - Lecture 19 B (Complex Variables)

37. EM - Lecture 19 A (Complex Variables)

38. EM - Lecture 20 B (Fourier Series & Numerical Methods)

39. EM - Lecture 20 A (Fourier Series & Numerical Methods)

40. EM - Lecture 21 B (Numerical Methods)

41. EM - Lecture 21 A (Numerical Methods)

42. EM - Lecture 22 B (Probability)

43. EM - Lecture 22 A (Probability)

44. EM - Lecture 23 A (Probability)

45. EM - Lecture 23 B (Probability)

46. EM - Lecture 24 A (Random Variables)

47. EM - Lecture 24 B (Random Variables)

48. EM - Lecture 25 (Probability Distributions & LT)

1. EM - WB Answer Key 2024.pdf

2. Workbook - 2024 - Engineering Mathematics + Reasoning + English.pdf

1. GATE QUESTIONS

2. ESE QUESTIONS

3. PROBABILITY

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

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

3. R & A - Lecture 3 (Set Theory + Percentage)

4. R & A - Lecture 4 (Profit Loss + Time & work )

5. R & A - Lecture 5 (Time, Speed & Distance)

6. R & A - Lecture 6 (Clock, Calendar & Cube)

7. R & A - Lecture 7 (Analytic Ability & Logical Reasoning)

8. R & A - Lecture 8 (Ratio Proportion, Mixtures, Averages)

9. R & A - Lecture 9 (Algebra)

10. R & A - Lecture 10 (DI,Blood Relations,Seating Arrangements, SI-CI)

11. R & A - Lecture 11 (Geometric)

12. R & A - Lecture 12 (Permutations and Combinations)

13. R & A - Lecture 13 (Spatial Geometry, Directions, Number & letter series)

14. R & A - Lecture 14 (Doubt + Questions)

1. Sequences and Series (For EC Only)

2. Interpolation (ESE Topic)

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

4. Workbook and PYQ Solutions

5. PDE

1. Polymers

2. Mechanical Properties

3. Composites & Alloys

1. English - Lecture 1 A

2. English - Lecture 1 B

3. English - Lecture 2 A

4. English - Lecture 2 B

5. English - Lecture 3 A

6. English - Lecture 3 B

7. English - Lecture 4 A

8. English - Lecture 4 B

9. English - Lecture 4 C

10. English - Lecture 5 A

11. English - Lecture 5 B

12. English - Lecture 5 C

13. English - Lecture 6 A

14. English - Lecture 6 B

15. English - Lecture 7

1. FM Numerical Class

2. Vortex Motion

3. Turbulent flow

4. Dimensional Analysis

1. MS - Lecture 1

2. MS - Lecture 2 B (Miller Indices of Planes)

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

4. MS - Lecture 3 A (Miller Indices of Directions, Density Calculations)

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

6. MS - Lecture 4 A (Line Defects)

7. MS - Lecture 4 B (Surface Defects)

8. MS - Lecture 5 A (Surface Defects - Part II, Grain Size Refinement, Strain Hardening)

9. MS - Lecture 5 B (Strain Ageing, Dispersion and Solid Solution Strengthening)

10. MS - Lecture 6 A (Solid Solution Strengthening Part II & Isomorphous Phase Diagram)

11. MS - Lecture 6 B (Eutectic Phase Diagram Layer System)

12. MS - Lecture 7 A (Phase Diagram, Precipitation Strengthening & Cooling Curve of Pure Iron)

13. MS - Lecture 7 B (Fe - c Equilibrium Diagram)

14. MS - Lecture 8 A

15. MS - Lecture 8 B

16. MS - Lecture 9 A (T-T-T Diagram, Austempering, Ausforming, Martempering)

17. MS - Lecture 9 B (Surface Hardening Effects of Alloying Elements)

18. MS - Lecture 10 A

19. MS - Lecture 10 B

20. MS - Lecture 11 A

21. MS - Lecture 11 B

1. MS (Tech) WB Solutions.pdf

2. WB - Material Science (Tech).pdf

1. MT - Lecture 1 (Basics of Machining)

2. MT - Lecture 2 (Basics of Machining)

3. MT - Lecture 3 (Basics of Machining)

4. MT Lecture 4 A (Shaping)

5. MT Lecture 4 B (Shaping)

6. MT Lecture 5 (Drilling)

7. MT Lecture 6 (Drilling)

8. MT Lecture 7 ( Milling )

9. MT Lecture 8 (Grinding )

10. MT Lecture 9 (Grinding )

11. MT Lecture 10 (Gear Manufacturing )

12. MT Lecture 11 (Gear Manufacturing )

13. MT Lecture 12 (NTM)

14. MT Lecture 13 (NTM)

15. MT Lecture 14 (Metrology)

16. MT Lecture 15 (Metrology)

17. MT Lecture 16 (Metrology)

18. MT Lecture 17 (Metrology)

1. Production Workbook - 2024.pdf

1. C&W - Lecture 1 A (Introduction to Casting)

2. C&W - Lecture 1 B (Introduction to Casting)

3. C&W - Lecture 2 B (Pattern Allowances and Types of Patterns)

4. C&W - Lecture 2 A (Pattern Allowances and Types of Patterns)

5. C&W - Lecture 3 A (Core Design & Molding Sand Properties )

6. C&W - Lecture 3 B (Elements of Gating Design)

7. C&W - Lecture 4 B (Filling Time & Solidification Time)

8. C&W - Lecture 4 A (Filling Time & Solidification Time)

9. C&W - Lecture 5 A (Special Casting Technique)

10. C&W - Lecture 5 B (Special Casting Technique)

11. C&W - Lecture 6 A (Hot & Cold Chamber Casting + Slush, Squeeze, Continuous Casting)

12. C&W - Lecture 6 B (Hot & Cold Chamber Casting + Slush, Squeeze, Continuous Casting)

13. C&W - Lecture 7 A (Introduction to Welding)

14. C&W - Lecture 7 B (Introduction to Welding)

15. C&W - Lecture 8 A (VI Characteristics of Welding Machines)

16. C&W - Lecture 8 B (VI Characteristics of Welding Machines)

17. C&W - Lecture 9 A (Welding Techniques, Melting Efficiency)

18. C&W - Lecture 9 B (Shielded Gas Welding)

19. C&W - Lecture 10 A (PAW,SAW & Gas Welding)

20. C&W - Lecture 10 B (PAW,SAW & Gas Welding)

21. C&W - Lecture 10 C (Resistance Welding)

22. C&W - Lecture 11 B Welding Defects, HAZ)

23. C&W - Lecture 11 A (Solid State, Solid-Liquid State Welding)

1. Production WB 2024.pdf

1. Industrial - Lecture 1 B (Introduction and BEA)

2. Industrial - Lecture 1 A (Introduction and BEA)

3. Industrial - Lecture 2 (BEA)

4. Industrial - Lecture 3 (BEA and Inventory)

5. Industrial - Lecture 4 A (Inventory)

6. Industrial - Lecture 4 B (Inventory)

7. Industrial - Lecture 5 A (Inventory)

8. Industrial - Lecture 5 B (Inventory)

9. Industrial - Lecture 5 C (Inventory)

10. Industrial - Lecture 6 A (Inventory)

11. Industrial - Lecture 6 B (Inventory)

12. Industrial - Lecture 6 C (Inventory)

13. Industrial - Lecture 7 B (Sequencing)

14. Industrial - Lecture 7 A (Inventory)

15. Industrial - Lecture 8 B (Sequencing + PERT CPM)

16. Industrial - Lecture 8 A (Sequencing)

17. Industrial - Lecture 9 (PERT CPM)

18. Industrial - Lecture 10 A (Forecasting)

19. Industrial - Lecture 10 B (Forecasting)

20. Industrial - Lecture 11 A (Forecasting)

21. Industrial - Lecture 11 B (Line Balancing + Queuing Theory)

22. Industrial - Lecture 12 D (Linear Programming)

23. Industrial - Lecture 12 C (Linear Programming)

24. Industrial - Lecture 12 B (Linear Programming)

25. Industrial - Lecture 12 A (Queuing Theory)

26. Industrial - Lecture 13 A (Transportation)

27. Industrial - Lecture 13 B (Transportation)

28. Industrial - Lecture 14

29. Industrial - Lecture 15 (Assignment + MRP)

1. Industrial - WB 2024.pdf

1. EM - Lecture 1A (Basic introduction)

2. EM - Lecture 1B (Basic introduction)

3. EM - Lecture 2 (Truss)

4. EM - Lecture 3 (Truss)

5. EM - Lecture 4 (Truss)

6. EM - Lecture 5 (Method of section & virtual work)

7. EM - Lecture 6 (Translation)

8. EM - Lecture 7 (Translation)

9. EM - Lecture 8 (Friction & circular motion)

10. EM - Lecture 9 ( circular motion)

11. EM - Lecture 10 ( Rotation)

12. EM - Lecture 11 ( Rolling)

13. EM - Lecture 12 B ( Rolling)

14. EM - Lecture 12 A ( Rolling)

15. EM - Lecture 13 A ( Wedge &screw jack)

16. EM - Lecture 13 B ( Wedge &screw jack)

17. EM - Lecture 14 (BELT FRICTION & LAGRANGE EQUATION)

1. EM WB 2024.pdf

1. Mixing of Gases-Entropy (HW)

2. REVERSIBLE & IRREVERSIBLE PROCESSES

3. ENTROPY ELECTRICAL RESISTOR

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. FM - Lecture 1 (Introduction)

