"JPSC Assistant Engineer (Civil Engineering) Mains (Complete Technical)"

NIMBUS Learning provides comprehensive LIVE module for JPSC AE Mains Descriptive paper as well as recorded practice module for Mains Objective paper. This includes complete Syllabus according to JPSC AE Mains exam by the Expert faculty team of Engineers Academy. This course is also beneficial for any other state AE/JE mains exams.
Exam Covered: JPSC AE Mains

Validity: Till Exam

Features:
1) 300+ Hours LIVE Lectures for Descriptive paper especially
2) 10000+ Objective Practice Question Lectures for Objective paper
3) Conventional Question Book (Most Expected Questions)
4) Question Booklet of Objective Practice Questions
5) Real Time Doubt Solving Platform

So don’t miss the live classes and avail initial 40% discount.

Coupon Code:- JPSCM

Transportation Engineering (Practice)

1 # Highway development And Planning & Geometric Design	01:40:25

2 # Geometric Design	01:51:28

3 # Geometric Design	01:56:52

4 # Geometric Design	01:49:20

5 # Geometric Design	02:02:37

6 # Geometric Design & traffic eng.	01:48:59

7 # Traffic Engineering	01:41:45

8 # Traffic Engineering & Highway Materials	01:44:38

9 # Pavement design	01:35:24

10 # Pavement design,railways & airport engg.	01:37:11

11 # Railway and airport engg.	01:25:12

12 # Railway and airport engg.	01:47:39

13 # Railway and airport engg. and miscellaneous	01:09:45

14 # Transportation engineering	01:18:24

15 # Transportation engineering ssc questions	01:01:24

Steel Structure & Design of Structure (Practice)

1 # Connections	02:26:49

2 # Connections	02:46:10

3 # Connections	02:19:34

4 # Tension members	02:39:28

5 # Compression members	02:35:29

6 # Compression members	02:31:13

7 # Beams	02:35:25

8 # Plate Girder	02:30:48

9 # Roof Truss	02:17:47

10 # Plastic analysis & miscellaneous	02:34:48

11 # Miscellaneous	02:24:36

12 # Connections & Tension Members	01:33:34

13 # Connections & Tension Members	01:10:29

14 # Compression members,beams,girders,plastic analysis,miscellaneous	02:38:14

15 # Compression members,beams,girders,plastic analysis,miscellaneous	00:13:36

16 # Steel Structure Complete Lect.	01:40:13

17 # Steel Structure Complete Lect.	01:17:30

1 # Chapter 1	02:03:57

2 # PROPERTIES OF MATERIAL AND STRESS	02:05:00

3 # Properties and stress	02:44:20

4 # Properties and stress	02:08:09

5 # PROPERTIES AND STRESS	01:57:50

6 # Stress and properties	01:59:59

7 # Properties and stress	01:59:33

8 # Complex stress	02:16:37

9 # Complex stress	01:54:45

10 # Principal stress	02:03:54

11 # SFD AND BMD	01:53:31

12 # SFD AND BMD 2	01:52:04

13 # SFD AND BMD 3	01:46:53

14 # Sfd and Bmd	01:56:18

15 # SFD AND BMD 5	01:46:11

16 # SFD AND BMD 6	01:57:18

17 # SFD AND BMD	01:56:33

18 # Bending stress	01:29:27

19 # Shear stress and bending	01:56:39

20 # Shear and bending	01:57:15

21 # Shear stress	02:02:49

22 # Shear stress 2	01:44:07

23 # Torsion	01:49:50

24 # Shear center	01:46:18

25 # Deflection	01:55:00

26 # Deflection	01:53:24

27 # Deflction	01:51:44

28 # Deflection	01:49:28

29 # Column	01:59:05

30 # Bending and strain energy	01:51:52

31 # Pressure vessal	01:54:27

32 # Pressure vessal	01:38:36

33 # PRACTICE 1	01:57:56

34 # PRACTICE 2	01:42:20

35 # PRACTICE 3	01:44:39

36 # PRACTICE 4	01:53:26

37 # Sheet no 3	01:55:40

38 # Sheet no 3-B	02:29:59

39 # Sheet no 3-C	02:56:41

Fluid Mechanics & Machinery (Practice)

1 # Basic Properties Of fluid	01:48:43

2 # Basic Properties Of fluid	01:52:33

3 # Basic Properties Of fluid	01:50:39

4 # Fluid Statics	01:38:57

5 # Fluid Statics	01:53:31

6 # Fluid Statics	01:55:43

7 # Buoyancy	01:51:58

8 # Buoyancy	01:42:14

9 # Buoyancy	01:49:56

10 # Fluid Kinematics	01:55:40

11 # Fluid Kinematics	01:57:42

12 # Fluid Kinematics	01:50:06

13 # Fluid Kinematics	01:57:56

14 # Fluid Dynamics	01:58:22

15 # Fluid Dynamics	02:00:25

16 # Fluid Dynamics	01:54:25

17 # Dimensional Analysis and Boundary Layer Flow	02:00:31

18 # Dimensional Analysis and Boundary Layer Flow	01:59:32

19 # Flow Through Pipe	02:02:05

20 # Flow Through Pipe	02:02:12
Flow Through Pipe
21 # Flow Through Pipe	01:56:45

