Papers |
Subject |
|
Part-I |
Computer Based Examination |
Paper-1 Objective Type |
Engineering Design and Construction Practice (Civil)
Or
Engineering Design and Construction Practice (E&M) |
No. of Questions : 150
Maximum Marks : 300
Duration : 3 Hours
Exam Time : (09:00 AM to 12:00 PM)
Reporting Time : (7.30 AM to 8.30 AM) |
Paper-2 Objective Type |
General Engineering (Civil)
Or
General Engineering (E&M) |
No. of Questions : 150
Maximum Marks : 300
Duration : 3 Hours
Exam Time : (02:30 PM to 05:30 PM)
Reporting Time : (1.00 PM to 2.00 PM) |
|
Sub Total Marks |
600 |
|
|
|
Part-II |
Evaluation of Record of Service of such candidate who find the place in the eligible list of candidates 3 times of declared vacancy in order of merit. |
|
Length of Service |
2 Marks for each completed year of service up to 01.01.2022 but limited to maximum 40 marks. |
40 |
Annual Performance Appraisal Report |
Evaluation of APARs of 4 years as per following criteria: Outstanding-40 MarksVery Good-30 Marks Good-20 Marks
Below Good/Unsatisfactory-10 Marks |
160 |
|
Sub Total Marks |
200 |
|
Total Marks |
800 |
Syllabus for Civil Engineering:
PAPER-I: ENGINEERING DESIGN AND CONSTRUCTION PRACTICE (CIVIL)
PART-A Strength of Material and Theory of Structures
Stress-Strain relation- Hooke’s Law. Determination of forces in members of trusses pin-jointed frames, Bending Moments and shear forces, Theory of simple bending, Continuous beams and simple portals- Determination of bending moments and shear forces – methods of analysis.
PART-B Design Principles
Determinations of dead, live and wind, seismic loads- relevant I.S. Codes, Factor of Safety and Load Factor.
PART-C Steel Design
Design of simple Beams and plate Girders according to Indian Standards. Design of single and built-up column, column base connections. Design of Steel Roof Trusses.
PART-D Reinforced Concrete
Basic principles of reinforced concrete, shear, bond and diagonal tension, location of reinforcement. Design of singly and doubly reinforced beams, one way and two way slabs. Theory and design of reinforced concrete column with uni-directional bending only. Design of cantilever and simple counter-fort retaining wall. Liquid retaining structures – Special requirements.
PART-E Construction Practice
General details of Building construction including foundations, flooring, masonry and different type of roofs. Safety during construction, durability. General properties, standard requirements and tests for common building material such as bricks, stones, sand and aggregate, cement, lime, timber and steel. Tests for fresh and hardened concrete. Central PWD Specifications for building works, sanitary and water supply works and road works including modes of measurements.
Paper-II: GENERAL ENGINEERING (CIVIL)
Part-A Surveying
Use and adjustment of Surveying Instruments: Chain, Plane table and accessories magnetic compass, level and theodolite. Use of Compass and Theodolite: Alignments and adjustments. Leveling: Methods of leveling and reduced level calculations. Contour Survey: Methods of contouring, properties of contours, Curves and alignment: Setting out of simple, reverse and transition curves using different methods, Vertical curves.
Part-B Highway Engineering
Road alignment in hills and plains, minimum standards for National highways. Principles of design of urban roads, their cross-sectional requirements and interactions, road drainage and maintenance. House paths approach roads and service lanes.
Part-C Public Health Engineering
Water Supply: Quality and quantity of water required for public water supplies. Water purification processes. Water distribution systems – valves and fittings – testing. Sanitation: Orientation, ventilation and damp proofing of buildings. Sanitary appliances Construction and testing of house drains. Sewage disposal – Sewerage system: - Construction and maintenance. Types of sewage treatment – Oxidation ponds-simple sedimentation, re- circulation and filtration-plant, contact beds-percolating filters, Septic tanks.
Part-D Soil Mechanics and Foundation Engineering:
Properties of soils, classification, soil explorations, methods of determining bearing capacity, Foundation Engineering: Principles of selection of type of foundation for a structure, shallow and deep foundations. Compaction: Laboratory and field methods, optimum moisture content, soil stabilization.