2. FM - Lecture 2 B (Fluid Properties - I)

3. FM - Lecture 2 A (Fluid Properties - I)

4. FM - Lecture 3 (Fluid Properties - 2)

5. FM - Lecture 4 A (Fluid Properties - 3)

6. FM - Lecture 4 B (Fluid Properties - 3)

7. FM - Lecture 5 B (Fluid Properties - 4)

8. FM - Lecture 5 A (Fluid Properties - 4)

9. FM - Lecture 12 - Pressure

10. FM - Lecture 7 - Pressure

11. FM - Lecture 8 ( Numerical )

12. FM - Lecture 6 - Pressure

13. FM - Lecture 9 Hydrostatic Force

14. FM - Lecture 10 Numerical

15. FM - Lecture 11 A (BUOYANCY -1)

16. FM - Lecture 11 B (BUOYANCY -2)

17. FM - Lecture 12 A (Fluid Kinematics)

18. FM - Lecture 12 B (Fluid Kinematics)

19. FM - Lecture 13 (Fluid Kinematics)

20. FM - Lecture 14 (Fluid Kinematics)

21. FM - Lecture 14 B (Fluid Kinematics)

22. FM - Lecture 15 (Fluid Kinematics)

23. FM - Lecture 16 A (Numericals)

24. FM - Lecture 16 B (Dimensional Analysis Part-1)

25. FM - Lecture 17 A (Dynamic Part-2)

26. FM - Lecture 17 A (Dynamic Part-2)

27. FM - Lecture 18 (Dynamic Part-3)

28. FM - Lecture 19 (Laminar Flow )

29. FM - Lecture 20 (Laminar Flow )

30. FM - Lecture 21 (Flow through Pipe 1)

31. FM - Lecture 22 (Flow through Pipe 2)

32. FM - Lecture 23 (Boundary Layer 1)

33. FM - Lecture 24 A (Boundary Layer 2)

34. FM - Lecture 24 B (Boundary Layer 2)

1. FM - WB 2024.pdf

2. QUESTION BANK.pdf

3. FM NOTES PART 2.pdf

4. FM NOTES PART 1.pdf

1. EM Lecture 1 Centroid (Extra Topic)

2. EM Lecture 2 Friction in Vehicles (Extra Topic)

1. SOM - Lecture 1 A

2. SOM - Lecture 1 B (Introduction)

3. SOM - Lecture 2 (Stress, Strength, Aim of SOM & M-C Design )

4. SOM - Lecture 3 (Stress, Strength, Aim of SOM & M-C Design )

5. SOM - Lecture 4 (Comparison Between Ductile & Brittle Materials Types of Strains

6. SOM - Lecture 5 (Shear Strain, Elastic Constant)

7. SOM - Lecture 6 (Different of Materials & Elastic Constants)

8. SOM - Lecture 7 A (Problems on Elastic Constants & State of Stress)

9. SOM - Lecture 7 B (State of Stress & Stress Tensor)

10. SOM - Lecture 8 A (Bi axial State of Stress & Calculation of Stresses on Oblique Plane)

11. SOM - Lecture 8 A (Bi axial State of Stress & Calculation of Stresses on Oblique Plane)

12. SOM - Lecture 9 (Principal Stresses)

13. SOM - Lec10 (Max .Ts Planes, Planes of Pure Shear Stress & Problems)

14. SOM - Lecture 11 (Problems on Principal Stresses)

15. SOM - Lecture 12 (Problems on Principal Stresses, Principal Strains)

16. SOM - Lecture 13 (Mohr's Circle)

17. SOM - Lecture 14 (Mohrs Circle)

18. SOM - Lecture 15 (Problems on Mohrs Circle & Expression for volumetric strain)

19. SOM - Lecture 16 (Relationship between Principal Stresses & Principal Strains & Problems)

20. SOM - Lecture 17 (Loads and their classification)

21. SOM - Lecture 18 (Problems on Impact Load, Definition of Loads w.r.t Cross Section)

22. SOM - Lecture 19 A (Bending & Twisting Couples, Equivalent loads on the cross section)

23. SOM - Lecture 19 B (Bending & Twisting Couples, Equivalent loads on the cross section)

24. SOM - Lecture 20 A (Problems on Eccentric Axial Load)

25. SOM - Lecture 20 B (Equivalent loads and their sign conventon)

26. SOM - Lecture 21 (Problems on Bars in Series)

27. SOM - Lecture 22 (Elongation of P.B Under its Self & Programs)

28. SOM - Lecture 23 (Statically Indeterminate Bars Problems)

29. SOM - Lecture 24 (Bars in Parallel & Torsion of Shafis)

30. SOM - Lecture 25 (Torsion of Shafts & Problems)

31. SOM - Lecture 26 (Shafts in Series and Parallel)

32. SOM - Lecture 27 A (Bending Stresses in Beams)

33. SOM - Lecture 27 B (Bending Stresses in Beams)

34. SOM - Lecture 28 (SFD & BMD)

35. SOM - Lecture 29 (SFD & BMD under concentrated loads)

36. SOM - Lecture 30 (SFD & BMD for Cantilever Beams & Structures)

37. SOM - Lecture 31 (SFD & BMD under distributed loads)

38. SOM - Lecture 32 (SFD & BMD under DM & Compound Beams)

39. SOM - Lecture 33 B (Deflection of Beams)

40. SOM - Lecture 33 A (Deflection of Beams)

41. SOM - Lecture 34 A (Problems on Deflection of Beams & Strain Energy)

42. SOM - Lecture 34 B (Problems on Deflection of Beams & Strain Energy)

43. SOM - Lecture 35 (Problem on Stain Energy)

44. SOM - Lecture 36 (Theories of Failure)

45. SOM - Lecture 37 A (Thin CPV)

46. SOM - Lecture 37 B

1. SM Krishna Sir - Max.SF, Max.BM, Max.Slope & Deflection expressions table for various beams of const.EI.pdf

2. SM KRISHNA SIR - THEORIES OF FAILURE SUMMARY TABLE.pdf

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

4. SOM - Geometrical properties of various X-SC.pdf

5. SM KRISHNA - MOHRS CIRCLE CONCLUSIONS.pdf

6. SOM - WB 2024.pdf

1. Thermo - Lecture 1 (Basic Concepts)

2. Thermo - Lecture 2 (Basic Concepts)

3. Thermo - Lecture 3 (Temperature Measurement)

4. Thermo - Lecture 4 (Fixed Mass Energy Analysis Work)

5. Thermo - Lecture 5 (Non Flow Work in Various Processes and PV Diagram)

6. Thermo - Lecture 6 (Non Flow Work in Various Processes and PV Diagram)

7. Thermo - Lecture 7

8. Thermo - Lecture 8 (Heat Transfer in Various Processes)

9. Thermo - Lecture 9 (Heat in Polytropic Process Free Expansion & Flow Work Sfee)

10. Thermo - Lecture 10 (SFFEE Applied to Various Devices)

11. Thermo - Lecture 11 (Unsteady State)

12. Thermo - Lecture 12 (2nd Law Carnot Cycle Carnot Principles)

13. Thermo - Lecture 13 (Thermodynamic Temp & Scale and Clausius Inequality)

14. Thermo - Lecture 14 (Entropy)

15. Thermo - Lecture 15 (T S Diagram and TDS Equations)

16. Thermo - Lecture 16 (TS Diagram and Entropy Calculation)

17. Thermo - Lecture 16 (ICE Water Entropy Problem & Standard Situations Based on Entropy Analysis

18. Thermo - Lecture 18 (Mixture of Ideal Gases, C.V. Entropy Analysis)

19. Thermo - Lecture 19 (Irreversibility & A.E. in Thermal Energy at Single Temp)

20. Thermo - Lecture 20 (A E Case 3 & 4 2nd Law Efficiency & Properties of Pure Substance)

21. Thermo - Lecture 21 (Properties of Pure Substance)

22. Thermo - Lecture 22 (Properties of Pure Substance & TD Relations)

23. Thermo - Lecture 23 (TD relations Real gases)

1. Thermo - WB 2024.pdf

1. RAC - Lecture 1

2. RAC - Lecture 2 (Basics)

3. RAC - Lecture 3 (VCRS)

4. RAC - Lecture 4 (VCRS)

5. RAC - Lecture 5 A (VCRS)

6. RAC - Lecture 5 B (VCRS)

7. RAC - Lecture 6 A (VARS)

8. RAC - Lecture 6 B (RVC)

9. RAC - Lecture 6 C (RVC)

10. RAC - Lecture 7 (Ref. Equipment)

11. RAC - Lecture 8 (AC)

12. RAC - Lecture 9 (AC)

13. RAC - Lecture 10 (AC)

14. RAC - Lecture 11 (AC)

15. RAC - Lecture 12 A (AC)

16. RAC - Lecture 12 B (AC)

1. RAC - WB 2024.pdf

1. PP - Lecture 1

2. PP - Lecture 2 (Gas Turbine)

3. PP - Lecture 3 A (Gas Turbine)

4. PP - Lecture 3 B (Gas Turbine)

5. PP - Lecture 4 (Gas Turbine)

6. PP - Lecture 5 (Gas Turbine)

7. PP - Lecture 6 (Rankine Cycle)

8. PP - Lecture 7 (Rankine Cycle)

9. PP - Lecture 8 (Rankine Cycle)

10. PP - Lecture 9 (Compressor)

11. PP - Lecture 10 (Compressor)

12. PP - Lecture 11 (Compressor)

13. PP - Lecture 12 A (Compressor)

14. PP - Lecture 12 B (Compressor)

15. PP - Lecture 12 C(Compressor)

16. PP - Lecture 13 (Compressor)

17. PP - Lecture 14 (Compressor)

18. PP - Lecture 5 (Compressor)

19. PP - Lecture 16 A (Torment)

20. PP - Lecture 16 B (Turbine)

21. PP - Lecture 17 A (Turbine)

22. PP - Lecture 17 B (Turbine)

23. PP - Lecture 18 A (Compressible Flow)

24. PP - Lecture 18 B (Compressible Flow)

1. PP - WB 2024.pdf

1. MP & MC - Lecture 1 (Introduction)

2. MP & MC - Lecture 2 (Memory Types)

3. MP & MC - Lecture 3 (System Bus)

4. MP & MC - Lecture 4 (memory Problems & Read, Write Cycles)

5. MP & MC - Lecture 5 (Internal Architecture of 8085)

6. MP & MC - Lecture 6 (Interrupts & Instruction Format Addressing Modes)

7. MP & MC - Lecture 7 (Microcontrollers & PLC)

1. Mechatronics - Answer Key PDF.pdf

2. Microcontrollers.pdf

3. PLC-2.pdf

4. PLC-1.pdf

5. Architecture 8085.pdf

6. Mechatronics - Memory.pdf

7. Mechatronics - WB 2024.pdf

1. Mechatronics - Lecture 1 (Introduction to Sensors)

2. Mechatronics - Lecture 2 (Introduction to Sensors)

3. Mechatronics - Lecture 3 (Capacitive Sensors & Temperature Sensors)

4. Mechatronics - Lecture 4 (Hall Effect Sensor, Piezoelectric Sensor)

5. Mechatronics - Lecture 5 (Introduction to control system & Transfer function method))

6. Mechatronics - Lecture 6 (Transfer Function, Time Response Analysis)

7. Mechatronics - Lecture 7 (State Space Analysis)

8. Mechatronics - Lecture 8 (Piezoelectric Accelerometer, Inductive Based Sensor)

9. Mechatronics - Lecture 9 (Stepper Motor Encoder)

1. Live Streaming ME_(2024)

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

1. Heat Transfer Basics

2. RSE - Lecture 1 (Basics & Solar Radiation)

3. RSE - Lecture 2 (Solar Radiation A)

4. RSE - Lecture 3 (Solar Radiation B)

5. RSE - Lecture 4 (Solar Collector - A)

6. RSE - Lecture 5 (Solar Collector - B)

7. RSE - Lecture 6 (Solar Application)

8. RSE - Lecture 7 (Biomass)

9. RSE - Lecture 8 (FUEL CELL, PV CELL, THERMAL ENERGY STORAGE)

10. RSE - Lecture 9 (WIND)

11. RSE - Lecture 10 (WIND ENERGY)

12. RSE - Lecture 11 (WIND ENERGY)

13. RSE - Lecture 12 (WIND ENERGY)

14. RSE - Lecture 13 (TIDAL ENERGY)

1. RSE - WB 2024.pdf

1. IC Engine - Lecture 1

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

3. IC Engine - Lecture 3 (Diesel and Dual Cycle)

4. IC Engine - Lecture 4 (Comparison of Cycles and Thermochemistry)

5. IC Engine - Lecture 5 A (Part I Calorific Value and Measurement & Engine Performance Parameters)

6. IC Engine - Lecture 5 B (Part II Engine Performance Parameters)

7. IC Engine - Lecture 6 A (Volumetric Efficiency and Engine Tests)

8. IC Engine - Lecture 6 B (Volumetric Efficiency and Engine Tests)

9. IC Engine - Lecture 7 (Volumetric Efficiency and Engine Tests)

10. IC Engine - Lecture 8 A (Combustion in CI Engine)

11. IC Engine - Lecture 8 B (Combustion in CI Engine)

12. IC Engine - Lecture 9 (CI Fuel Injection & Performance Curves & Supercharging & Engine Components & Systems)

13. IC Engine - Lecture 10 A (Engine Emissions & Control, Actual PV Diagram of SI Engine)

14. IC Engine - Lecture 10 B (Engine Emissions & Control, Actual PV Diagram of SI Engine)

1. IC Engine - WB 2024.pdf

1. Robotics - Lecture 1

2. Robotics - Lecture 2

3. Robotics - Lecture 3

4. Robotics - Lecture 4

1. Robotics - WB 2024.pdf

1. HM - Lecture 1 (Impact of Jet)

2. HM - Lecture 2 (Impact of Jet)

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

4. HM - Lecture 4 A (Impulse Turbine - Pelton)

5. HM - Lecture 4 B (Impulse Turbine - Pelton)

6. HM - Lecture 5 A (Reaction Turbine - Inward Flow Turbine)

7. HM - Lecture 5 B (Reaction Turbine - Inward Flow Turbine)

8. HM - Lecture 6 A (Radial Flow Turbine & Axial Flow Reaction Turbine)

9. HM - Lecture 6 B (Radial Flow Turbine & Axial Flow Reaction Turbine)

10. HM - Lecture 7 A (Draft Tube Performance Parameters of Turbine)

11. HM - Lecture 7 B (Draft Tube Performance Parameters of Turbine)

12. HM - Lecture 8 (Centrifugal Pump)

13. WB_Q 15,Q 67

14. HM - Lecture 9 (Centrifugal Pump & Reciprocating Pump)

1. HM - 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 + Velocity Analysis)

7. Mechanisms WB Solution

8. TOM - Lecture 7 (Simple Mechanisms + Velocity Analysis)

9. TOM - Lecture 8 (Simple Mechanisms + Velocity Analysis)

10. TOM - Lecture 9 (Velocity & Acceleration Analysis)

11. TOM - MOI - Part 1

12. TOM - MOI - Part 2

13. TOM - Basics of Vibration - Part 2

14. Velocity & Acceleration WB Solution

15. TOM - Basics of Vibration - Part 1 A

16. TOM - Basics of Vibration - Part 1 B

17. TOM - Lecture 10 (Acceleration Analysis)

18. TOM - Lecture 11 (Acceleration Analysis)

19. TOM - Lecture 12 (Acceleration Analysis)

20. TOM - Lecture 13 (Acceleration Analysis)

21. TOM - Lecture 14 (Vibrations & Gears)

22. TOM - Lecture 15 (Gears)

23. Vibrations - WB Solution

24. TOM - Lecture 16 (Gears)

25. TOM - Lecture 17 (Gears & Gear Trains)

26. TOM - Lecture 18 (Gear Trains)

27. Gears - WB Solution

28. Gear Train - WB Solution

1. Gears - Workbook Discussion PDF.pdf

