Odisha SSC Junior Engineer Syllabus 2015 Exam Pattern www.odishassc.in/

Odisha SSC Syllabus 2015 Odisha SSC Junior Engineer Syllabus 2015 OSSC Junior Engineer Exam Syllabus 2015 Orissa SSC JE (Civil) Exam Pattern OSSC Junior Engineer Civil Syllabus2014 2015

Odisha SSC JE (Civil) Exam Syllabus 2015

Odisha Staff Selection Commission conducts written exam for Junior Engineer (Civil).Candidates are wandering for Exam Pattern & Syllabus but they remain empty. Due to this their preparation is not upto mark, this leads to failure in exam. In this Article we discuss about Latest exam Pattern & Syllabus of OSSC Junior Engineer Exam.

Exam Pattern:- Exam Pattern of Junior Engineer (Civil) is as follows :-

• There will be a Online Objective Type Written Test consists of 100 Marks.
• Questions will be asked form Diploma courses.
• Total No. of questions in the written exam will be 100.
• There will be negative marking of 0.25 marks in the online exam.

Exam Syllabus:- OSSC Junior Engineer Syllabus is given below :

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 ,Leveling. 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, general idea of seismic planning and design of building, construction machineries.

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 equipments, 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 cause ways, introduction to docks and harbors, break waters, docks, introduction to airport engineering, components of an airport, tunnel engineering.

Irrigation Engineering:- Introduction to irrigation engineering, hydrology, water requirement of crops, flow irrigation, diversion head works, regulatory works, cross drainage works, dams, water logging and drainage, ground water hydrology.

Estimating:- Introduction to estimating, detailed estimate of building as per PWDspecifications? standards, analysis of rates, administrative setups of engineering organizations, detailed estimate of culverts and bridges, estimate of irrigation structures, 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, stair case (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 distribution system, water supply plumbing in 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, labor management, equipment management, quality control, monitoring progress and safety management in construction works.

Advanced Construction Technology:- Concrete mixed design, handling and transporting of concrete, earthquake resistant construction, building services, construction and earth moving equipments.

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