KERALA PSC ASSISTANT TOWN PLANNER - TOWN & COUNTRY PLANNING PREVIOUS YEAR QUESTION PAPER - 155/2015 ( 99 )

KERALA PSC ASSISTANT TOWN PLANNER - TOWN & COUNTRY PLANNING PREVIOUS YEAR QUESTION PAPER - 155/2015

Below are the syllabus and scanned copy of kerala psc civil engineering technical exam question paper for ASSISTANT TOWN PLANNER question code 155/2015 in TOWN & COUNTRY PLANNING  conducted in 2017. This is an all in one platform for kerala psc civil engineering technical exams. there are notes, previous year question papers, quizzes and other study materials useful for civil engineering technical exam aspirants. Make sure to check everything out.

question papers have been collected from kerala psc official website : https://www.keralapsc.gov.in/

SYLLABUS

Maximum Marks : 100

Duration : 1 Hour minutes

Medium of Question : English

Mode of Exam : OMR/ONLINE

(Objective Multiple Choice)

100+ previous year question papers and final keys are uploaded make sure to check all the question papers. search the question paper code on search bar at the top to find the question paper you are looking for. 

1.      Building Materials: Cement, bricks, ceramics, ferrous metal, glass, lime,  mortar, non-ferrous metals,  paint, varnish and distemper, steel, stone, timber.

2.     Surveying and  levelling: Introduction, Units,  Measurement of distance, chain and compass  surveying, Compass surveying-  Prismatic compass,  compass surveying  problems,  Plane table surveying,  Levelling and methods of levelling, Classification of levelling,  contouring, theodolite surveying, optics, tacheometry, computation of area and volume, curve, chain survey, minor instruments, chaining on sloping ground, mistakes in chaining.

3.     Building  Construction:  Arches,  Brick  masonry,  stone  masonry,  Doors  and  windows,  DPC and  termite proofing,  floors  and  floorings,

foundation,  Lintel,  Pile  foundation,  plastering  and  pointing,  roofs,  scaffolding,  shoring,  underpinning,  site  investigation  and  ground improvement techniques, Construction joints.

4.     Engineering Drawing: Projection of points, projection of lines and planes, projection of solids, drawing instruments, dimensioning, scales, development of surface.

5.     Environmental Engineering 1: Physical, chemical and biological characteristics of water, water demand,  sources of water, Screening, Plain sedimentation,  coagulation,  filtration,  Disinfection,  Distribution  of water,  valves,  Miscellaneous  treatment,  terms  in  waste  water engineering, House drainage principles.

6.     Environmental  Engineering 2: Sever design,  sever maintenance,  sewer  materials,  Sever  appurtenances,  disposal  of sewage,  quality of sewage, quality characteristics, treatment of sewage, Air pollution. Noise pollution.

7.     Highway Engineering:  History, geometric  design, classification of soil,  test for highway materials,  Design of flexible payment and rigid pavements.

8.     Railway Engineering: Introduction, components of permanent way, fixtures  and fastenings, points and crossing,  railway yards, platforms and signaling, super elevation.

9.     Irrigation:  Introduction,  Types,  Method  of  irrigation,  Soil  crops,  water  requirement,  Terms  in irrigation,  water  requirement  and flow irrigation, Reservoirs and dams, spillways, Energy dissipaters, canal and river training works.

10.   Concrete technology: Introduction, properties, types and methods of proportioning concrete, Production of concrete.

11.   Engineering  Mechanics 1: Introduction,  Moment  of inertia,  laws  of motion,  Parallelogram  law  of forces,  Parallel  forces  and  couples, Friction, gravitation, Introduction, Laws of machine, Screw jack, Pulley system, Class of lever, Virtual work, D-Alembert's principle

12.   Estimation and costing 1: Introduction, Types of estimate, technical terms, methods of quantity surveying,  measurement of work, data book and valuation, Methods of valuation and methods of depreciation

13.   Construction Management: Project introduction, Scheduling methods, network analysis, Critical path method

14.   Bridge Engineering: Introduction, Basic components and terms.

15.   Hydrology: Hydrologic cycle, measurement of rainfall, Computation of average precipitation, runoff.

16.   MOS :  SFD  & BMD, Stresses  in beams,  columns  and  struts,  Power  and torsion,  Mohr circle,  Deflection-   Macaulay's method,  Double integration method, conjugate beam method

17.   RCC: Introduction, Moment of resistance, lever arm, Beam section, doubly reinforced section, Singly reinforced section, LSM,  Limiting moment of resistance, slab, column,  stair, footing.

18.   FM  :  Introduction,  properties,  pressure  and  its  measurement,  Buoyancy,  kinematics,  Bernoulli's  Equation,  Turbines,  Pumps  and dimensional analysis,  Open channel flow, pipe flow

19.   GT: Origin of soil, terms, numerical problems, Index properties, consolidation, compaction, Analysis of fine grained soil,  permeability, tests, Seepage, earth pressure, foundation Engg- Modes of failure,  Bearing capacity theory, pile load test, pile foundation, group capacity of piles, shear strength, slope stability.

20.   SA: Types of structures, Static and Kinematic indeterminacy, ILD, Arches, Cables, Methods of analysis

21.   Steel Structures: Introduction, Steel connections, welded,  riveted, bolted connections, tension and compression members

22.   Dock, Harbor and tunnel: Important terms, types

23.  Advanced  survey: Photogrammetry, filed astronomy, coordinate system

The question paper is uploaded below try to attend the question within 1 hour. refer the answer key given below after attending the exam