2. Gear Trains - Workbook Discussion PDF.pdf

3. Vibration Workbook Discussion PDF.pdf

4. TOM - WB 2024.pdf

1. Metal Cutting - Lecture 1

2. Metal Cutting - Lecture 2 (Tools Signature Systems, Types of Chips, Orthogonal Cutting)

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

4. Metal Cutting - Lecture 4 (Tool Life machanibiruty Economics Of Metal Cutting)

1. Metal Cutting - WB 2024.pdf

1. MD - Lecture 1 (Clutches)

2. MD - Lecture 2 (Clutches)

3. MD - Lecture 3 (Brakes)

4. MD - Lecture 4 (Gear Design)

5. MD - Lecture 5 (Riveted Joint)

6. MD - Lecture 6 (Riveted Joint)

7. MD - Lecture 7 (Bolted Joint)

8. MD - Lecture 8 (Welded Joint)

9. MD - Lecture 9 (Bearing)

10. MD - Lecture 10 (Bearing)

11. MD - Lecture 11 (Bearing)

12. MD - Lecture 12 (Bearing)

13. MD - Lecture 13 (Spring and Flywheel Design)

1. MD - WB 2024.pdf

1. Metal Forming - Lecture 1 A (Introduction Metal Forming)

2. Metal Forming - Lecture 1 B Hot & Cold Working)

3. Metal Forming - Lecture 2 (Rolling)

4. Metal Forming - Lecture 3 (Forging)

5. Metal Forming - Lecture 4 (Drawing)

6. Metal Forming - Lecture 5 (Extrusion)

7. Metal Forming - Lecture 6

8. Metal Forming - Lecture 7 A (Sheet Metal Working of Powder metalallargy)

9. Metal Forming - Lecture 7 B (Sheet Metal Working of Powder metalallargy)

1. Metal Forming - WB 2024.pdf

1. Live Streaming All ESE+GATE 2024 (PRIME,BBPPK)

1. ICT - Lecture 1

2. ICT - Lecture 2

3. ICT - Lecture 3

4. ICT - Lecture 4

5. ICT - Lecture 5

6. ICT - Lecture 6

7. ICT - Lecture 7

8. ICT - Lecture 8

9. ICT - Lecture 9

10. ICT - Lecture 10

11. ICT - Lecture 11

12. ICT - Lecture 12

13. ICT - Lecture 13

14. ICT - Lecture 14

15. ICT - Lecture 15

1. TOM - Lecture 1

2. TOM - Lecture 2

3. TOM - Lecture 3

4. TOM - Lecture 4

5. TOM - Lecture 5

6. TOM - Lecture 6

7. TOM - Lecture 7

8. TOM - Lecture 8 A (Balancing)

9. TOM - Lecture 8 B (Balancing)

10. TOM - Lecture 9 A (Balancing)

11. TOM - Lecture 9 B (Balancing)

12. TOM - Lecture 10 A (Cam Mechanism)

13. TOM - Lecture 10 B (Cam Mechanism)

14. TOM - Lecture 11 A (Gyroscope)

15. TOM - Lecture 11 B (Gyroscope)

1. TOM - WB 2024.pdf

1. Environment - Lecture 1

2. Environment - Lecture 2 A

3. Environment - Lecture 2 B

4. Environment - Lecture 3 A

5. Environment - Lecture 3 B

6. Environment - Lecture 4 A

7. Environment - Lecture 4 B

8. Environment - Lecture 5 A

9. Environment - Lecture 5 B

10. Environment - Lecture 6 A

11. Environment - Lecture 6 B

12. Environment - Lecture 7 A

13. Environment - Lecture 7 B

14. Environment - Lecture 8 A

15. Environment - Lecture 8 B

16. Environment - Lecture 9 A

17. Environment - Lecture 9 B

18. Environment - Lecture 10 A

19. Environment - Lecture 10 B

20. Environment - Lecture 11 A

21. Environment - Lecture 11 B

22. Environment - Lecture 12 A

23. Environment - Lecture 12 B

24. Environment - Lecture 13 A

25. Environment - Lecture 13 B

26. Environment - Lecture 14 A

27. Environment - Lecture 14 B

28. Environment - Lecture 15 A

29. Environment - Lecture 15 B

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4

5. MS - Lecture 5

6. MS - Lecture 6

7. MS - Lecture 7

8. MS - Lecture 8

1. Live Streaming ME (E+M) 2025

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. S&Q - Lecture 1

2. S&Q - Lecture 2 B

3. S&Q - Lecture 2 A

4. S&Q - Lecture 3 A

5. S&Q - Lecture 3 B

6. S&Q - Lecture 4 A

7. S&Q - Lecture 4 B

8. S&Q - Lecture 5

9. S&Q - Lecture 6 B

10. S&Q - Lecture 6 A

11. S&Q - Lecture 7 B

12. S&Q - Lecture 7 A

13. S&Q - Lecture 8

14. S&Q - Lecture 9 B

15. S&Q - Lecture 9 A

1. Lecture 1 (Basic Length Unit)

2. Lecture 2 (CNC Programing)

3. Lecture - 3 (APT Programing)

1. PM - Lecture 1

2. PM - Lecture 2

3. PM - Lecture 3

4. PM - Lecture 4

5. PM - Lecture 5

6. PM - Lecture 6

7. PM - Lecture 7

8. PM - Lecture 8

9. PM - Lecture 9

1. ED - Lecture 1

2. ED - Lecture 2

3. ED - Lecture 3 B

4. ED - Lecture 3 A

5. ED - Lecture 4 A

6. ED - Lecture 4 B

7. ED - Lecture 5 A

8. Design & Safety - Lecture 5 B

9. Design & Safety - Lecture 5 C

10. Design & Safety - Lecture 6

1. CA - Lecture 1

2. CA - Lecture 2

3. CA - Lecture 3 A

4. CA - Lecture 3 B

5. CA - Lecture 4 A

6. CA - Lecture 4 B

7. CA - Lecture 5

8. CA - Lecture 6

9. CA - Lecture 7

10. CA - Lecture 8 A

11. CA - Lecture 8 B

12. CA - Lecture 9 A

13. CA - Lecture 9 B

1. Current Affairs - Annual Magazine For 2024 Session.pdf

1. Ethics - Lecture 1

2. Ethics - Lec 2

3. Ethics - Lecture 3 A

4. Ethics - Lecture 3 B

5. Ethics - Lecture 4 B

6. Ethics - Lecture 4 A

1. Metal Cutting PDF.pdf

2. METAL CUTTING - WB KEY AND SOLUTIONS.pdf

3. Cutting Tool Materials.pdf

1. Promotional Video (NEXT IAS)

1. Special Motors

1. ESE+GATE - WB & MSQ Solutions

1. EM - Lecture 1B (Linear Algebra)

2. EM - Lecture 1 A (Linear Algebra)

3. EM - Lecture 2 B (Linear Algebra)

4. EM - Lecture 2 A (Linear Algebra)

5. EM - Lecture 3 B (Linear Algebra)

6. EM - Lecture 3 A (Linear Algebra)

7. EM - Lecture 4 A (Linear Algebra)

8. EM - Lecture 4 B (Linear Algebra)

9. EM - Lecture 5 B (Linear Algebra)

10. EM - Lecture 5 A (Linear Algebra)

11. EM - Lecture 6 B (Linear Algebra)

12. EM - Lecture 6 A (Linear Algebra)

13. EM - Lecture 7 B (Calculus)

14. EM - Lecture 7 A (Calculus)

15. EM - Lecture 8 A (Calculus)

16. EM - Lecture 8 B (Calculus)

17. EM - Lecture 9 B (Calculus)

18. EM - Lecture 9 A (Calculus)

19. EM - Lecture 10 A (Calculus)

20. EM - Lecture 10 B (Calculus)

21. EM - Lecture 11 B (Calculus)

22. EM - Lecture 11 A (Calculus)

23. EM - Lecture 12 B (Calculus)

24. EM - Lecture 12 A (Calculus)

25. EM - Lecture 13 B (Vector Calculus)

26. EM - Lecture 13 A (Vector Calculus)

27. EM - Lecture 14 A (Vector Calculus)

28. EM - Lecture 14 B (Vector Calculus)

29. EM - Lecture 15 B (Differential Equations)

30. EM - Lecture 15 A (Differential Equations)

31. EM - Lecture 16 (Differential Equations)

32. EM - Lecture 17 B (Differential Equations)

33. Engineering Mathematics (SG) - L1 - Hinglish - Live 2024 - 23rd Nov

34. EM - Lecture 18 B (Complex Variables)

35. EM - Lecture 18 A (Complex Variables)

36. EM - Lecture 19 B (Complex Variables)

37. EM - Lecture 19 A (Complex Variables)

38. EM - Lecture 20 B (Fourier Series & Numerical Methods)

39. EM - Lecture 20 A (Fourier Series & Numerical Methods)

40. EM - Lecture 21 B (Numerical Methods)

41. EM - Lecture 21 A (Numerical Methods)

42. EM - Lecture 22 B (Probability)

43. EM - Lecture 22 A (Probability)

44. EM - Lecture 23 A (Probability)

45. EM - Lecture 23 B (Probability)

46. EM - Lecture 24 A (Random Variables)

47. EM - Lecture 24 B (Random Variables)

48. EM - Lecture 25 (Probability Distributions & LT)

1. EM - WB Answer Key 2024.pdf

2. Workbook - 2024 - Engineering Mathematics + Reasoning + English.pdf

1. Logic Families Part 1

2. Logic Families Part 2

3. DAC

4. ADC

5. Semiconducting Memories

6. Logic Families Introduction

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 2

2. EMI Workbook Solutions - Chapter 3

3. EMI Workbook Solutions - Chapter 1

4. EMI Workbook Solutions - Chapter 4

5. EMI Workbook Solutions - Chapter 6

6. EMI Workbook Solutions - Chapter 5

7. EMI - Ch 7 - WB Solutions

8. EMI - Ch 9 - WB Solutions

9. Transducers - 1

10. Transducers - 2

11. Transducers - 3

12. Transducers - 4 A

13. Transducers - 4 C

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. GATE QUESTIONS

2. ESE QUESTIONS

3. PROBABILITY

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

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

3. R & A - Lecture 3 (Set Theory + Percentage)

4. R & A - Lecture 4 (Profit Loss + Time & work )

5. R & A - Lecture 5 (Time, Speed & Distance)

6. R & A - Lecture 6 (Clock, Calendar & Cube)

7. R & A - Lecture 7 (Analytic Ability & Logical Reasoning)

8. R & A - Lecture 8 (Ratio Proportion, Mixtures, Averages)

9. R & A - Lecture 9 (Algebra)

10. R & A - Lecture 10 (DI,Blood Relations,Seating Arrangements, SI-CI)

11. R & A - Lecture 11 (Geometric)

12. R & A - Lecture 12 (Permutations and Combinations)

13. R & A - Lecture 13 (Spatial Geometry, Directions, Number & letter series)

14. R & A - Lecture 14 (Doubt + Questions)

1. Sequences and Series (For EC Only)

2. Interpolation (ESE Topic)

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

4. Workbook and PYQ Solutions

5. PDE

1. Polymers

2. Mechanical Properties

3. Composites & Alloys

1. English - Lecture 1 A

2. English - Lecture 1 B

3. English - Lecture 2 A

4. English - Lecture 2 B

5. English - Lecture 3 A

6. English - Lecture 3 B

7. English - Lecture 4 A

8. English - Lecture 4 B

9. English - Lecture 4 C

10. English - Lecture 5 A

11. English - Lecture 5 B

12. English - Lecture 5 C

13. English - Lecture 6 A

14. English - Lecture 6 B

15. English - Lecture 7

1. NT - Lecture 1 (Basics)

2. NT - Lecture 2 (Active and Passive Elements)

3. NT - Lecture 3 (Problems of Equivalent Resistance and KCL)

4. NT - Lecture 4 A (KVL)

5. NT - Lecture 4 B (Star Delta and Source Transformation)

6. NT - Lecture 5 A (Mesh and Nodal Analysis)

7. NT - Lecture 5 B (Mesh and Nodal Analysis)

8. NT - Lecture 6 A (Introduction to AC Circuits)

9. NT - Lecture 6 B (Introduction to AC Circuits)

10. NT - Lecture 7 A (AC Analysis for R,L & C)

11. NT - Lecture 7 B (AC Analysis for R,L & C)

12. NT - Lecture 8 A

13. NT - Lecture 8 B

14. NT - Lecture 9 A (Locus Diagrams, Superposition and Thevenins Theorem)

15. NT - Lecture 9 B (Locus Diagrams, Superposition and Thevenins Theorem)

16. NT - Lecture 10 A (Thevenins and Nortons Theorem)

17. NT - Lecture 10 B (Thevenins and Nortons Theorem)

18. NT - Lecture 11 (Nortons and Reciprocity Theorem)

19. NT - Lecture 12 A (Maximum Power Transfer Theorem and Millmans Theorem)

20. NT - Lecture 12 B (Maximum Power Transfer Theorem and Millmans Theorem)

21. NT - Lecture 13 A (Millmans + Tellegens, Duality and Substitution Theorem)

22. NT - Lecture 13 B (Millmans + Tellegens, Duality and Substitution Theorem)

23. NT - Lecture 14 A (Inductor, Capacitor and Introduction to Transients)

24. NT - Lecture 14 B (Inductor, Capacitor and Introduction to Transients)

25. NT - Lecture 15 (RL and RC with and without Sources)

26. NT - Lecture 16 A (RL and RC Circuit Problems)

27. NT - Lecture 16 B (RL and RC Circuit Problems)

28. NT - Lecture 17 (Time Constant and Problems)

29. NT - Lecture 18 (Time Constant and Problems Part-II)

30. NT - Lecture 19 A (RLC Circuit with DC Source and AC Transients)

31. NT - Lecture 19 B (RLC Circuit with DC Source and AC Transients)

32. NT - Lecture 20

33. NT - Lecture 21 B (Laplace - Part II and Resonance - Part I)

34. NT - Lecture 21 A (Laplace - Part II and Resonance - Part I)

35. NT - Lecture 22 A (Resonance - Part I)

36. NT - Lecture 22 B (Resonance - Part I)

37. NT - Lecture 23 A (Resonance - Part II)

38. NT - Lecture 23 B (Resonance - Part II)

39. NT - Lecture 24 A (Two-Port - Part I)

40. NT - Lecture 24 B (Two-Port - Part I)

41. NT - Lecture 25 A (Two-Port - Part II)

42. NT - Lecture 25 B (Two-Port - Part II)

43. NT - Lecture 26 A

44. NT - Lecture 26 B

45. NT - Lecture 27

46. NT - Lecture 28

1. WB - Network (EE).pdf

2. WB - Network (EC).pdf

1. Control System - Lecture 1 A (Introduction to Control System)

2. Control System - Lecture 1 B (Introduction to Control System)

3. Control System - Lecture 2 (BDR,SFG)

4. Control System - Lecture 3 A (BDR,SFG)

5. Control System - Lecture 3 B (BDR,SFG)

6. Control System - Lecture 4 A

7. Control System - Lecture 4 B (Time Response Analysis Second Order System)

8. Control System - Lecture 5 A

9. Control System - Lecture 5 B

10. Control System - Lecture 6 A (Routh-Hurwitz Criterion)

11. Control System - Lecture 6 B (Routh-Hurwitz Criterion)

12. Control System - Lecture 7 A (Root Locus)

13. Control System - Lecture 7 B (Root Locus)

14. Control System - Lecture 8 A (Root Locus)

15. Control System - Lecture 8 B (Root Locus)

16. Control System - Lecture 9 A (Polar Plot)

