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
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
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 |
6 # Analysis of Flanged Beam |
01:48:00 |
7 # Shear Design |
01:38:48 |
1 # Lect-1 Fundamental Of RCC -1 |
01:39:30 |
2 # Lect-2 Fundamental Of RCC -2 |
01:49:39 |
3 # Lect-3 Fundamental Of RCC - 3 |
01:41:50 |
4 # Lect-4 BEAM -4 |
01:39:22 |
5 # Lect-5 BEAM - JPSC-5 |
01:39:49 |
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 |
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 |
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 |
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 |
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 |
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 |
Online Classes of purchased course which will cover the Technical & Non-Technical Syllabus.
Get unlimited access during the validity of the course. You can access the course 24/7 as per your convenience
Students can interact with our teachers using the chat and email option
ABOUT US
Nimbus is an online learning platform for Engineering graduates who are preparing for competitive exams like ESE,GATE,PSU,SSC -JE and other JE and AE exams.
Quick Links
Our Courses
ADDRESS
Khasra 262, Westend Marg, Near Garden of Five Senses, Saket, New Delhi, India 110030
CONTACT US
[email protected]
+91 7374000888, +91 7374000999
Achieve your career dreams, wherever you are, whenever you want!