Advertisement No.:47-276/077
Level: Officer
No. of vacancy: 1
Deadline: 2075/07/15 BS
Qualification required: Bachelor's Degree in Civil Engineering from Renowned University.
Position: Geometric Trainer
Advertisement No.:48-276/077
Level: Officer
No. of vacancy: 1
Deadline: 2075/07/15 BS
Qualification required: Bachelor's Degree in Geometric Engineering from Renowned University.
Curriculum for Civil Trainer
1. Construction Materials
1.1 Properties of Building
Materials: Physical, Chemical ,constituents, Thermal etc.
1.2 Stones: Characteristics and
Requirements of stones as a Building Materials.
1.3 Ceramic Materials: Ceramic
Tiles, Mosaic tiles, Bricks type and Testing etc.
1.4 Cementing Materials: Types
and properties of Lime and Cement , Manufacturing Process, Cement Mortar and
Different Tests 1.5 Metals : Steels, Types and properties , Alloys
1.6 Timber and Wood : Timber trees
in Nepal, Hard and Soft wood , Characteristics of good Timber, Seasoning,
Preservation of timber , Plywood, Batten board etc
1.7 Miscellaneous Materials :
Asphalt , Bitumen , Paint and Varnishes, Glass, Polymers
1.8 Soil Properties and
Parameters.
2. Concrete Technology
2.1 Constituents and Properties
of Concrete, water Cement ratio, Grade and strength of concrete , Concrete Mix
Design, Testing of Concrete
2.2 Mixing Transportation ,
Pouring and Curing of concrete
2.3 Admixtures,
2.4 High strength concrete
2.5 Pre stressed concrete
Technology
3. Structure Analysis and
Design
3.1 Stress and strains, Theory
of tension and Flexure, Moment of Inertia, Centre of Gravity
3.2 Analysis of Beams and
Frames: Bending Moment, Shear force deflection of beams and frames, determinate
structure- Energy Methods , Three hinged system. Indeterminate structures -
Slope and deflection method and moment distribution method, Use of influence
line Diagrams for simple beams, Unit load Method.
3.3 RCC structures: Difference
between working Stress and limit State Philosophy, Analysis of RC Beams, Slabs
in bending, shear, deflection, bond and end anchorage, Design of axially loaded
Columns, isolated and combined footings, Pre Stressed Concrete.
3.4 Steel and Timber Structures:
Standard and Built up Sections , Design of Riveted, Bolted and Welded
connections , Design of simple elements(Ties, strut, axially loaded and
eccentric Columns, column base), Design principles of on Timber beams and
columns
4. Construction Management
4.1 Construction scheduling and
Planning: Network techniques,(CPM, PERT) and bar Charts.
4.2 Contractual Procedures and
Managements: Types of Contract, Tender and Tender notice, Preparation of Tender
document, Contractors Pre Qualification, Evaluation of Tenders and Selection of
Contractors, Contract acceptance, Condition of contract, Quotation and direct
Order, Dispute Resolution, Muster rool etc.
4.3 Material Management:
Procurement procedures and materials handling
4.4 Cost control and Quality control
4.5 Project Maintenance
4.6 Occupational health and
safety
4.7 Project Monitoring and
Evaluation
4.8 Variation , Alteration and
Omissions
5. Estimating costing and valuation
5.1 Types of estimate and their
specific uses
5.2 Methods of Calculating
Quantities
5.3 Estimate of: Building
Works, Road earthwork, Canal earthwork, Retaining walls , sanitary works ,
Water Supply works.
5.4 Estimating Norms and Rate
analysis
5.5 Bill of Quantities,
Specifications and its type and purpose
5.6 Running bill and Final
Bills and its Payment procedures
5.7 Valuation : Its Purpose ,
principles and methods
6. Engineering survey
6.1 Introduction and Basic
Principles, Linear Measurement, Chain Survey, Compass Survey, Plane tablurvey,
Leveling and Conturing, Abney Level survey, Theodolite Traversing , Tachometry
survey, Trigonometrically Leveling , Hydrographic Survey etc
6.2 Use of Total Station and
Electronic Distance Measuring Instruments
7 Engineering Economics
7.1 Benefit Cost Analysis, Cost classification,
sensitivity analysis, internal rate of return, time value and money, economic
equlibrium, demand supply and production, net present value, financial and
economic evaluation.
