SSC-JEn19 : Civil Engineering
This is a comprehensive online course for SSC-JE Civil Engineering which will cover the Technical and Non-Technical syllabus of the SSC-JE Exam. Entire subjects are covered from basics to build clear concepts by best faculty team of Engineers Academy. This course is exactly suitable for aspirants preparing for SSC-JE, State-JE/AE & PSU’s Examinations.
Exam Covered: All JEn and its equivalent exam.
Validity: 180 days from Course activation.
Study Materials : Theory and Objective Books of Technical Subjects, Reasoning and General Awareness books, SSC-JE Previous Year Solved Papers.
Total Online Test - 51 (Multi Subject - 15, Non-Tech - 10, Technical- 2, Basic Level - 9, Advance Level - 5, Speed Mock Level -10)
For more online test series details, visit website: www.onlineengineersacademy.org
Click here to download Syllabus
So dont miss the initial 15% Instant discount by using Coupon Code JERBCE
1 # Types Of Soil and its formation |
02:21:53 |
2 # Properties of soil |
02:25:07 |
3 # Methods to determine water content |
02:25:18 |
4 # Consistency Limit |
02:20:52 |
5 # Consistency Limit |
02:18:13 |
6 # Consistency Limit |
02:22:16 |
7 # Partical size analysis |
01:31:44 |
8 # Hydrometer Analysis |
02:23:35 |
9 # CLASSIFICATION OF SOIL |
02:20:45 |
10 # Soil structure and clay minerals |
02:23:08 |
11 # PERMEABILITY OF SOIL |
01:58:29 |
12 # PERMEABILITY OF SOIL |
02:31:42 |
13 # PERMEABILITY OF SOIL |
00:09:53 |
14 # Effective stress |
02:53:53 |
15 # Effective stress |
02:47:42 |
16 # Seepage Analysis |
02:54:31 |
17 # Compaction of Soil |
02:48:05 |
18 # Consolidation of Soil |
02:39:14 |
19 # Vertical Stress distribution in soil mass |
02:23:03 |
20 # Vertical Stress distribution in soil mass |
00:51:01 |
21 # Vertical Stress distribution in soil mass |
01:52:39 |
22 # Shear Strength of Soil |
02:52:22 |
23 # Earth Pressure Theories |
02:43:01 |
24 # Bearing Capacity & Shallow foundation |
02:48:20 |
25 # Deep Foundation |
02:34:31 |
26 # Soil stabilization and sampling |
02:05:17 |
1 # Fundamentals of Survey |
01:52:22 |
2 # Fundamentals of Survey |
01:51:13 |
3 # Fundamentals of Survey |
01:46:58 |
4 # Fundamentals of Survey |
01:21:06 |
5 # Linear Measurements |
01:57:37 |
6 # Linear Measurements |
01:55:14 |
7 # Linear Measurements |
01:52:43 |
8 # Linear Measurements |
00:00:00 |
8 # Linear Measurements |
01:55:35 |
11 # Linear Measurements |
00:00:00 |
9 # Linear Measurements |
01:48:06 |
10 # Compass Survey |
01:50:46 |
11 # Compass Surveying |
01:54:49 |
12 # Compass Surveying |
01:52:11 |
13 # TRAVERSE Surveying |
01:52:16 |
14 # Theodolite Surveying |
01:56:41 |
15 # LEVELLING |
01:59:09 |
16 # LEVELLING |
01:56:32 |
17 # CONTOUR SURVEY |
01:57:44 |
18 # AREA & VOLUME CALCULATION |
02:03:14 |
19 # PLANE TABLE SURVEY & Tacheometric Survey |
02:00:22 |
20 # SETTING OUT OF CURVES |
02:14:00 |
21 # MODERN SURVEYING & THEORY OF ERRORS |
02:25:36 |
22 # FIELD ASTRONOMY & PHOTOGRAMMETRY |
01:52:20 |
1 # Highway development And Planning |
02:37:22 |
2 # Highway development And Planning 2 |
02:31:42 |
3 # Highway alignment & surveying |
02:03:25 |
4 # Highway alignment & surveying 2 |
02:13:44 |
5 # Geometric design 2 |
02:31:38 |
6 # Geometric design 3 |
02:25:44 |
7 # Geometric Design 4 |
02:28:53 |
8 # Geometric Design 5 |
02:29:08 |
9 # Geometric Design 6 |
02:04:01 |
10 # Geometric Design 7 |
02:28:55 |
11 # Geometric Design 8 |
02:13:56 |
12 # Geometric Design 9 |
02:10:47 |
13 # Geometric Design 10 |
02:13:19 |
14 # Highway materials 1 |
02:10:15 |
15 # Highway materials 2 |
02:02:20 |
16 # Highway materials 3 |
02:09:25 |
17 # Highway materials 4 |
01:00:59 |
18 # Highway materials 5 |
02:08:40 |
19 # Highway materials 6 |
02:04:15 |