17. Control System - Lecture 9 B (Polar Plot)

18. Control System - Lecture 10 A (Nyquist Plot)

19. Control System - Lecture 10 B (Nyquist Plot)

20. Control System - Lecture 11 A (Bode Plot)

21. Control System - Lecture 11 B (Bode Plot)

22. Control System - Lecture 12 A (Controller & Compensator)

23. Control System - Lecture 12 B (Controller & Compensator)

24. Control System - Lecture 13 A (State Variable analysis)

25. Control System - Lecture 13 B (State Variable analysis)

1. Control System (EE) - WB 2024.pdf

2. Control System (EC) - WB 2024.pdf

1. S&S - Lecture 1 A (Introduction & Different Operations On Signal)

2. S&S - Lecture 1 B (Different Operations On Signal)

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

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

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

6. S&S - Lecture 4 A (Signal Classification)

7. S&S - Lecture 4 B (Basic Signals)

8. S&S - Lecture 5 C (Different Operations On Signal)

9. S&S - Lecture 5 B (Different Operations On Signal)

10. S&S - Lecture 5 A (Basic Signals)

11. S&S - Lecture 6 (Basic System Properties)

12. S&S - Lecture 7 (Basic System Properties)

13. S&S - Lecture 8 B (Fourier - Series)

14. S&S - Lecture 8 A (LTI - System)

15. S&S - Lecture 9 B (Fourier Series)

16. S&S - Lecture 9 A (Fourier Series)

17. S&S - Lecture 10 A (Fourier Series)

18. S&S - Lecture 10 C (Fourier Transform)

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

20. S&S - Lecture 10 D (Fourier Transform)

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

22. S&S - Lecture 11 B (Laplace Transform)

23. S&S - Lecture 11 C (Laplace Transform)

24. S&S - Lecture 12 A (Laplace Transform)

25. S&S - Lecture 12 B (Sampling Theorem)

26. S&S - Lecture 13 A (Sampling Theorem)

27. S&S - Lecture 13 B (Discrete line signal and system)

28. S&S - Lecture 14 A (Discrete line signal and system)

29. S&S - Lecture 14 B (Z-transform)

30. S&S - Lecture 15 A (Z-transform)

31. S&S - Lecture 15 B (Z-transform)

32. S&S - Lecture 16 C (Discrete-Time FS)

33. S&S - Lecture 16 B (Pavement-Design)

34. S&S - Lecture 16 A (Pavement-Design)

35. S&S - Lecture 17 A (DTFS and DTFT)

36. S&S - Lecture 17 B (DFT)

37. S&S - Lecture 17 C (DFT)

38. S&S - Lecture 18 A (Digital Filters)

39. S&S - Lecture 18 B (Digital Filters and DT Processing of CT Signal)

1. Signals & Systems - WB Detailed Solutions.pdf

2. Signals & Systems - WB Answer Keys.pdf

3. S&S - EE WB 2024.pdf

4. S&S - EC WB 2024.pdf

1. Digital - Lecture 1 (Introduction)

2. Digital - Lecture 2 (SOP - POS Forms)

3. Digital - Lecture 3 (Duality and self dual forms)

4. Digital - Lecture 4 (K Maps)

5. Digital - Lecture 5 (EPI and Don't Care Conditions)

6. Digital - Lecture 6 (5 Variable K Map)

7. Digital - Lecture 7 A (Combinational Ckts)

8. Digital - Lecture 7 B (Combinational Ckts)

9. Digital - Lecture 8 (Decoder and MUX)

10. Digital - Lecture 9

11. Digital - Lecture 10 A (Code Convertors)

12. Digital - Lecture 10 B (Compliment Methods)

13. Digital - Lecture 11 A (BCD Adder)

14. Digital - Lecture 11 B (Encoder)

15. Digital - Lecture 12 A

16. Digital - Lecture 12 B

17. Digital - Lecture 12 C

18. Digital - Lecture 13 A

19. Digital - Lecture 13 B

20. Digital - Lecture 13 C (Flipflop Designing)

21. Digital - Lecture 14 A (Shift Register)

22. Digital - Lecture 14 B (Shift Register)

23. Digital - lecture 15 A (Counters)

24. Digital - lecture 15 B (Counters)

25. Digital - Lecture 16 A (Ripple Counters)

26. Digital - Lecture 16 B (Ripple Counters)

27. Digital - Lecture 17 A (Synchronous Counters)

28. Digital - Lecture 17 B (Synchronous Counters)

29. Digital - Lecture 17 C (Synchronous Counters)

30. Digital - Lecture 18 (State diagrams and sequence detector)

31. Digital - Lecture 19 (Logic Family)

32. Digital - Lecture 20 (DAC, ADC)

1. Digital Workbook Solutions PDF.pdf

2. Digital Workbook Solutions PDF.pdf

3. Digital Workbook Solutions PDF.pdf

4. EE - WB Digital 2024.pdf

5. EC - WB Digital 2024.pdf

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. 555 Timer

6. Active Filters - Part 1

7. Active Filters - Part 2

1. PE - Lecture 1 A (Introduction)

2. PE - Lecture 1 B (Power Diode)

3. PE - Lecture 2 A (Power Diode)

4. PE - Lecture 2 B (SCR)

5. PE - Lecture 2 C (SCR - Holding Current)

6. PE - Lecture 3 A (Turn on Characters and Methods)

7. PE - Lecture 3 B (Diode Circuits)

8. PE - Lecture 4 A (Commutation circuits)

9. PE - Lecture 4 B (Commutation circuits)

10. PE - Lecture 5 A (Class C Commutation Circuits)

11. PE - Lecture 5 B (Class D Commutation Circuits)

12. PE - Lecture 6 A (Protection of SCR)

13. PE - Lecture 6 B (Series and Parallel Connection of Thyristor)

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

15. PE - Lecture 7 B (GTO)

16. PE - Lecture 8 A

17. PE - Lecture 8 B

18. PE - Lecture 9 A

19. PE - Lecture 9 B

20. PE - Lecture 10 A

21. PE - Lecture 10 B

22. PE - Lecture 11 A (full wave rectifier)

23. PE - Lecture 11 B (full wave rectifier)

24. PE - Lecture 12 A (Full Wave Rectifier)

25. PE - Lecture 12 B (Single Phase Semi Converter)

26. PE - Lecture 13 A (3 Phase H W Rectifier)

27. PE - Lecture 13 B (Phase Fully Controlled Rectifier)

28. PE - Lecture 14 A (3 Phase Semi Conductor)

29. PE - Lecture 14 B (Quadrant Operation of Converts)

30. PE - Lecture 14 C (Quadrant Operation of Converts)

31. PE - Lecture 15 A (Effect of Source Inductance)

32. PE - Lecture 15 B (Effect of Source Inductance)

33. PE - Lecture 15 C (Choppers Introduction)

34. PE - Lecture 16 A (Buck Converter)

35. PE - Lecture 16 B (Buck Converter)

36. PE - Lecture 17 A (Buck Converter)

37. PE - Lecture 17 B (Boost Converter)

38. PE - Lecture 18 A (Buck Boost Converter)

39. PE - Lecture 18 B (Buck Boost Converter)

40. PE - Lecture 19 A (Classification of Chopper based on Quadrant Operation)

41. PE - Lecture 19 B

42. PE - Lecture 20 A (Inverter)

43. PE - Lecture 20 B (inverter)

44. PE - Lecture 20 C

45. PE - Lec - 20 A (Inverter) - 1st Part

46. PE - Lecture 21 A

47. PE - Lecture 21 B

48. PE - Lecture 22 A

49. PE - Lecture 22 B

50. PE - Lecture 23 A (AC Drives)

51. PE - Lecture 23 B

52. PE - Lecture 24 A

53. PE - Lecture 24 B (Resonant Converters)

54. PE - Lecture 24 C (Workbook)

55. PE - Lecture 24 D (Workbook)

56. PE - Lecture 24 E (Workbook)

57. PE - Lecture 25 A (High Frequency Transformer and Inductors)

58. PE - Lecture 25 B (SMPS)

59. PE - Lecture 25 C (Workbook)

1. PE - WB 2024.pdf

1. PS - Lecture 1

2. PS - Lecture 2

3. PS - Lecture 3

4. PS - Lecture4

5. PS - Lecture 5 A (TL Parameters - Part 4)

6. PS - Lecture 5 B (Modelling of TL)

7. PS - Lecture 6 A (Modelling of TL 2)

8. PS - Lecture 6 B (Loss less line)

9. PS - LECTURE 7 A

10. PS - LECTURE 7 B

11. PS - Lecture 8

12. PS - Lecture 9

13. PS - Lecture 10 (Voltage Reg - Part 2)

14. PS - Lecture 11

15. PS - Lecture 12 A

16. PS - Lecture 12 B

17. PS - Lecture 13 A

18. PS - Lecture 13 B

19. WB Chapter 2 - Part 1 Solutions

20. WB Chapter 3 - Part 1 Solutions

21. PS - Lecture 14 A

22. PS - Lecture 14 B

23. PS - Lecture 15 A

24. PS - Lecture 15 C (Insulators)

25. PS - Lecture 16 A

26. PS - Lecture 17 A

27. PS - Lecture 17 B

28. PS - Lecture 15 B (Insulators)

29. WB 4 Cable Solutions

30. WB 4 Cable MSQ Solutions

31. PS - Lecture 18 A

32. PS - Lecture 18 B

33. PS - Lecture 18 C

34. PS - Lecture 19 A (Switch Gear & Protection Part 1)

35. PS - Lecture 20

36. PS - Lecture 21

37. PS - Lecture 22

38. PS - Lecture 23 A (Switch Gear and Protection - Part 5 B)

39. PS - Lecture 23 B (Switch Gear and Protection - Part 5 B)

40. PS - Lecture 24 (Switch Gear and Protection Part 6)

41. PS - Lecture 25 A (Switch Gear and Protection Part 7 A)

42. PS - Lecture 25 B (Switch Gear and Protection Part 7 B)

43. PS - Lecture 26 A (Circuit Breakers - Part 8 A)

44. PS - Lecture 26 B (Circuit Breakers - Part 8 B)

45. PS - Lecture 26 C (Circuit Breakers - Part 8 C)

46. WB 8 Cable Solutions

47. PS - Lecture 27 A (Load Frequency Control - Part 1 A)

48. PS - Lecture 27 B (Load Frequency Control - Part 1 B)

49. PS - Lecture 27 C (Load Frequency Control - Part 1 C)

50. PS - WB Chapter 3 - Part 2 (Frequency Control Solutions)

1. PS - WB 2024.pdf

1. Analog - Lecture 1 A (Ideal Model Part A)

2. Analog - Lecture 1 B (CVD Model Part B)

3. Analog - Lecture 2 A (PWL Model)

4. Analog - Lecture 2 B (Exponential Model)

5. Analog - Lecture 3 B (Small Signal Model)

6. Analog - Lecture 4 A (Clippers)

7. Analog - Lecture 4 B (Clippers)

8. Analog - Lecture 5 A (Clippers)

9. Analog - Lecture 5 B (Peck Detector)

10. Analog - lecture 6 A (Clampers)

11. Analog - Lecture 6 B

12. Analog - Lecture 7 A (Rectifier 1)

13. Analog - Lecture 7 B (Rectifier 2)

14. Analog - Lecture 8 A (Rectifier 3)

15. Analog - Lecture 8 B (Capacitor Filter Design)

16. Analog - lecture 9 A (Capacitor Filter Design)

17. Analog - Lecture 9 B (Zener as a Limiter and Voltage Regulator)

18. Analog - Lecture 9 C (Zener as a Limiter and Voltage Regulator)

19. Analog - Lecture 10 A (Zener as a Limiter and Voltage Regulator)

20. Analog - Lecture 10 B (BJT)

21. Analog - Lecture 11 A (BJT Testing)

22. Analog - Lecture 11 B (BJT Testing)

23. Analog - Lecture 3 A (Small Signal Model)

24. Analog - Lecture 12 A (BJT Testing)

25. Analog - Lecture 12 B (BJT Testing)

26. Analog - Lecture 12 C (BJT biasing)

27. Analog - Lecture 13 A (BJT biasing)

28. Analog - Lecture 13 B (BJT biasing)

29. Analog - Lecture 14 A (BJT Current Mirror)

30. Analog - Lecture 14 B (BJT Current Mirror)

31. Analog - Lecture 15 (BJT Current Mirror)

32. Analog - Lecture 16 A (BJT Amplifiers)

33. Analog - Lecture 16 B (BJT Amplifiers)

34. Analog - Lecture 17 A (BJT Amplifiers Part 3)

35. Analog - Lecture 17 B (BJT Amplifiers Part 4)

36. Analog - Lecture 17 C (BJT Amplifiers Part 5)

37. Analog - Lecture 17 D (BJT Amplifiers Part 6)

38. Analog - Lecture 18 A (BJT Amplifiers Part 7)

39. Analog - Lecture 18 B (BJT Amplifiers Part 8)

40. Analog - Lecture 18 C (BJT Amplifiers Part 9)

41. Analog - Lecture 19 A (BJT Amplifiers Part 10)

42. Analog - Lecture 19 B (Mosfet Testing)

43. Analog - Lecture 20 A (Mosfet Testing)

44. Analog - Lecture 20 B (Mosfet Testing)

45. Analog - Lecture 21 B (Mosfet biasing)

46. Analog - Lecture 21 A (Mosfet Testing)

47. Analog - Lecture 22 A (Mosfet Biasing)

48. Analog - Lecture 22 B (Mosfet Current Mirrors)

49. Analog - Lecture 23 A (MOSFET Current Mirrors)

50. Analog - Lecture 23 B (MOSFET Amplifiers)

51. Analog - Lecture 23 C (MOSFET Amplifiers)

52. Analog - Lecture 24 A (Mosfet Amplifiers)

53. Analog - Lecture 24 B (Multi Stage Amplifiers)

54. Analog - Lecture 25 A (Multi Stage Amplifiers)

55. Analog - Lecture 25 B (Multi Stage Amplifiers)

56. Analog - Lecture 25 C (Differential Amplifiers)

57. Analog - Lecture 25 D (Differential Amplifiers)

58. Analog - Lecture 26 A (Opamp basics)

59. Analog - Lecture 26 B (Opamp Amplifier Designs)

60. Analog - Lecture 27 A (Opamp Amplifier Designs)

61. Analog - Lecture 27 B (Opamp Amplifier Designs)

62. Analog - Lecture 28 (Opamp Amplifier Designs)

63. Analog - Lecture 29 A (Opamp Amplifier Designs)

64. Analog - Lecture 29 B (Opamp Amplifier Designs)

65. Analog - Lecture 29 C (Mathematical Operations)

66. Analog - Lecture 29 D (Mathematical Operations)

67. Analog - Lecture 30 A

68. Analog - Lecture 30 B

69. Analog - Lecture 30 C

70. Analog - Lecture 31 A (Precision Circuits)

71. Analog - Lecture 31 B (Negative-feedback amplifier)

72. Analog - Lecture 31 C (Negative-feedback amplifier)

73. Analog - (BJT Voltage Regulators)

74. Analog - Lecture 33 (Linear Oscillators)

75. Analog - Lecture 33 B (Analog Electronics Preparetion Strategy)

76. Analog - Clapp and Crystal Oscillator (R)

1. Analog - WB 2024.pdf

1. SM - Lecture 1 B

2. SM - Lecture 1 A

3. SM - Lecture 2 A

4. SM - Lecture 2 B

5. SM - Lecture 3 A

6. SM - Lecture 3 B

7. SM - Lecture 4

8. SM - Lecture 5 A

9. SM - Lecture 5 B

10. SM - Lecture 5 C