8. Drawing Techniques
8.1 Drawing sheet composition and
its essential components
8.2 Suitable scales , site
plans ,Preliminary Drawings , Working drawings etc
8.3 Theory of Projection
drawings: Perspective , Orthographic and Axonometric Projection, First and
Third angle Projection
8.4 Drafting Tools and equipments
8.5 Drafting Symbols
8.6 Topographic, Electrical,
plumbing and structural drawings
8.7 Technique of Free Hand
Drawing.
9. Irrigation Engineering
9.1 Status of Irrigation Development in Nepal
9.2 Methods of Irrigation,
Water Requirements for crops, Duty and delta, Canal Losses etc
9.3 Design of Irrigation
Canals.
9.4 Operation and Maintenance
of Irrigation Systems
9.5 Water logging: Preventive
and remedial Measures
9.6 River training and Slope
protection Works
9.7 Specific Consideration in
design , operation and management of hill irrigation systems
10. Highway engineering
10.1 Transportation system and
its Classification
10.2 Road transport and road
construction in Nepal
10.3 Classification of Roads in
Nepal
10.4 Feasibility study of road
projects
10.5 Road Alignment and
engineering survey
10.6 Highway Geometric Design
10.7 Hill roads( Problems
associated with hill road construction, Route location, Hairpin bends, special
structures)
10.8 Types of Road Pavements
and their applicability, Construction procedure of Different types of roads
10.9 Bioengineering practices
in hill side
10.10 Activities and techniques
in road construction in rural roads
10.11 Maintenance of Roads
10.12 Basic Knowledge on design,
construction and Maintenance of Suspended and Suspension Bridge in Nepal (Based
on TBSSP Manual)
10.13
Low cost road construction
11. Water supply and
Sanitary engineering
11.1 Rural and Community Based
water Supply system
11.2 Selection of Source, Water
demand
11.3 Water quality and
Treatment, water demand and Supply, Source Protection 11.4 Intakes, Break
Pressure tank, Collection chamber etc
11.5 Reservoir and Distribution
system
11.6 Intakes, Pipe lone design,
Design of Transmission and distribution System, Reservoir design
1.7 Pipe and Fittings: Pipe
Materials, Pipe laying and Fittings
11.8 Operation and Maintenance
of water Supply Systems
11.9 Sanitation, waste water
and solid waste management : On site sanitation system. Types of sewerage system
, design and Construction of sewers. Types , Characteristics, sources ,
quantity, generation, collection , transportation and disposal of solid
wastes.)
11.10 Sanitary Landfill,
incineration, Composting etc
11.11 Environmental Health
Engineering: Epidemiology, Pathogens ( Bacteria, virus, helminthes, protozoa)
12. Building Construction,
Housing and Urban planning
12.1 Load bearing and framed
structures, Foundation types and its design
12.2 Types of walls , Types of
roofs
12.3 Types of Doors and Windows,
Types of Stair and design of Dog legged Stair
12.4 Damp Proofing Methods
12.5 Plastering and pointing
12.6 Shoring, Scaffolding,
Underpining, Timbering of Trenches, Formworks
12.7 Present Status and
Practices of building construction in Nepal
12.8 Specific Consideration in
design and consideration of buildings in Nepal
12.9 Community Buildings:
Schools and hospital buildings and their design Considerations
12.10 Local and Modern Building
Construction Materials in Nepal
12.11 Urban Planning need and
challenges in Nepal
13. Energy System
13.1 Hydrological study,
planning and design of small Hydropower Projects
13.2 Head Works , Dam ,
Spillways, Surge tanks , Stilling basin etc
13.3 River Diversion works
13.4 Biogas- Introduction
13.5 Alternative Energy System
in Nepal
14. Soil Mechanics
14.1 Phase Diagrams, Physical
Properties of soils and classification tests, Classification of Soils,
Permeability of soil, Compaction and Consolidation of soil, Shearing
Characteristics of Soil, Bearing capacity of soils, Earth pressure, Stability
of slopes etc.
15. Hydraulics and fluid
Mechanics
15.1 Properties of Fluid,
Hydrostatics and Buoyancy
15.2 Types of Flow, Continuity
Equation, Bernoulli equation and its application, Momentum equation, Flow in
Curved Path etc
15.3 Uniform and Non Uniform
flow in channels
15.4 Analysis of pipe flow,
Pipelines and Pipe Systems
15.5
Hydraulic structures(Weirs, Gates, Sluices, Flumes, Spillways etc