20 # Highway materials 7 |
01:58:54 |
21 # Highway materials 8 |
02:06:05 |
22 # Traffic Engineering |
01:59:56 |
23 # Traffic Engineering 2 |
02:10:56 |
24 # Traffic Engineering 3 and Railway engineering 1 |
02:05:36 |
25 # Railway Engineering 2 |
02:06:05 |
26 # Railway Engineering 3 |
02:05:19 |
27 # Railway Engineering 4 |
01:22:14 |
28 # Railway Engineering 5 |
02:11:39 |
1 # Introduction Of Stress & Strain |
02:52:21 |
2 # Introduction Of Stress & Strain |
01:16:15 |
3 # Introduction Of Stress & Strain |
01:16:43 |
4 # APPLICATION OF HOOKS LAW |
02:27:13 |
5 # APPLICATION OF HOOKS LAW |
02:17:36 |
6 # APPLICATION OF HOOKS LAW |
02:14:13 |
7 # Elastic Constant |
02:25:28 |
8 # Elastic Constant |
02:24:12 |
9 # Strain energy |
02:37:26 |
10 # Theremal Stress |
02:20:48 |
11 # Thermal stress and properties of material |
01:59:25 |
12 # Properties of material |
02:28:45 |
13 # Sfd & bmd |
02:13:40 |
14 # Sfd & Bmd |
03:04:30 |
15 # Sfd & Bmd |
02:34:41 |
16 # Sfd & Bmd |
02:36:54 |
17 # Sfd & Bmd |
01:18:29 |
18 # Sfd & Bmd |
00:47:47 |
19 # Sfd & Bmd |
02:30:31 |
20 # Sfd & Bmd |
02:11:17 |
21 # Bending Stress |
02:27:01 |
22 # Bending Stress |
02:23:41 |
23 # Bending and torsional |
02:25:56 |
24 # Torsional stress |
00:00:00 |
24 # Torsional stress |
02:21:36 |
25 # Torsional stress |
02:36:02 |
26 # Shear Stress Distribution |
02:27:45 |
27 # Column |
02:03:18 |
28 # Column |
02:23:34 |
29 # Thin cylinder |
02:30:27 |
30 # Complex stress |
02:43:04 |
31 # Mohr circle |
01:40:26 |
32 # Mohr circle |
02:15:37 |
33 # Deflaction |
02:24:15 |
34 # Deflection |
02:29:17 |
35 # Spring and theroy of failure |
02:49:51 |
1 # Basic Properties Of fluid |
02:17:27 |
2 # Basic Properties Of fluid |
02:47:03 |
3 # Basic Properties Of fluid |
02:54:52 |
4 # Basic Properties Of fluid |
02:57:32 |
5 # Pressure measurement |
02:55:38 |
6 # Pressure measurement |
02:56:15 |
7 # Pressure measurement |
02:22:46 |
8 # Pressure measurement |
00:29:51 |
9 # Buoyancy |
02:56:08 |
10 # Buoyancy |
03:04:37 |
11 # Fluid Kinematics |
02:56:43 |
12 # Fluid Kinematics |
02:41:50 |
13 # Fluid Kinematics |
02:09:49 |
14 # Fluid Kinematics |
01:28:56 |
15 # Fluid Kinematics |
02:46:43 |
16 # Fluid Dynamics |
02:26:01 |
17 # Fluid Dynamics |
02:39:56 |
18 # Fluid Dynamics |
02:43:55 |
19 # Flow Through Pipes |
02:53:50 |
20 # Flow Through Pipe |
02:48:57 |
21 # Flow Through Pipe |
02:45:00 |
22 # Turbulent Flow and dimensional analysis |
02:32:41 |
23 # Turbulent Flow and dimensional analysis |
02:29:43 |
24 # Impact of Jet |
02:52:28 |
25 # Turbine |
02:40:38 |
26 # Turbine |
02:42:27 |
27 # Turbine |
03:15:02 |
28 # Pump |
01:39:53 |
1 # Static and Kinematic Indeterminacy |
01:59:20 |
2 # Static and Kinematic Indeterminacy |
01:57:48 |
3 # Static and Kinematic Indeterminacy |
01:54:47 |
4 # Truss Analysis |
01:56:55 |
5 # Truss Analysis |
01:54:40 |
6 # Truss Analysis |
01:54:22 |
7 # Truss Numericals and Displacement in Beams |
01:58:09 |
8 # Displacement in Beams |
02:00:55 |
9 # Displacements in Beams And Strain Energy |
01:54:01 |
10 # Strain Energy |
02:00:46 |
11 # Displacement method of analysis |
01:46:46 |
12 # Displacement method of analysis |
02:00:39 |
13 # Displacement method of analysis |
02:06:26 |
14 # Displacement Method |
01:51:04 |
15 # Displacement Method Numericals |
01:54:21 |
16 # Arches |
01:56:28 |
17 # Influence Lines |
02:47:37 |
18 # Influence Lines |
01:53:30 |
19 # Matrix methods |
01:24:35 |
20 # Matrix methods |
03:44:30 |
21 # Kanis Method & Colulmn Analogy |
03:28:13 |
22 # TOS |
01:50:35 |
1 # Estimate And Costing |
00:01:18 |
Online Classes of purchased course which will cover the Technical & Non-Technical Syllabus.
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