11. SM - Lecture 6 A

12. SM - Lecture 6 B

13. SM - Lecture 6 C

14. SM - WB Discussion

15. SM - Lecture 7 A

16. SM - Lecture 7 B

17. SM - Lecture 8

18. SM - Lecture 10

19. SM - Lecture 9 ( New )

20. SM - Lecture 11

1. SM - WB 2024.pdf

1. COA - Lecture 1 (Data Presentation)

2. COA - Lecture 2 (Data Presentation)

3. COA - Lecture 3 A (Floating-Point Data)

4. COA - Lecture 3 B (Floating-Point Data)

5. COA - Lecture 4 (Floating-Point Data)

6. COA - Lecture 5 A (Computer Architecture)

7. COA - Lecture 5 B (Computer Architecture)

8. COA - Lecture 6 (Computer Architecture)

9. COA - Lecture 7 (Computer Architecture)

10. COA - Lecture 8

11. COA - Lecture 9

12. COA - Lecture 10

13. COA - Lecture 11

14. COA - Lecture 12

15. COA - Lecture 13

16. COA - Lecture 14

17. COA - Lecture 15

18. COA - Lecture 16

1. COA - EE - Answer Keys.pdf

2. COA - EC - Answer Keys.pdf

3. COA - WB 2024 (EE).pdf

4. COA - WB 2024 (EC).pdf

1. Interfacing ICs - Part 1

2. Interfacing ICs - Part 2

3. 8086 Processor

4. Microcontroller - Part 1 (EC)

5. Microcontroller - Part 2 (EC)

1. Microcontrollers (For EC Only).pdf

2. MP - WB Solutions - 2024.pdf

3. Memory.pdf

4. Microprocessor Notes (8085).pdf

5. Interfacing ICs Notes.pdf

6. Interfacing ICs.pdf

1. Fault Analysis WB

2. Load Flow WB

3. Stability WB Solution

1. DC - Lecture 1

2. DC - Lecture 2 A

3. DC - Lecture 2 B

4. DC - Lecture 3

5. DC - Lecture 4 A

6. DC - Lecture 4 B

7. DC - Lecture 5 A

8. DC - Lecture 5 B

9. DC - Lecture 6 A

10. DC - Lecture 6 B

11. DC - Lecture 7 A

12. DC - Lecture 7 B

13. DC - Lecture 8 A

14. DC - Lecture 8 B

15. DC - Lecture 9 A

16. DC - Lecture 9 B

17. DC - Lecture 10 A

18. DC - Lecture 10 B

19. DC - Lecture 11 A

20. DC - Lecture 11 B

21. DC - Lecture 12 A

22. DC - Lecture 12 B

23. DC - Lecture 13 A

24. DC - Lecture 13 B

25. DC - Lecture 14 A

26. DC - Lecture 14 B

27. DC - Lecture 2 C

28. DC - Lecture 15 A

29. DC - Lecture 15 B

1. DC - WB Solutions.pdf

2. DC - WB 2024.pdf

1. Live Streaming EE L2_(2024)

1. Transformer - Lecture 1 A

2. Transformer - Lecture 1 B

3. Transformer - Lecture 2 A

4. Transformer - Lecture 2 B

5. Transformer - Lecture 2 C

6. Transformer - Lecture 3 A

7. Transformer - Lecture 3 B

8. Transformer - Lecture 4 A

9. Transformer - Lecture 4 B

10. Transformer - Lecture 5 A

11. Transformer - Lecture 5 B

12. Transformer - Lecture 5 A

13. Transformer - Lecture 5 B

14. Transformer - Lecture 7 A

15. Transformer - Lecture 7 B

16. Transformer - Lecture 8 A

17. Transformer - Lecture 8 B

18. Transformer - Lecture 9 A

19. Transformer - Lecture 9 B

20. Transformer - Lecture 10 A

21. Transformer - Lecture 10 B

22. Transformer - Lecture 11 A

23. Transformer - Lecture 11 B

24. Transformer - Lecture 12

25. Transformer - Lecture 13 A

26. Transformer - Lecture 13 B

27. Transformer - Lecture 14 A

28. Transformer - Lecture 14 B

29. Transformer - Lecture 15 A

30. Transformer - Lecture 15 B

31. Transformer - Lecture 16 A

32. Transformer - Lecture 16 B

33. Transformer - Lecture 17 A

34. Transformer - Lecture 17 B

35. Transformer - Lecture 17 C

36. Transformer - Lecture 18 A

37. Induction - Lecture 18 B

38. Induction - Lecture 19 A

39. Induction - Lecture 19 B

40. Induction - Lecture 20 A

41. Induction - Lecture 20 B

42. Induction - Lecture 21 A

43. Induction - Lecture 21 B

44. Induction - Lecture 22 A

45. Induction - Lecture 22 B

46. Induction - Lecture 23

47. Induction - Lecture 24 A

48. Induction - Lecture 24 B

49. Induction - Lecture 25 A

50. Induction - Lecture 25 B

51. Induction - Lecture 26 A

52. Induction - Lecture 26 B

53. Induction - Lecture 26 C

54. Induction - Lecture 27 A

55. Induction - Lecture 27 B

56. Induction - Lecture 27 C

57. Induction - Lecture 28 A

58. Induction - Lecture 28 B

59. Induction - Lecture 29 A

60. Induction - Lecture 29 B

61. Induction - Lecture 30 A

62. Induction - Lecture 30 B

63. Induction - Lecture 31 A

64. Induction - Lecture 31 B

65. Induction - Lecture 32 A

66. Induction - Lecture 32 B

67. Induction - Lecture 33 B

68. Induction - Lecture 33 A

69. Induction - Lecture 33 C

70. Induction - Lecture 34 A

71. Induction - Lecture 34 B

1. Transformer - WB 2024.pdf

1. MP - Lecture 1

2. MP - Lecture 2 (Number System and Memory)

3. MP - Lecture 3 (System BUS)

4. MP - Lecture 4 (Interfacing Components)

5. MP - Lecture 5 (Memory Problems)

6. MP - Lecture 6 A (Architecture of 8085)

7. MP - Lecture 6 B (Architecture of 8085)

8. MP - Lecture 7 (Architecture of 8085)

9. MP - Lecture 8 (DMA & Interrupt)

10. MP - Lecture 9 (DMA & Interrupt & Instruction Format)

11. MP - Lecture 10 (Timing Diagram & Instructions)

12. MP - Lecture 11 (Data Transfer Instructions)

13. MP - Lecture 12 (ALU Instructions)

14. MP - Lecture 13 (Branching Instructions and Interfacing ICs)

1. MP - WB 2024 (EE).pdf

2. MP - WB 2024 (EC).pdf

1. Live Streaming EE All (ESE+GATE 2024)

1. CS - Lecture 1 (Introduction)

2. CS - Lecture 2 (Amplitude Modulation)

3. CS - Lecture 3 (Multitone AM)

4. CS - Lecture 4 (Demodulation of AM)

5. CS - Lecture 5 (DSB-SC & SSB-SC)

6. CS - Lecture 6 (SSB-SC & FDM)

7. CS - Lecture 7 (FREQUENCY MODULATION)

8. CS - Lecture 8 (Phase Modulation)

9. CS - Lecture 9 (FM & PM )

10. CS - Lecture 10

11. CS - Lecture 11 (Receivers)

12. CS - Lecture 12 (Sampling Theorm)

13. CS - Lecture 13 (PCM)

14. CS - Lecture 14 (ISI)

15. CS - Lecture 15 (TDM)

16. CS - Lecture 16 (ASK, PSK, FSK)

17. CS - Lecture 17 (Miscellaneous)

1. CS - WB 2024.pdf

1. PS - Lecture 1

2. PS - Lecture 2 A

3. PS - Lecture 2 B

4. PS - Lecture 3 A

5. PS - Lecture 3 B

6. PS - Lecture 4 A

7. PS - Lecture 4 B

8. PS - Lecture 5 A

9. PS - Lecture 5 B

10. PS - Lecture 6 A

11. PS - Lecture 6 B

12. PS - Lecture 7 A

13. PS - Lecture 7 B

14. PS - Lecture 8 A

15. PS - Lecture 8 B

16. PS - Lecture 9 A

17. PS - Lecture 9 B

18. PS - Lecture 10 A

19. PS - Lecture 10 B

20. PS - Lecture 11 A

21. PS - Lecture 11 B

22. PS - Lecture 12 A

23. PS - Lecture 12 B

24. PS - Lecture 13 A

25. PS - Lecture 13 B

26. PS - Lecture 14 A

27. PS - Lecture 14 B

28. PS - Lecture 15 A

29. PS - Lecture 15 B

30. PS - Lecture 16 A

31. PS - Lecture 16 B

32. PS - Lecture 17 A

33. PS - Lecture 17 B

34. PS - Lecture 18

35. PS - Lecture 19 A

36. PS - Lecture 19 B

37. PS - Lecture 20 A

38. PS - Lecture 20 B

39. PS - Lecture 21 A

40. PS - Lecture 21 B

41. PS - Lecture 22 A

42. PS - Lecture 22 B

43. PS - Lecture 23 A

44. PS - Lecture 23 B

45. PS - Lecture 24 A

46. PS - Lecture 24 B

47. Remaining Part of Fault

48. Fault Analysis WB

49. Economic Load Dispatch - Part A

50. Economic Load Dispatch - Part B

51. Economic Load Dispatch - Part C

52. Economic Load Dispatch - Part D

53. Economic Load Dispatch - Part E

1. PS - WB 2024.pdf

1. Live Streaming All ESE+GATE 2024 (PRIME,BBPPK)

1. ICT - Lecture 1

2. ICT - Lecture 2

3. ICT - Lecture 3

4. ICT - Lecture 4

5. ICT - Lecture 5

6. ICT - Lecture 6

7. ICT - Lecture 7

8. ICT - Lecture 8

9. ICT - Lecture 9

10. ICT - Lecture 10

11. ICT - Lecture 11

12. ICT - Lecture 12

13. ICT - Lecture 13

14. ICT - Lecture 14

15. ICT - Lecture 15

1. EMT - Lecture 1 (Vector Analysis)

2. EMT - Lecture 2 (Vector Analysis)

3. EMT - Lecture 3 (Vector Analysis)

4. EMT - Lecture 4 A (Maxwell Equation And Boundary Condition)

5. EMT - Lecture 4 B (Maxwell Equation And Boundary Condition)

6. EMT - Lecture 5 A (Maxwell Equation And Boundary Condition)

7. EMT - Lecture 5 B (Maxwell Equation And Boundary Condition)

8. EMT - Lecture 6 A (Maxwell Equation, Boundary Condition and Electrostats)

9. EMT - Lecture 6 B (Electrostats)

10. EMT - Lecture 7 A (Electrostats)

11. EMT - Lecture 7 B (Electrostats)

12. EMT - Lecture 8 A (Electrostats)

13. EMT - Lecture 8 B (Electrostats)

14. EMT - Lecture 9 (Electrostats)

15. EMT - Lecture 10 (Electrostats)

16. EMT - Lecture 11 (Electrostats)

17. EMT - Lecture 12 A (Electrostats)

18. EMT - Lecture 12 B (Electrostats)

1. EMT - WB Solutions (EE).pdf

2. EMT - WB 2024.pdf

1. Environment - Lecture 1

2. Environment - Lecture 2 A

3. Environment - Lecture 2 B

4. Environment - Lecture 3 A

5. Environment - Lecture 3 B

6. Environment - Lecture 4 A

7. Environment - Lecture 4 B

8. Environment - Lecture 5 A

9. Environment - Lecture 5 B

10. Environment - Lecture 6 A

11. Environment - Lecture 6 B

12. Environment - Lecture 7 A

13. Environment - Lecture 7 B

14. Environment - Lecture 8 A

15. Environment - Lecture 8 B

16. Environment - Lecture 9 A

17. Environment - Lecture 9 B

18. Environment - Lecture 10 A

19. Environment - Lecture 10 B

20. Environment - Lecture 11 A

21. Environment - Lecture 11 B

22. Environment - Lecture 12 A

23. Environment - Lecture 12 B

24. Environment - Lecture 13 A

25. Environment - Lecture 13 B

26. Environment - Lecture 14 A

27. Environment - Lecture 14 B

28. Environment - Lecture 15 A

29. Environment - Lecture 15 B

1. EMI - Lecture 1 (Potentiometer)

2. EMI - Lecture 3 (Analog Meters -Part 1)

3. EMI - Lecture 2 (Analog Meters)

4. EMI - Lecture 4 (Analog Meters -Part 2)

5. EMI - Lecture 5 (Analog Meters -Part 3)

6. EMI - Lecture 6 (Analog Meters -Part 4)

7. EMI - Lecture 7 (Analog Meters -Part 5)

8. EMI - Lecture 8 (Analog Meters -Part 6)

9. EMI - Lecture 8 (Analog Meters -Part 6)

10. EMI - Lecture 9 A (Analog Meters -Part 7)

11. EMI - Lecture 10 A (Error Analysis - Part 1)

12. EMI - Lecture 10 B (Error Analysis - Part 1)

13. EMI - Lecture 11 A (AC Bridges)

14. EMI - Lecture 11 B (Measurement of Resistance) - R

15. EMI - Lecture 12 A ( High R Measurement and Q meter Part 1)

16. EMI - Lecture 12 B ( Q meter Part 2)

17. EMI - Lecture 13 A (CRO Part 1)

18. EMI - Lecture 13 B (CRO Part 2)

19. EMI - Lecture 14 A (DIgital Meters)

20. EMI - Lecture 14 B (Instrument Transformers)

21. EMI - Lecture 14 C (Load Frequency Control - Part 1 B Power Systems)

1. EMI - WB 2024.pdf

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4

5. MS - Lecture 5

6. MS - Lecture 6

7. MS - Lecture 7

8. MS - Lecture 8

1. Live Streaming EE+EC 2024 (ESE+GATE Only)

1. S&Q - Lecture 1

2. S&Q - Lecture 2 B

3. S&Q - Lecture 2 A

4. S&Q - Lecture 3 A

5. S&Q - Lecture 3 B

6. S&Q - Lecture 4 A

7. S&Q - Lecture 4 B

8. S&Q - Lecture 5

9. S&Q - Lecture 6 B

10. S&Q - Lecture 6 A

11. S&Q - Lecture 7 B

12. S&Q - Lecture 7 A

13. S&Q - Lecture 8

14. S&Q - Lecture 9 B

15. S&Q - Lecture 9 A

1. PS - Lecture 3 A

2. PS - Lecture 3 B

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

20. PS - Lecture 11 B (Stability)

21. PS - Lecture 12 A (Stability)

22. PS - Lecture 12 B (Stability)

23. PS - Lecture 13 (Stability)

24. PS - Lecture 14 A (Stability)

25. PS - Lecture 14 B (Stability)

26. PS - Lecture 14 C (Stability)

27. PS - Lecture 15 A (Stability)

28. PS - Lecture 15 B (Stability)

29. PS - Lecture 16 A

30. PS - Lecture 16 B

31. PS - Lecture 17 A

32. PS - Lecture 17 B

33. PS - Lecture 18

1. PM - Lecture 1

2. PM - Lecture 2

3. PM - Lecture 3

4. PM - Lecture 4

5. PM - Lecture 5

6. PM - Lecture 6

7. PM - Lecture 7

8. PM - Lecture 8

9. PM - Lecture 9

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4 B

5. MS - Lecture 4 A

1. ED - Lecture 1

2. ED - Lecture 2

3. ED - Lecture 3 B

4. ED - Lecture 3 A

5. ED - Lecture 4 A

6. ED - Lecture 4 B

7. ED - Lecture 5 A

8. Design & Safety - Lecture 5 B

9. Design & Safety - Lecture 5 C

10. Design & Safety - Lecture 6

1. CA - Lecture 1

2. CA - Lecture 2

3. CA - Lecture 3 A

4. CA - Lecture 3 B

5. CA - Lecture 4 A

6. CA - Lecture 4 B

7. CA - Lecture 5

8. CA - Lecture 6

9. CA - Lecture 7

10. CA - Lecture 8 A

11. CA - Lecture 8 B

12. CA - Lecture 9 A

13. CA - Lecture 9 B

1. Current Affairs - Annual Magazine For 2024 Session.pdf

1. Ethics - Lecture 1

2. Ethics - Lec 2

3. Ethics - Lecture 3 A

4. Ethics - Lecture 3 B

5. Ethics - Lecture 4 B

6. Ethics - Lecture 4 A

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. Promotional Video (NEXT IAS)