22 # Hydraulic Machine	01:57:11

23 # Hydraulic Machine	01:55:44

24 # Hydraulic Machine	01:57:44

25 # Hydraulic Machine	01:54:58

26 # Hydraulic Machine	01:43:03

27 # ESE Previous years Question	01:55:47

28 # ESE Previous years Question	02:01:12

29 # ESE Previous years Question	02:01:14

30 # ESE Previous years Question	01:58:43

31 # ESE Previous years Question	01:57:50

32 # ESE Previous years Question	01:59:33

Soil Mechanics & Elements of Geotech (Practice)

1 # Formation of soil and its types	01:26:51

2 # Properties of soil	01:26:59

3 # Properties of soil	01:17:52

4 # Consistency Limit	01:28:03

5 # Consistency Limit	01:19:53

6 # Consistency Limit	01:21:40

7 # Consistency Limit	01:26:18

8 # Classification of soil	01:25:47

9 # Classification of soil	01:26:10

10 # PERMEABILITY	01:26:00

11 # SEEPAGE ANALYSIS	01:22:59

12 # Compaction of Soil	01:49:53

13 # Compressibility and consolidation	01:46:01

14 # Compressibility and consolidation-2	01:53:19

15 # Shear Strength of Soil	01:40:27

16 # Shear Strength of Soil	01:51:25

17 # Earth Pressure Theories	01:44:07

18 # Earth Pressure Theories	01:52:54

19 # Bearing Capacity & Shallow foundation	01:58:09

20 # Deep and Machine Foundation	01:57:16

21 # Soil Exploration and Stabilization of Soil	01:35:15

22 # PQB of Properties of Soil	01:28:44

23 # PQB of Permeability and Seepage Analysis	01:20:21

24 # PQB of Shear strength, retaining wall, shallow foundation.	01:42:42

25 # ESE PQB -1	01:50:22

26 # ESE PQB -2	01:45:18

27 # ESE PQB -3	01:50:32

28 # ESE PQB -4	01:49:33

29 # ESE PQB -5	01:46:10

30 # ESE PQB -6	01:47:03

31 # ESE PQB -7	01:37:46

32 # ESE PQB -8	01:41:41

33 # ESE PQB -9	01:42:31

34 # ESE PQB -10	01:20:47

35 # Gupta & Gupta Questions -1	01:45:48

36 # Gupta & Gupta Questions -2	01:15:34

RCC (Practice)

Surveying (Practice)

1 # Fundamentals of Survey	02:50:10

2 # Fundamentals of Survey	02:49:18

3 # Linear Measurements	02:49:52

4 # Linear Measurements	02:54:50

5 # Compass Surveying	02:56:27

6 # Compass and traverse survey	02:58:12

7 # Traverse & Theodolite survey	02:52:35

8 # Theodolite & Levelling	02:50:29

9 # Theodolite & Levelling	02:51:16

10 # Theodolite & Levelling	02:44:38

11 # TRIANGULATION,TRIGONOMETRIC LEVELLING,THEORY OF ERRORS & PHOTOGRAMMETRY	03:00:56

12 # PLANE TABLE SURVEY, CONTOURING	02:52:26

13 # Minor instruments & setting out of curves	03:03:01

14 # FIELD ASTRONOMY,AREA & VOLUME,MISCELLANEOUS	02:56:45

15 # IES PREVIOUS YEAR QUESTIONS-1	03:08:52

16 # IES PREVIOUS YEAR QUESTIONS-2	02:49:27

17 # IES PREVIOUS YEAR QUESTIONS-3	03:01:48

Transportation Engineering (Descriptive)

1 # Geometry design	00:18:02

2 # Geometry design	01:43:17

3 # Highway Materials	02:15:24

4 # Pavement	02:39:25

5 # Traffic engineering	02:23:03

6 # Railway engineering	01:39:35

Steel Structure & Design of Structure (Descriptive)

Civil Engineering Material & Building Material (Descriptive)

1 # Cement	02:02:21

2 # Cement-2	02:07:26

3 # Cement-3	02:09:07

4 # Cement-4	02:16:52

5 # Brick	02:04:01

6 # Timber	02:20:09

7 # Timber 2	02:23:51

8 # Timber 3	02:09:29

9 # Concrete	02:12:27

10 # Concrete 2	02:15:59

11 # Concrete 3	03:02:21

12 # Project Management & Network theory	01:36:52

13 # Project Management & Network theory	02:17:50

14 # CPM & PERT	02:22:53

15 # CPM & PERT-1	02:24:28

16 # CPM & PERT - 2	02:02:20

17 # CPM & PERT - 3	02:11:12

18 # Crashing	01:46:59

19 # Resource Allocation	00:43:56

Hydrology (Descriptive)

