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Item Details | Price |
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Instructors: Bhadoriya Sir
2% Cashback as अमितशाही सिक्के
Why this course?
The Rajasthan Public Service Commission (RPSC) conducts the Assistant Engineer (AEN) Mains Examination for recruitment in various government engineering departments. This course is designed for Civil Engineering graduates who have cleared the Prelims and are preparing for the Mains exam in 2025.
The RPSC AEN Mains 2025 exam consists of four papers: two compulsory papers (General Hindi and Social Aspects of Engineering, each worth 100 marks) and two optional papers (Engineering Discipline Part I and Part II, each worth 200 marks). Each paper is a written, descriptive/analytical test with a duration of three hours.
Detailed Exam Pattern:
📘 Course Structure
1. General Hindi (compulsory papers)
This paper tests a candidate's Knowledge of general Hindi for the level of secondary exam.
2. Social Aspects of Engineering (compulsory papers)
3. Civil Engineering (Paper I)
4. Civil Engineering (Paper II)
Qualifying for the RPSC AE Interview / Viva-Voce
Candidates who secure the minimum qualifying marks in the written test of the Main examination, as determined by the Commission, will be called for the interview. However, the following criteria must be met:
The interview carries a weightage of 72 marks.
RPSC AEN Mains Exam Pattern 2025 & Syllabus | |||
RPSC AEn Foundation Course Introduction (5:00) | Preview | ||
RPSC AEN 2024 SYLLABUS PRE (13 pages) | Preview | ||
RPSC AEN MAINS 2024 SYLLABUS (17 pages) | Preview | ||
RCC | |||
1. Introduction of PCC & RCC (43:00) | |||
2. Basic Material of RCC (32:00) | |||
RCC 1 & 2 (30 pages) | |||
3. Grade of Concrete (42:00) | |||
RCC 3 (18 pages) | |||
4. Types of Exposure Conditions (45:00) | |||
RCC 4 (16 pages) | |||
5. Strength of Concrete (36:00) | |||
RCC5 (14 pages) | |||
6. Strength of Concrete Based on Material & Load (28:00) | |||
RCC6 (12 pages) | |||
7. Classification of Strength of Concrete (18:00) | |||
RCC7 (10 pages) | |||
8. Creep & Shrinkage in Concrete (19:00) | |||
9. Modulus of Elasticity (25:00) | |||
RCC8-9 (22 pages) | |||
10. Stress-Strain Curve for Brittle Material (19:00) | |||
RCC10 (8 pages) | |||
11. Stress-Strain Curve for Ductiile Material (20:00) | |||
RCC11 (10 pages) | |||
12. History of RCC & IMP Codal Provision (1) (19:00) | |||
RCC 12 pdf (7 pages) | |||
13. Introduction of WSM (1) (34:00) | |||
RCC13 (1) (14 pages) | |||
14. Ultimate Load Method (1) (14:00) | |||
RCC14 pdf (7 pages) | |||
15. Introduction of LSM (1) (30:00) | |||
RCC15 pdf (9 pages) | |||
16. Analysis of Singly Reinforced Beam (35:00) | |||
RCC16 (18 pages) | |||
17. Types of Section (41:00) | |||
RCC17 (17 pages) | |||
18. Question Singly Reinforced Beam (33:00) | |||
RCC18 (1) (10 pages) | |||
19. Introduction of Doubly Reinforced Beam (18:00) | |||
20. Analysis of Doubly Reinforced Beam (27:00) | |||
RCC19-20 (1) (23 pages) | |||
21. Question Doubly Reinforced Beam (37:00) | |||
RCC21 (13 pages) | |||
22. Introduction of Flanged Beam (18:00) | |||
23. IMP Codal Provision for Flanged Beam (26:00) | |||
24. Analysis for Flanged Section (17:00) | |||
RCC22-23-24 (45 pages) | |||
25. Question Flanged Beam (41:00) | |||
RCC25 (17 pages) | |||
26. Introduction of Shear & Its Type (29:00) | |||
27. Types of Cracks & Shear Transder Mechanism (21:00) | |||
28. Design Steps for Shear Reinforcement (25:00) | |||
RCC26-27-28 (1) (42 pages) | |||
29. Question Shear (31:00) | |||
RCC-29 (1) (8 pages) | |||
30. Limit State of Collapse Bond (47:00) | |||
RCC-30 (1) (22 pages) | |||
31. Bond Failure Mechanism (20:00) | |||
32. Bond & Hooks (19:00) | |||
RCC-31-32 (1) (27 pages) | |||
33. Question Bond (27:00) | |||
RCC-33 (1) (10 pages) | |||
34. Introduction of Torsion & Its Type (18:00) | |||
35. Analysis of Torsion (26:00) | |||
RCC-34-35 (1) (21 pages) | |||
36. IMP Codal Provision Beam & Slab (31:00) | |||
37. IMP Codal Provision Beam & Slab (32:00) | |||
RCC36-37 (1) (30 pages) | |||
38. Bending Moment & Shear Forrce Coefficient | |||
RCC-38 (1) (12 pages) | |||
39. Question Design of Beam | |||
RCC-39 (1) (22 pages) | |||
40. Introduction of Slab | |||
41. IMP Codal Provision For Slab (15:00) | |||
RCC-40-41 (1) (32 pages) | |||
Steel | |||
1 General Considerations Steel By Raj Sir.mp4 (39:00) | |||
2 General Considerations Steel By Raj Sir.mp4 (25:00) | |||
3 General Considerations Steel By Raj Sir (34:00) | |||
Unit - 1 General Considerations (55 pages) | |||
4 Design Philosophy Steel By Raj Sir | |||
5 Design Philosophy Steel By Raj Sir | |||
6 Design Philosophy Steel By Raj Sir | |||
7 Design Philosophy Steel By Raj Sir | |||
Unit - 2 Design Philosophy (1) (49 pages) | |||
8 Riveted Connection Steel By Raj Sir | |||
9 Riveted Connection Steel By Raj Sir | |||
10 Riveted Connection Steel By Raj Sir | |||
11 Riveted Connection Steel By Raj Sir | |||
Unit - 3 Rivited Connection (1) (64 pages) | |||
12. Riveted Connection Problem | |||
Unit - 3 Rivited Connection Problem (1) (15 pages) |
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