1. EM - Lecture 1B (Linear Algebra)

2. EM - Lecture 1 A (Linear Algebra)

3. EM - Lecture 2 B (Linear Algebra)

4. EM - Lecture 2 A (Linear Algebra)

5. EM - Lecture 3 B (Linear Algebra)

6. EM - Lecture 3 A (Linear Algebra)

7. EM - Lecture 4 A (Linear Algebra)

8. EM - Lecture 4 B (Linear Algebra)

9. EM - Lecture 5 B (Linear Algebra)

10. EM - Lecture 5 A (Linear Algebra)

11. EM - Lecture 6 B (Linear Algebra)

12. EM - Lecture 6 A (Linear Algebra)

13. EM - Lecture 7 B (Calculus)

14. EM - Lecture 7 A (Calculus)

15. EM - Lecture 8 A (Calculus)

16. EM - Lecture 8 B (Calculus)

17. EM - Lecture 9 B (Calculus)

18. EM - Lecture 9 A (Calculus)

19. EM - Lecture 10 A (Calculus)

20. EM - Lecture 10 B (Calculus)

21. EM - Lecture 11 B (Calculus)

22. EM - Lecture 11 A (Calculus)

23. EM - Lecture 12 B (Calculus)

24. EM - Lecture 12 A (Calculus)

25. EM - Lecture 13 B (Vector Calculus)

26. EM - Lecture 13 A (Vector Calculus)

27. EM - Lecture 14 A (Vector Calculus)

28. EM - Lecture 14 B (Vector Calculus)

29. EM - Lecture 15 B (Differential Equations)

30. EM - Lecture 15 A (Differential Equations)

31. EM - Lecture 16 (Differential Equations)

32. EM - Lecture 17 B (Differential Equations)

33. Engineering Mathematics (SG) - L1 - Hinglish - Live 2024 - 23rd Nov

34. EM - Lecture 18 B (Complex Variables)

35. EM - Lecture 18 A (Complex Variables)

36. EM - Lecture 19 B (Complex Variables)

37. EM - Lecture 19 A (Complex Variables)

38. EM - Lecture 20 B (Fourier Series & Numerical Methods)

39. EM - Lecture 20 A (Fourier Series & Numerical Methods)

40. EM - Lecture 21 B (Numerical Methods)

41. EM - Lecture 21 A (Numerical Methods)

42. EM - Lecture 22 B (Probability)

43. EM - Lecture 22 A (Probability)

44. EM - Lecture 23 A (Probability)

45. EM - Lecture 23 B (Probability)

46. EM - Lecture 24 A (Random Variables)

47. EM - Lecture 24 B (Random Variables)

48. EM - Lecture 25 (Probability Distributions & LT)

1. EM - WB Answer Key 2024.pdf

2. Workbook - 2024 - Engineering Mathematics + Reasoning + English.pdf

1. Logic Families Part 1

2. Logic Families Part 2

3. DAC

4. ADC

5. Semiconducting Memories

6. Logic Families Introduction

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. GATE QUESTIONS

2. ESE QUESTIONS

3. PROBABILITY

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

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

3. R & A - Lecture 3 (Set Theory + Percentage)

4. R & A - Lecture 4 (Profit Loss + Time & work )

5. R & A - Lecture 5 (Time, Speed & Distance)

6. R & A - Lecture 6 (Clock, Calendar & Cube)

7. R & A - Lecture 7 (Analytic Ability & Logical Reasoning)

8. R & A - Lecture 8 (Ratio Proportion, Mixtures, Averages)

9. R & A - Lecture 9 (Algebra)

10. R & A - Lecture 10 (DI,Blood Relations,Seating Arrangements, SI-CI)

11. R & A - Lecture 11 (Geometric)

12. R & A - Lecture 12 (Permutations and Combinations)

13. R & A - Lecture 13 (Spatial Geometry, Directions, Number & letter series)

14. R & A - Lecture 14 (Doubt + Questions)

1. Sequences and Series (For EC Only)

2. Interpolation (ESE Topic)

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

4. Workbook and PYQ Solutions

5. PDE

1. Polymers

2. Mechanical Properties

3. Composites & Alloys

1. English - Lecture 1 A

2. English - Lecture 1 B

3. English - Lecture 2 A

4. English - Lecture 2 B

5. English - Lecture 3 A

6. English - Lecture 3 B

7. English - Lecture 4 A

8. English - Lecture 4 B

9. English - Lecture 4 C

10. English - Lecture 5 A

11. English - Lecture 5 B

12. English - Lecture 5 C

13. English - Lecture 6 A

14. English - Lecture 6 B

15. English - Lecture 7

1. NT - Lecture 1 (Basics)

2. NT - Lecture 2 (Active and Passive Elements)

3. NT - Lecture 3 (Problems of Equivalent Resistance and KCL)

4. NT - Lecture 4 A (KVL)

5. NT - Lecture 4 B (Star Delta and Source Transformation)

6. NT - Lecture 5 A (Mesh and Nodal Analysis)

7. NT - Lecture 5 B (Mesh and Nodal Analysis)

8. NT - Lecture 6 A (Introduction to AC Circuits)

9. NT - Lecture 6 B (Introduction to AC Circuits)

10. NT - Lecture 7 A (AC Analysis for R,L & C)

11. NT - Lecture 7 B (AC Analysis for R,L & C)

12. NT - Lecture 8 A

13. NT - Lecture 8 B

14. NT - Lecture 9 A (Locus Diagrams, Superposition and Thevenins Theorem)

15. NT - Lecture 9 B (Locus Diagrams, Superposition and Thevenins Theorem)

16. NT - Lecture 10 A (Thevenins and Nortons Theorem)

17. NT - Lecture 10 B (Thevenins and Nortons Theorem)

18. NT - Lecture 11 (Nortons and Reciprocity Theorem)

19. NT - Lecture 12 A (Maximum Power Transfer Theorem and Millmans Theorem)

20. NT - Lecture 12 B (Maximum Power Transfer Theorem and Millmans Theorem)

21. NT - Lecture 13 A (Millmans + Tellegens, Duality and Substitution Theorem)

22. NT - Lecture 13 B (Millmans + Tellegens, Duality and Substitution Theorem)

23. NT - Lecture 14 A (Inductor, Capacitor and Introduction to Transients)

24. NT - Lecture 14 B (Inductor, Capacitor and Introduction to Transients)

25. NT - Lecture 15 (RL and RC with and without Sources)

26. NT - Lecture 16 A (RL and RC Circuit Problems)

27. NT - Lecture 16 B (RL and RC Circuit Problems)

28. NT - Lecture 17 (Time Constant and Problems)

29. NT - Lecture 18 (Time Constant and Problems Part-II)

30. NT - Lecture 19 A (RLC Circuit with DC Source and AC Transients)

31. NT - Lecture 19 B (RLC Circuit with DC Source and AC Transients)

32. NT - Lecture 20

33. NT - Lecture 21 B (Laplace - Part II and Resonance - Part I)

34. NT - Lecture 21 A (Laplace - Part II and Resonance - Part I)

35. NT - Lecture 22 A (Resonance - Part I)

36. NT - Lecture 22 B (Resonance - Part I)

37. NT - Lecture 23 A (Resonance - Part II)

38. NT - Lecture 23 B (Resonance - Part II)

39. NT - Lecture 24 A (Two-Port - Part I)

40. NT - Lecture 24 B (Two-Port - Part I)

41. NT - Lecture 25 A (Two-Port - Part II)

42. NT - Lecture 25 B (Two-Port - Part II)

43. NT - Lecture 26 A

44. NT - Lecture 26 B

45. NT - Lecture 27

46. NT - Lecture 28

1. WB - Network (EE).pdf

2. WB - Network (EC).pdf

1. Control System - Lecture 1 A (Introduction to Control System)

2. Control System - Lecture 1 B (Introduction to Control System)

3. Control System - Lecture 2 (BDR,SFG)

4. Control System - Lecture 3 A (BDR,SFG)

5. Control System - Lecture 3 B (BDR,SFG)

6. Control System - Lecture 4 A

7. Control System - Lecture 4 B (Time Response Analysis Second Order System)

8. Control System - Lecture 5 A

9. Control System - Lecture 5 B

10. Control System - Lecture 6 A (Routh-Hurwitz Criterion)

11. Control System - Lecture 6 B (Routh-Hurwitz Criterion)

12. Control System - Lecture 7 A (Root Locus)

13. Control System - Lecture 7 B (Root Locus)

14. Control System - Lecture 8 A (Root Locus)

15. Control System - Lecture 8 B (Root Locus)

16. Control System - Lecture 9 A (Polar Plot)

17. Control System - Lecture 9 B (Polar Plot)

18. Control System - Lecture 10 A (Nyquist Plot)

19. Control System - Lecture 10 B (Nyquist Plot)

20. Control System - Lecture 11 A (Bode Plot)

21. Control System - Lecture 11 B (Bode Plot)

22. Control System - Lecture 12 A (Controller & Compensator)

23. Control System - Lecture 12 B (Controller & Compensator)

24. Control System - Lecture 13 A (State Variable analysis)

25. Control System - Lecture 13 B (State Variable analysis)

1. Control System (EE) - WB 2024.pdf

2. Control System (EC) - WB 2024.pdf

1. S&S - Lecture 1 A (Introduction & Different Operations On Signal)

2. S&S - Lecture 1 B (Different Operations On Signal)

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

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

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

6. S&S - Lecture 4 A (Signal Classification)

7. S&S - Lecture 4 B (Basic Signals)

8. S&S - Lecture 5 C (Different Operations On Signal)

9. S&S - Lecture 5 B (Different Operations On Signal)

10. S&S - Lecture 5 A (Basic Signals)

11. S&S - Lecture 6 (Basic System Properties)

12. S&S - Lecture 7 (Basic System Properties)

13. S&S - Lecture 8 B (Fourier - Series)

14. S&S - Lecture 8 A (LTI - System)

15. S&S - Lecture 9 B (Fourier Series)

16. S&S - Lecture 9 A (Fourier Series)

17. S&S - Lecture 10 A (Fourier Series)

18. S&S - Lecture 10 C (Fourier Transform)

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

20. S&S - Lecture 10 D (Fourier Transform)

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

22. S&S - Lecture 11 B (Laplace Transform)

23. S&S - Lecture 11 C (Laplace Transform)

24. S&S - Lecture 12 A (Laplace Transform)

25. S&S - Lecture 12 B (Sampling Theorem)

26. S&S - Lecture 13 A (Sampling Theorem)

27. S&S - Lecture 13 B (Discrete line signal and system)

28. S&S - Lecture 14 A (Discrete line signal and system)

29. S&S - Lecture 14 B (Z-transform)

30. S&S - Lecture 15 A (Z-transform)

31. S&S - Lecture 15 B (Z-transform)

32. S&S - Lecture 16 C (Discrete-Time FS)

33. S&S - Lecture 16 B (Pavement-Design)

34. S&S - Lecture 16 A (Pavement-Design)

35. S&S - Lecture 17 A (DTFS and DTFT)

36. S&S - Lecture 17 B (DFT)

37. S&S - Lecture 17 C (DFT)

38. S&S - Lecture 18 A (Digital Filters)

39. S&S - Lecture 18 B (Digital Filters and DT Processing of CT Signal)

1. Signals & Systems - WB Detailed Solutions.pdf

2. Signals & Systems - WB Answer Keys.pdf

3. S&S - EE WB 2024.pdf

4. S&S - EC WB 2024.pdf

1. WB - Chapter 1

2. WB - Chapter 2

3. WB - Chapter 3

4. WB - Chapter 4

5. WB - Chapter 5

6. MSQ Video Solutions

7. Workbook - Chapter 6

8. WB - Chapter 7

9. Workbook - Chapter 8

10. FDMA,TDMA & CDMA

1. Digital - Lecture 1 (Introduction)

2. Digital - Lecture 2 (SOP - POS Forms)

3. Digital - Lecture 3 (Duality and self dual forms)

4. Digital - Lecture 4 (K Maps)

5. Digital - Lecture 5 (EPI and Don't Care Conditions)

6. Digital - Lecture 6 (5 Variable K Map)

7. Digital - Lecture 7 A (Combinational Ckts)

8. Digital - Lecture 7 B (Combinational Ckts)

9. Digital - Lecture 8 (Decoder and MUX)

10. Digital - Lecture 9

11. Digital - Lecture 10 A (Code Convertors)

12. Digital - Lecture 10 B (Compliment Methods)

13. Digital - Lecture 11 A (BCD Adder)

14. Digital - Lecture 11 B (Encoder)