1 # Basic Introduction	01:48:26

2 # Infiltration	01:48:52

3 # Evaporation, infiltration	01:42:31

4 # Hydrograph	01:11:30

5 # Hydrograph	00:55:53

6 # Irrigation	01:51:14

7 # Irrigation-1	02:02:07

8 # Irrigation-2	00:43:40

9 # Irrigation-3	01:09:34

Strength of Materials (Descriptive)

1 # SFD & BMD	01:50:43

2 # SFD & BMD	02:42:01

3 # SFD & BMD	02:40:58

4 # Deflection	02:40:25

5 # Deflection	02:39:56

6 # Deflection-2	02:32:20

7 # Bending and torsion	02:30:28

8 # Torsion	02:24:41

9 # Self weight topic	02:24:35

10 # Analysis of stress and other topic	02:38:05

Fluid Mechanics & Machinery (Descriptive)

1 # Basic of Fluid Mechancis	00:08:00

2 # Basic of Fluid Mechancis	00:51:46

3 # Basic of Fluid Mechancis	01:20:43

4 # Pressure measurement and hydrostatic force	02:37:33

5 # Pressure measurement and hydrostatic force	02:33:54

6 # Hydrostatic force	02:25:14

7 # Fluid kinematics	00:30:44

8 # Fluid kinematics	02:05:57

9 # Fluid dynamics	02:39:38

10 # Flow through pipes	02:33:53

11 # Flow through pipes	02:31:53

12 # Boundary layer theory	02:16:33

13 # Turbine and pump	02:56:20

Soil Mechanics & Elements of Geotech (Descriptive)

1 # Properties of Soil	02:36:30

2 # Classification of soil	02:55:04

3 # Effective stress	02:46:07

4 # Permeability of soil	02:56:02

5 # Permeability of soil and seepage analysis	02:47:59

6 # Consolidation	02:48:15

7 # Shear strength of soil	02:46:02

8 # Earth Pressure Theories	02:48:21

9 # Bearing capacity and Shallow foundation	02:46:59

10 # Deep Foundation	01:58:05

RCC & Element of Structure Analysis (Descriptive)

6 # Analysis of Flanged Beam	01:48:00

7 # Shear Design	01:38:48

1 # Lect-1 Fundamental Of RCC -1	01:39:30
Lect-1 Fundamental Of RCC -1
2 # Lect-2 Fundamental Of RCC -2	01:49:39
Lect-2 Fundamental Of RCC -2
3 # Lect-3 Fundamental Of RCC - 3	01:41:50
Lect-3 Fundamental Of RCC - 3
4 # Lect-4 BEAM -4	01:39:22
Lect-4 BEAM -4
5 # Lect-5 BEAM - JPSC-5	01:39:49
Lect-5 BEAM - JPSC-5
8 # Design of slab	01:41:41

9 # Bond and Column	01:52:58

10 # Column Design	02:39:52

11 # Footing Design	02:46:20

12 # Prestressed Concrete	02:48:42

Surveying (Descriptive)

1 # Conventional Lect-1	01:58:13

2 # Conventional Lect-2	02:01:05

4 # Conventional Lect-3	01:38:06

3 # Conventional Lect-3	00:32:46
jpsc
5 # Conventional Lect-4	01:52:24

6 # Conventional Lect-5	02:03:52

7 # Conventional Lect-6	01:56:04

8 # Conventional Lect-6	01:54:03

9 # Conventional Lect-8	01:58:19

10 # Plane table survey ,contouring	02:56:07

11 # Curve , Linear measurement	03:11:43

Structure Analysis ( Practice)

Environment Engineering (Descriptive)

1 # Water Demand and population forcasting	02:11:11

2 # Population forecasting and sources of water	02:44:15

3 # Sources of water	00:04:32

4 # Sources of water	02:40:17

5 # Water Quality Parameters	02:40:38

6 # Treatment of raw water	02:44:01

7 # Treatment of raw water	02:49:13

8 # Waste water characterstics	02:50:45

9 # Design of Sewer	02:36:43

10 # Treatment of Waste water	01:49:31

Open Channel Flow

1 # Notch & Weir	01:46:59

2 # Open channel flow	01:42:05

3 # Open channel flow-1	01:49:28

4 # Open channel flow-2	02:25:25

Structure Analysis ( Descriptive)

1 # Moment distribution method	03:01:51

2 # Moment distribution method-1	02:54:04

3 # Moment distribution method - 3	02:57:00

4 # Slope Defection Method	02:58:15

5 # Slope Defection Method - 2	02:39:30

6 # Force method	02:34:53

7 # Matrix methods	02:54:39

8 # Matrix methods	01:47:27

9 # Influence Lines	02:59:15

10 # Influence Lines - 2	02:57:41

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