OSSC Junior Engineer Syllabus 2020 Odisha Staff Selection Commission Junior Engineer Written Exam Pattern 2020 OSSC Jr. Engineer Syllabus & Exam Pattern 2020 Odisha SSc Junior Engineer Civil Syllabus 2020
OSSC Junior Engineer Syllabus & Exam Pattern 2020
About OSSC JE Recruitment:
The Odisha Staff Selection Commission has Published Notification Regarding 260 Junior Engineer Posts Under Engineer in Chief (Water Resources), Odisha, Bhubaneswar. Interested & Eligible Candidates Can Apply Between Date 22-06-20 to 28-06-2020.
Odisha SSC Jr. Engineer Civil Selection Process
The Selection Process will be Based on Three-Stage:
- Written Test (objective type)
- Career Evaluation
- Certificate verification
OSSC JE Civil Exam Pattern 2020
| Stage of Examination | Type of Examination | Marks Allotted | Duration |
| Stage – I | Main Written Exam (OMR) | 100 Marks | 90 Minutes |
| Stage – II | Career Evaluation | Rest 50% Weight Age of Career Evaluation is as Below:
1. HSC 20% 2. Diploma in Civil Engineering 30% |
– |
| Stage – III | Certificate Verification | – | – |
- There Shall be Negative Marking @ 0.25 Marks For Each Wrong Answer.
- No Marks Will be Awarded of Deducted For Any Question Left unattempted.
- There Shall be No Viva-voce Test.
OSSC Junior Engineer Syllabus 2020 For Main Written Exam
Hydraulics:
- Hydrostatics,
- Kinematics of fluid flow,
- pumps.
Survey:
- Introduction to surveying,
- Linear measurements,
- chaining,
- chain surveying,
- angular measurement,
- chain and compass surveying,
- computation of area,
- plane table surveying,
- Levelling,
- contouring,
- principles of theodolite surveying,
- theodolite traversing,
- tachometry,
- curves,
- setting out works,
- modern surveying method.
Civil Engineering Materials:
- Stone,
- Bricks,
- clay products and refractory materials,
- cement,
- sand,
- gravel,
- morrum and fly ash,
- mortar and concrete,
- timber,
- paint,
- varnish and distemper,
- iron and steel,
- bituminous materials,
- plastics,
- heat proofing and acoustic materials.
Construction Technology:
- Introduction to construction technology,
- site investigation,
- foundations,
- walls,
- damp proofing,
- arches and lintels,
- doors and windows,
- floors,
- roofs,
- stairs,
- surface finishes,
- the general idea of seismic planning and design of the building,
- construction machinery.
Structural Analysis:
- Trusses and frames,
- slope and deflection,
- fixed beam,
- continuous beam,
- slope deflection method,
- moment distribution method,
- three-hinged arches.
Transportation Engineering:
- Introduction to transportation engineering,
- road geometric,
- road materials,
- road pavements,
- hill roads,
- road drainage,
- road maintenance,
- construction equipment,
- traffic studies,
- landscaping and arboriculture,
- Introduction to railways transportation,
- permanent way,
- track materials,
- geometric for broad gauge,
- points and crossings,
- laying and maintenance of track,
- introduction to bridges,
- bridge site investigation,
- hydrology and planning,
- bridge foundation,
- bridge substructure and approaches,
- permanent bridges,
- culvert and causeways,
- introduction to docks and harbours,
- breakwaters,
- docks,
- introduction to airport engineering,
- components of an airport,
- tunnel engineering.
Irrigation Engineering:
- Introduction to irrigation engineering,
- hydrology,
- the water requirement of crops,
- flow irrigation,
- diversion headworks,
- regulatory works,
- cross drainage works,
- dams,
- waterlogging and drainage,
- groundwater hydrology.
Estimating:
- Introduction to estimating,
- a detailed estimate of building as per PWD specifications/ standards,
- analysis of rates,
- administrative setups of engineering organizations,
- a detailed estimate of culverts and bridges,
- an estimate of irrigation structures,
- a detailed estimate of roads,
- PWD accounts works.
Structural Design:
- Introduction to design and detailing,
- working stress method of design,
- limit state method (LSM) of design,
- limit state of collapse of singly reinforced members in bending,
- limit state of collapse in shear (Design of shear by LSM),
- bond anchorage,
- development lengths and slicing (LSM),
- beams (LSM) two-way slabs (LSM),
- axially loaded short columns (LSM),
- ductile detailing of reinforced concrete structures subjected to seismic forces,
- Design of steel and timber structures (limit state),
- structural steel fasteners and connections,
- design of tension members,
- design of compression members,
- design of column bases and foundations,
- design of steel beams,
- design of timber structures,
- staircase (RCC-LSM),
- design of footings (RCC-LSM).
Public Health Engineering:
- Introduction to water supply engineering,
- quantity of water,
- sources of water,
- conveyance of water,
- quality of water and treatment of water,
- distribution system,
- appurtenance in the distribution system,
- water supply plumbing in the building,
- introduction to sanitary engineering,
- quantity of sewage, sewerage system,
- sewer appurtenance,
- sewage characteristics,
- sewage disposal,
- sewage treatment,
- sanitary plumbing for building and rural water supply sanitation.
Construction Management:
- Introduction to construction management,
- construction planning,
- materials management,
- site management,
- construction organization,
- labour management,
- equipment management,
- quality control,
- monitoring progress and safety management in construction work.
Advanced Construction Technology:
- Concrete mixed design,
- handling and transporting of concrete,
- earthquake-resistant construction,
- building services,
- construction and earth moving equipment.
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