15. Digital - Lecture 12 A

16. Digital - Lecture 12 B

17. Digital - Lecture 12 C

18. Digital - Lecture 13 A

19. Digital - Lecture 13 B

20. Digital - Lecture 13 C (Flipflop Designing)

21. Digital - Lecture 14 A (Shift Register)

22. Digital - Lecture 14 B (Shift Register)

23. Digital - lecture 15 A (Counters)

24. Digital - lecture 15 B (Counters)

25. Digital - Lecture 16 A (Ripple Counters)

26. Digital - Lecture 16 B (Ripple Counters)

27. Digital - Lecture 17 A (Synchronous Counters)

28. Digital - Lecture 17 B (Synchronous Counters)

29. Digital - Lecture 17 C (Synchronous Counters)

30. Digital - Lecture 18 (State diagrams and sequence detector)

31. Digital - Lecture 19 (Logic Family)

32. Digital - Lecture 20 (DAC, ADC)

1. Digital Workbook Solutions PDF.pdf

2. Digital Workbook Solutions PDF.pdf

3. Digital Workbook Solutions PDF.pdf

4. EE - WB Digital 2024.pdf

5. EC - WB Digital 2024.pdf

1. Communication - Lecture 1 A (Introduction)

2. Communication - Lecture 1 B (Introduction)

3. Communication - Lecture 2 A (Amplitude Modulation)

4. Communication - Lecture 2 B (Amplitude Modulation)

5. Communication - Lecture 3 A (Amplitude Modulation)

6. Communication - Lecture 3 B (Amplitude Modulation)

7. Communication - Lecture 4 A (DSB SC)

8. Communication - Lecture 4 B (SSB SC)

9. Communication - Lecture 5 A (SSB - SC)

10. Communication - Lecture 5 B (VSB & FDM)

11. Communication - Lecture 6 A (Frequency Modulation)

12. Communication - Lecture 6 B (Frequency Modulation)

13. Communication - Lecture 7 A (Bandwidth and Power of FM)

14. Communication - Lecture 7 B (Generation of FM)

15. Communication - Lecture 8 A Phase Modulation)

16. Communication - Lecture 8 B

17. Communication - Lecture 9 A

18. Communication - Lecture 9 B

19. Communication - Lecture 10 A

20. Communication - Lecture 10 B

21. Communication - Lecture 10 C

22. Communication - Lecture No 11 A (PCM)

23. Communication - Lecture No 11 B (PCM)

24. Communication - Lecture 12 A (SQNR of PCM)

25. Communication - Lecture 12 B (ISI)

26. Communication - Lecture 13 A (TDM)

27. Communication - Lecture 13 B (TDM)

28. Communication - Lecture 14 A (DPCM)

29. Communication - Lecture 14 B (DM)

30. Communication - Lecture 15 A

31. Communication - Lecture 15 B (DPSK & M - ARY Signaling)

32. Communication - Lecture 16 A (M - ARY Signalling)

33. Communication - Lecture 16 B (Information Theory)

34. Communication - Lecture 17 A (Source Coding)

35. Communication - Lecture 17 B (Source Coding)

36. Communication - Lecture 17 C (Extension Coding)

37. Communication - Lecture 18 (Conditional & Joint Entropies)

38. Communication - Lecture 19 A (Mutual Information)

39. Communication - Lecture 19 B (MAP & Decoding)

40. Communication - Lecture 20 A (AWGN Channel)

41. Communication - Lecture 20 B

42. Communication - Lecture 21 A

43. Communication - Lecture 21 B

44. Communication - Lecture 22 A

45. Communication - Lecture 22 B

46. Communication - Lecture 23 A (RP)

47. Communication - Lecture 23 B (RP)

48. Communication - Lecture 24 A

49. Communication - Lecture 24 B

50. Communication - Lecture 24 C

51. Communication - Lecture 25 A (Binary Random Process)

52. Communication - Lecture 25 B

53. Communication - Lecture 26 A

54. Communication - Lecture 26 B

55. Communication - Lecture 27 A

56. Communication - Lecture 27 B

57. Communication - Lecture 27 C

58. Communication - Lecture 28 A

59. Communication - Lecture 28 B

60. Narrow Band R.P

1. Communication - WB 2024.pdf

1. CO - Lecture 1 (Basic Introduction)

2. CO - Lecture 2 A (Data Representation)

3. CO - Lecture 2 B (Data Representation)

4. CO - Lecture 3 A (Memory)

5. CO - Lecture 3 B (Memory)

6. CO - Lecture 4 ( Memory Problems )

7. CO - Lecture 5 A (Problem & Architecture )

8. CO - Lecture 5 A (Problem & Architecture )

9. CO - Lecture 6 A (Special purpose Register )

10. CO - Lecture 6 B (Special purpose Register)

11. CO - Lecture 7 A (Control signal & Interrupts)

12. CO - Lecture 7 B (Control signal & Interrupts)

13. CO - Lecture 8 A (Programing Basics)

14. CO - Lecture 8 B (Programing Basics)

15. CO - Lecture 9 (ISA Types)

16. CO - Lecture 10 A (Addressing Modes)

17. CO - Lecture 10 B (Addressing Modes)

18. CO - Lecture 11 A (Addressing Modes & Opcode Expansion)

19. CO - Lecture 11 B (Addressing Modes & Opcode Expansion)

20. CO - Lecture 12 (Instruction Encoding & Problems)

21. CO - Lecture 13 (Instruction Encoding & Problems)

22. CO - Lecture 14 A (ALU & Control Instruction)

23. CO - Lecture 14 B (Program Sequencing Instructions)

24. CO - Lecture 15 A (Datapath & ALU)

25. CO - Lecture 15 B (Datapath & ALU)

26. CO - Lecture 16 A (Control Unit & Pipelining)

27. CO - Lecture 16 B (Control Unit & Pipelining)

28. CO - Lecture 17 A (Instruction Pipelining)

29. CO - Lecture 17 B (Instruction Pipelining)

1. CO - Chapter 4 - WB Solutions.pdf

2. CO - Chapter 3 - WB Solutions.pdf

3. CO - Chapter 2 - WB Solutions.pdf

4. Pipelining.pdf

5. Data Path & Control Unit.pdf

6. Memory ESE.pdf

7. Microprocessor Notes.pdf

8. CO - WB Answer Key.pdf

9. CO - WB 2024.pdf

1. EMT - Lecture 1 (Vector Analysis)

2. EMT - Lecture 2 A (Vector Analysis)

3. EMT - Lecture 2 B (Vector Analysis)

4. EMT - Lecture 3 (Maxwells Equation and boundary Conditions)

5. EMT - Lecture 4 A (Maxwells Equation and boundary Conditions)

6. EMT - Lecture 4 B (EM - Waves Uniform Plane Waves)

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

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

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

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

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

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

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

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

15. EMT - Lecture 9 A (EM - Waves Uniform Plane Waves)

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

17. EMT - Lecture 10 A (Transmission Line)

18. EMT - Lecture 10 B (Transmission Line)

19. EMT - Lecture 11 A (Transmission Line)

20. EMT - Lecture 11 B (Transmission Line)

21. EMT - Lecture 12 A (Transmission Line)

22. EMT - Lecture 12 B (Transmission Line)

23. EMT - Lecture 13 (Transmission Line)

24. EMT - Lecture 14 A (Transmission Line)

25. EMT - Lecture 14 B (Transmission Line)

26. EMT - Lecture 15 A (Waveguide)

27. EMT - Lecture 15 B (Waveguide)

28. EMT - Lecture 16 A (Waveguide)

29. EMT - Lecture 16 B (Waveguide)

30. EMT - Lecture 17 A (Waveguide)

31. EMT - Lecture 17 B (Waveguide)

32. EMT - Lecture 18 (Antenna)

33. EMT - Lecture 19 A (Antenna)

34. EMT - Lecture 19 B (Antenna)

35. EMT - Lecture 20 A (Antenna)

36. EMT - Lecture 20 B (Antenna)

37. EMT - Lecture 21 A (Antenna)

38. EMT - Lecture 21 B (Antenna)

39. EMT - Lecture 22 A (Antenna)

40. EMT - Lecture 22 B (Antenna)

41. EMT - Lecture 23 (Miscellaneous)

1. EMT - WB 2024.pdf

1. Live Streaming EC All (ESE+GATE 2024)

1. AE - Lecture 1 (Introduction of ICs)

2. AE - Lecture 2 A (Diffusion Process of Doping)

3. AE - Lecture 2 B (Diffusion Process of Doping)

4. AE - Lecture 3 (Numericals on Diffusion Process and Ion Implantation)

5. AE - Lecture 4 (Ion Implantation)

6. AE - Lecture 5 A (Oxidation Process)

7. AE - Lecture 5 B (Oxidation Process)

8. AE - Lecture 6 B (Epitaxy)

9. AE - Lecture 6 A (Oxidation Process)

10. AE - Lecture 7 A (Epitaxy)

11. AE - Lecture 7 B (PMOS Fabrication)

12. AE - Lecture 8 (CMOS Fabrication)

13. AE - Lecture 9 (Isolation and Etching)

14. AE - Lecture 10 B (Silicon Manufacturing)

15. AE - Lecture 10 A (Silicon Manufacturing)

16. AE - Lecture 11 A (Metallization)

17. AE - Lecture 11 B (Lithography)

18. AE - Lecture 12 (Methods of Printing)

19. AE - Lecture 13 A (Resistor & Capacitor Fabrication)

20. AE - Lecture 13 B (IC Packaging)

21. AE - Lecture 14 (VLSI Testing and Design)

1. VLSI Design PDF.pdf

2. Packaging PDF.pdf

3. AE - WB 2024.pdf

1. COA - Lecture 1 (Data Presentation)

2. COA - Lecture 2 (Data Presentation)

3. COA - Lecture 3 A (Floating-Point Data)

4. COA - Lecture 3 B (Floating-Point Data)

5. COA - Lecture 4 (Floating-Point Data)

6. COA - Lecture 5 A (Computer Architecture)

7. COA - Lecture 5 B (Computer Architecture)

8. COA - Lecture 6 (Computer Architecture)

9. COA - Lecture 7 (Computer Architecture)

10. COA - Lecture 8

11. COA - Lecture 9

12. COA - Lecture 10

13. COA - Lecture 11

14. COA - Lecture 12

15. COA - Lecture 13

16. COA - Lecture 14

17. COA - Lecture 15

18. COA - Lecture 16

1. COA - EE - Answer Keys.pdf

2. COA - EC - Answer Keys.pdf

3. COA - WB 2024 (EE).pdf

4. COA - WB 2024 (EC).pdf

1. Interfacing ICs - Part 1

2. Interfacing ICs - Part 2

3. 8086 Processor

4. Microcontroller - Part 1 (EC)

5. Microcontroller - Part 2 (EC)

1. Microcontrollers (For EC Only).pdf

2. MP - WB Solutions - 2024.pdf

3. Memory.pdf

4. Microprocessor Notes (8085).pdf

5. Interfacing ICs Notes.pdf

6. Interfacing ICs.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 (Semiconductor Physics)

12. EDC - Lecture 12 (Semiconductor Physics)

13. EDC - Lecture 13 (Semiconductor Physics)

14. EDC - Lecture 14 (Semiconductor Physics)

15. EDC - Lecture 15 (Semiconductor Physics)

16. EDC - Lecture 16 (Semiconductor Physics)

17. EDC - Lecture 17 (Semiconductor Physics)

18. EDC - Lecture 18 A (Junctions)

19. EDC - Lecture 18 B (Junctions)

20. EDC - Lecture 19 (Junctions)

21. EDC - Lecture 20 (Junctions)

22. EDC - Lecture 21 (Junctions)

23. EDC - Lecture 22 A (Junctions)

24. EDC - Lecture 22 B (Junctions)

25. EDC - Lecture 23 A (Junctions)

26. EDC - Lecture 23 B (Junctions)

27. EDC - Lecture 24 (Optoelectronic Devices)

28. EDC - Lecture 25 (Optoelectronic Devices)

29. EDC - Lecture 26 (BJT)

30. EDC - Lecture 27 (BJT and FET)

31. EDC - Lecture 28 (FET)

32. EDC - Lecture 29 (FET)

33. EDC - WB Chapter 5

1. EDC - WB 2024.pdf

1. MP - Lecture 1

2. MP - Lecture 2 (Number System and Memory)

3. MP - Lecture 3 (System BUS)

4. MP - Lecture 4 (Interfacing Components)

5. MP - Lecture 5 (Memory Problems)

6. MP - Lecture 6 A (Architecture of 8085)

7. MP - Lecture 6 B (Architecture of 8085)

8. MP - Lecture 7 (Architecture of 8085)

9. MP - Lecture 8 (DMA & Interrupt)

10. MP - Lecture 9 (DMA & Interrupt & Instruction Format)

11. MP - Lecture 10 (Timing Diagram & Instructions)

12. MP - Lecture 11 (Data Transfer Instructions)

13. MP - Lecture 12 (ALU Instructions)

14. MP - Lecture 13 (Branching Instructions and Interfacing ICs)

1. MP - WB 2024 (EE).pdf

2. MP - WB 2024 (EC).pdf

1. Live Streaming EE All (ESE+GATE 2024)

1. BEE - Lecture 1 (Transformers -1)

2. BEE - Lecture 2 (Transformers -2)

3. BEE - Lecture 3 (Transformers -3)

4. BEE - Lecture 4 (Transformers -4)

5. BEE - Lecture 5 (Transformers -5 A)

6. BEE - Lecture 5 (Transformers -5 B)

7. BEE - Lecture 5 (Transformers -5 C)

8. BEE - Lecture 5 (Transformers -5 D)

9. BEE - Lecture 6 A (DC Generator)

10. BEE - Lecture 6 B (DC Generator)

11. BEE - Lecture 7 A (DC Generator)

12. BEE - Lecture 7 B (DC Generator)

13. BEE - Lecture 8 (DC motor 1)

14. BEE - Lecture 9 (DC motor 2)

15. BEE - Lecture 10 (Induction Machines -1)

16. BEE - Lecture 11 (Induction Machines -2)

17. BEE - Lecture 11 (Induction Machines -3)

18. BEE - Lecture 13 (Induction Machines -3)

19. BEE - Lecture 14 A (Synchronous Machines - 1)

20. BEE - Lecture 14 B (Synchronous Machines - 1)

21. BEE - Lecture 14 C (Synchronous Machines - 1)

22. BEE - Lecture 15 A (Synchronous Machines - 2)

23. EE - Lecture 15 B (Synchronous Machines - 2)

24. BEE - Nuclear Power Station

25. BEE - Lecture 16 (Synchronous Machines - 3)

26. Hydro Power Station and Battery

1. BEE - WB 2024.pdf

1. Analog - Lecture 1 (BJT Operating Region)

2. Analog - Lecture 2 (BJT Operating Region)

3. Analog - Lecture 3 (BJT biasing)

4. Analog - WB Chapter 3

5. Analog - Lecture 4 (BJT Current mirror)

6. Analog - Lecture 5 (BJT Current mirror)

7. Analog - Lecture 6 (BJT Amplifiers)

8. Analog - Lecture 7 A

9. Analog - Lecture 7 B (BJT Amplifiers)

10. Analog - Lecture 8 A (BJT Amplifiers)

11. Analog - Lecture 8 B (BJT Amplifiers)

12. Analog - WB Chapter 4

13. Analog - WB Chapter 5

14. Analog - WB Chapter 6

15. Analog - Lecture 9 A (BJT Amplifiers)

16. Analog - Lecture 9 B (BJT Amplifiers)

17. Analog - Lecture 10 A (BJT Amplifiers)

18. Analog - Lecture 10 B (MOSFET Biasing)

19. Analog - Lecture 10 C (MOSFET Biasing)

20. Analog - Lecture 11 A (MOSFET Biasing)

21. Analog - Lecture 11 B (MOSFET Biasing)

22. Analog - Lecture 11 C (MOSFET Biasing)

23. HIGH FREQUENCY T MODEL

24. Analog - Lecture 12 (MOSFET Amplifier)

25. Analog - Lecture 13 A (Multistage Amplifier)

26. Analog - Lecture 13 B (Multistage Amplifier)

27. Analog - WB Chapter 7

28. Analog - WB Chapter 8

29. Analog - Lecture 14 A (Feedback Amplifier)

30. Analog - Lecture 14 B (Feedback Amplifier)

31. Analog - Lecture 15 (Differential Amplifier)

32. Analog - Lecture 16 A (Differential Amplifier)

33. Analog - Lecture 16 B (Opamp)

34. Analog WB - Ch 9 A

35. Analog WB - Ch 9 B

36. Analog WB - Ch 10

37. 555 Timer

38. Power Amplifier

39. Tuned Amplifier

40. Full Wave Rectifier

41. Mono Stable Multi Vibrator

42. Analog - Lecture 17 A (Opamp)

43. Analog - Lecture 17 B (Opamp)

44. Analog - Lecture 18 A (Opamp)

45. Analog - Lecture 18 B (Opamp)

46. Analog - Lecture 19 A (Opamp)

47. Analog - Lecture 19 B (Opamp)

48. Analog - Lecture 20 A (Opamp)

49. Analog - Lecture 20 B (Opamp)

50. Analog - Lecture 21 A (Opamp)

51. Analog - Lecture 21 B (Opamp)

52. Analog - Lecture 22 A (Opamp - 7)

53. Analog - Lecture 22 B (Opamp - 7)

54. Analog - Lecture 23 A (Opamp - 8)

55. Analog - Lecture 23 B (Opamp - 8)

56. Analog - Lecture 24 A ( OSCILLATOR )

57. Analog - Lecture 24 B ( OSCILLATOR )

58. Analog - Lecture 25 A ( RECTIFIER )

59. Analog - Lecture 25 B ( CAPACITOR FILTER )

60. Analog - Lecture 26 A ( CAPACITOR FILTER )

61. Analog - Lecture 26 B ( RECTIFIER )

62. Analog - WB Chapter 1

63. Analog - WB Chapter 2

64. Analog - Lecture 27 A (Regulator)

65. Analog - Lecture 27 B (Clipper)

66. Analog - Diode Circuits

67. Analog - Lecture 28 A (Clipper)

68. Analog - Lecture 28 B (Clamper)

1. Analog WB Answer Key 2024.pdf

2. Analog - WB 2024.pdf

1. AC - Lecture 1 A

2. AC - Lecture 1 B

3. AC - Lecture 2 A (Review of Optics, Numericals, Types of Fibers)

4. AC - Lecture 2 B (Review of Optics, Numericals, Types of Fibers)

5. AC - Lecture 3 A (Types of Fibers, Attenuation)

6. AC - Lecture 3 B (Types of Fibers, Attenuation)

7. AC - Lecture 4 A ( Attenuation)

8. AC - Lecture 4 B ( Attenuation)

9. AC - Lecture 5 A ( Attenuation)

10. AC - Lecture 5 B ( Attenuation)

11. AC - Lecture 6 A ( Light Sources)

12. AC - Lecture 6 B ( Light Sources)

13. AC - Lecture 7 A ( Light Detectors or Photo Detectors )

14. AC - Lecture 7 B ( Light Detectors or Photo Detectors )

15. AC - Lecture 8 A ( Link Design )

16. AC - Lecture 8 B ( Link Design )

17. AC - Lecture 9 A ( Cellular Communication )

18. AC - Lecture 9 B ( Cellular Communication )

19. AC - Lecture 10 A ( Cellular Communication )

20. AC - Lecture 10 B ( Cellular Communication )

21. AC - Lecture 11 A ( Wave Propagation )

22. AC - Lecture 11 B ( Wave Propagation )

23. AC - Lecture 12 A (Microwave Antennas)

24. AC - Lecture 12 B (Microwave Antennas)

25. AC - Lecture 13 A (Satellite Communications)

26. AC - Lecture 13 B (Satellite Communications)

27. AC - Lecture 14 A (Data Communications 1)

28. AC - Lecture 14 B (Data Communications 1)

29. AC - Lecture 15 A (Data Communications 2)

30. AC - Lecture 15 B (Data Communications 2)

31. AC - Lecture 16 A (Data Communications 3)

32. AC - Lecture 16 B (Data Communications 3)

33. AC - Lecture 17 A (Data Communications 4)

34. AC - Lecture 17 B (Data Communications 4)

35. AC - Lecture 18 A (Data Communications 4)

36. AC - Lecture 18 B (Data Communications 4)

1. AC - WB 2024.pdf

1. Live Streaming All ESE+GATE 2024 (PRIME,BBPPK)

1. ICT - Lecture 1

2. ICT - Lecture 2

3. ICT - Lecture 3

4. ICT - Lecture 4

5. ICT - Lecture 5

6. ICT - Lecture 6

7. ICT - Lecture 7

8. ICT - Lecture 8

9. ICT - Lecture 9

10. ICT - Lecture 10

11. ICT - Lecture 11

12. ICT - Lecture 12

13. ICT - Lecture 13

14. ICT - Lecture 14

15. ICT - Lecture 15

1. Measurements - Lecture 1 A

2. Measurements - Lecture 1 B

3. Measurements - Lecture 2 A (PMMC and Electrodynamometer)

4. Measurements - Lecture 2 B (PMMC and Electrodynamometer)

5. Measurements - Lecture 3 B (Electrodynamo Type Voltmeter)

6. Measurements - Lecture 3 A (Electrodynamo Type Ammeter)

7. Measurements - Lecture 4 A (Electrodynamo Type Wattmeter and Low Power Factor Wattmeter)

8. Measurements - Lecture 4 B (Electrodynamo Type Wattmeter and Low Power Factor Wattmeter)

9. Measurements - Lecture 5 B (Moving Iron Instrument)

10. Measurements - Lecture 5 A (Induction Type Instrument - Energy Meter)

11. Measurements - Lecture 6 B (Measurement of Resistance)

12. Measurements - Lecture 6 A (Moving Iron Instrument)

13. Measurements - Lecture 7 (Measurement of Resistance)

14. Measurements - Lecture 8 B (AC Bridges)

15. Measurements - Lecture 8 A (Measurement of Low-High Resistance)

16. Measurements - Lecture 9 A (Measurement of Inductance and Capacitance)

17. Measurements - Lecture 9 B (Error Analysis and Uncertainty)

18. Measurements - Lecture 10 B (Error Analysis + Weins Bridge)

19. Measurements - Lecture 10 A (Error Analysis + Weins Bridge)

20. Measurements - Lecture 11 B (C.R.O)

21. Measurements - Lecture 11 A (Error Analysis)

22. Measurements - Lecture 12 B (DVM)

23. Measurements - Lecture 12 A (C.R.O)

24. Measurements - Lecture 13 A (DVM Transducers)

25. Measurements - Lecture 13 B (DVM Transducers)

26. Measurements - Lecture 14 B (Data Acquisition System)

27. Measurements - Lecture 14 A ( Transducers)

1. Measurements - WB 2024.pdf

1. Environment - Lecture 1

2. Environment - Lecture 2 A

3. Environment - Lecture 2 B

4. Environment - Lecture 3 A

5. Environment - Lecture 3 B

6. Environment - Lecture 4 A

7. Environment - Lecture 4 B

8. Environment - Lecture 5 A

9. Environment - Lecture 5 B

10. Environment - Lecture 6 A

11. Environment - Lecture 6 B

12. Environment - Lecture 7 A

13. Environment - Lecture 7 B

14. Environment - Lecture 8 A

15. Environment - Lecture 8 B

16. Environment - Lecture 9 A

17. Environment - Lecture 9 B

18. Environment - Lecture 10 A

19. Environment - Lecture 10 B

20. Environment - Lecture 11 A

21. Environment - Lecture 11 B

22. Environment - Lecture 12 A

23. Environment - Lecture 12 B

24. Environment - Lecture 13 A

25. Environment - Lecture 13 B

26. Environment - Lecture 14 A

27. Environment - Lecture 14 B

28. Environment - Lecture 15 A

29. Environment - Lecture 15 B

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4

5. MS - Lecture 5

6. MS - Lecture 6

7. MS - Lecture 7

8. MS - Lecture 8

1. Live Streaming EE+EC 2024 (ESE+GATE Only)

1. S&Q - Lecture 1

2. S&Q - Lecture 2 B

3. S&Q - Lecture 2 A

4. S&Q - Lecture 3 A

5. S&Q - Lecture 3 B

6. S&Q - Lecture 4 A

7. S&Q - Lecture 4 B

8. S&Q - Lecture 5

9. S&Q - Lecture 6 B

10. S&Q - Lecture 6 A

11. S&Q - Lecture 7 B

12. S&Q - Lecture 7 A

13. S&Q - Lecture 8

14. S&Q - Lecture 9 B

15. S&Q - Lecture 9 A

1. PM - Lecture 1

2. PM - Lecture 2

3. PM - Lecture 3

4. PM - Lecture 4

5. PM - Lecture 5

6. PM - Lecture 6

7. PM - Lecture 7

8. PM - Lecture 8

9. PM - Lecture 9

1. MS - Lecture 1

2. MS - Lecture 2

3. MS - Lecture 3

4. MS - Lecture 4 B

5. MS - Lecture 4 A

1. ED - Lecture 1

2. ED - Lecture 2

3. ED - Lecture 3 B

4. ED - Lecture 3 A

5. ED - Lecture 4 A

6. ED - Lecture 4 B

7. ED - Lecture 5 A

8. Design & Safety - Lecture 5 B

9. Design & Safety - Lecture 5 C

10. Design & Safety - Lecture 6

1. CA - Lecture 1

2. CA - Lecture 2

3. CA - Lecture 3 A

4. CA - Lecture 3 B

5. CA - Lecture 4 A

6. CA - Lecture 4 B

7. CA - Lecture 5

8. CA - Lecture 6

9. CA - Lecture 7

10. CA - Lecture 8 A

11. CA - Lecture 8 B

12. CA - Lecture 9 A

13. CA - Lecture 9 B

1. Current Affairs - Annual Magazine For 2024 Session.pdf

1. Ethics - Lecture 1

2. Ethics - Lec 2

3. Ethics - Lecture 3 A

4. Ethics - Lecture 3 B

5. Ethics - Lecture 4 B

6. Ethics - Lecture 4 A