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Page 1
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;f}bfjfhL (Collective Bargaining)
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p8\8og ;DalGwt If]lqo ;+u7g af/] hfgsf/L

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Page 3
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efu -cf_ – ;]jf ;DjGwL
1. Introduction
a) History of Civil Aviation in the world and in Nepal
b) Role and functions of Ministry of Culture, Tourism and Civil Aviation (MOCTCA) and
CAAN
c) Conventions of International Civil Aviation Organization (ICAO)
d) International and Domestic Airports in Nepal

2. Airport Planning
a) The Elements of an Airport Planning Study: Inventory, Forecasts, Airport Capacity,
Facility Requirements, Airport site, Factors influencing Airport size, Land use
Planning, Environmental Assessment, Economic and Financial Feasibility,
Continuous Planning Process
b) Airport Site Evaluation: Factors affecting airport location
c) Airport Master Planning Airport layout, Runway orientation and runway
Configurations, Taxiway configuration, Movement area, Manouvering area,
Obstacle Limitation Surface, Location of control tower, Terminal area, Aircraft Parking
Apron
d) Airport Airside Capacity and Delay: Runway capacity, Apron Gate Capacity,Taxiway
Capacity
e) Aerodrome Design Standards and Classification as per International Civil Aviation
Organization (ICAO)
– Geometric Design of the Aerodrome
– Runway, Taxiway Apron and Holding Bays
– Control Tower Visibility Requirements

3. Planning and Design of the Terminal Area

a) The Passenger Terminal System
b) Design Considerations
c) Terminal Planning Process
d) Apron-Gate System

4. Visual Aids for Navigation: Indicators and Signaling Devices, Markings, Lights, Signs,
Markers

5. STOLPORT and Heliports:

STOLPORT - Physical Characteristics of STOLPORT, Obstacle, Limitation, Surfaces and
Requirements, Importance of STOLPORT in Nepal

Heliports - Physical Characteristics of Heliports, Obstacle, Limitation, Surfaces and

Requirements

6. Structure Analysis and Design

a) Stresses and strains, theory of torsion and flexure, moment of inertia
b) Analysis of beams and frames: Bending moment, shear force and deflection of beams
and frames; determinate structure - Energy methods, three hinged systems,
indeterminate structures, slope deflection method and moment distribution method, use of
influence line diagrams for simple beams, unit load method
c) Reinforced concrete structures: Difference between working stress and limit state
philosophy, analysis of RC beams and slabs in bending, shear, deflection, bond and end
anchorage, design of axially loaded columns, isolated and combined footings, introduction
to pre-stressed concrete
d) Steel and timber structures: Standard and built-up sections: Design of riveted, bolted and
welded connections, design of simple elements such as ties, struts, axially loaded and
eccentric columns, column bases, design principles on timber beams and columns
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7. Airport Pavement
a) Types of Airport Pavements (Rigid & Flexible Pavements)
b) CBR Method of Design for Flexible Airport Pavements
c) Design of Rigid Pavements
d) Pavements Design Using Elastic Layer Theory
e) Effect of Frost on Pavement Thickness and their consideration in pavement design
f) The FAA Method of Design for Flexible and Rigid Airport Pavement
g) Use of FAA pavement design software (FAARFIELD SOFTWARE) for Airport pavements
Design
h) Design of Overlay Pavements
i) Aircraft and Airport Pavement Classification Systems (as per ICAO)

8. Soil Mechanics and Foundation Engineering

Properties of soils, Identification and classification of soils, Permeability of soils, Shear
strength of soils, Stress distribution in soils, Consolidation and settlements, Stability of
slopes, Site investigation and soil exploration, Earth pressure and retaining structures, Bearing
capacity of soils, Design of building foundation.

9. Airport Drainage
Purpose of Drainage, Design Storm for Surface Run-off, Intensity: Duration Pattern for the
Design Storm, Amount of Run-off by the FAA Procedure, Amount of Run-off by the Corps of
Engineers Procedure, Layout of Surface Drainage, Subsurface Drainage.

10. Engineering Survey

a) Introduction and basic principles of Surveying
b) Linear measurements: techniques, chain, tape, ranging rods and arrows, representation
of measurement and common scales, sources of errors, effect of slope and slope
correction, correction for chain and tape measurements, Abney level and clinometers
c) Compass and plane table surveying: bearings, types of compass, problems and sources
of errors of compass survey, principles and methods of plane tabling
d) Leveling and contouring: Principle of leveling, temporary and permanent adjustment of
level, bench marks, booking methods and their reductions, longitudinal and cross
sectioning, reciprocal leveling, trigonometric leveling, contour interval and characteristics
of contours, methods of contouring
e) Theodolite traversing: need of traverse and its significance, computation of coordinates,
adjustment of closed traverse, closing errors
f) Uses of Total Station and Electronic Distance Measuring Instruments

11 Estimating and Costing Valuation and Specification

a) Types of estimates and their specific uses
b) Methods of calculating quantities
c) Key components of estimating norms and rate analysis
d) Preparation of bill of quantities
e) Purpose, types and importance of specification
f) Purpose, principles and methods of valuation

12 Construction Management
a) Construction scheduling and planning: network techniques (CPM, PERT) and bar charts
b) Contractual procedure and management: types of contract, tender and tender notice,
preparation of bidding (tender) document, contractors pre-qualification, evaluation of
tenders and selection of contractor, contract acceptance, condition of contract, quotation
and direct ordermuster roll, dispute, claims andits, resolution
c) Material management: procurement procedures and materials handling
d) Cost control and quality control
e) Project maintenance
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f) Occupational health and safety
g) Project monitoring and evaluation
h) Quality assurance plan
i) Variation, alteration and omissions

13 Aerodrome ConstructionTechnology
a) Construction of Runway Strip: Top soil, Earthwork in excavation & filling, Subgrade
preparation, compaction, moisture density relationship, field compaction control, soil
stabilization, Construction of airport drainages system
b) Construction of Pavement: Gravel/crushed aggregate base course without binding
material, Cement treated base course, Asphalt concrete pavement layers including prime
coat, tack coat, and seal coat, Plain cementconcrete pavement
c) Pavement construction Materials: Soils, Soil classification systems, Construction
materials for pavement, Types of aggregate and tests on their gradation, strength,
durability, bitumen, design of asphalt mix,Testing procedures
d) Construction Equipment: Factors affecting the selection of construction equipment, Earth
moving equipment, Rollers, Asphalt plant and paver, Concrete batchingplants
e) Building Materials and Construction: Classification, specifications and testing of different
materials such as Stone masonry: Brick masonry: Hollow Concrete Blocks: Sand: Lime:
Mortar: Paintings etc. Water proofing, Roofing Systems. Different types of roofing system,
Doors and windows, Walls, Pre-fabrication, Flooring, Plastering, Formworks, Building
Elements, Foundation, super structure, lintel, floors, roofs, sun control devices, parapet,
staircase, emergency stairs, elevators and escalators, Building services, water supply and
sanitation, electrification, heating and ventilation and air-conditioning, National Building
Code, Hierarchy of building codes and its application, procedure for implementation of
building code in Nepal, Maintenance and repair of buildings, Current building norms for
estimating and costing.

14 Maintenance Management
a) Classification of maintenance activities for Airport pavement and facilities, inspection,
prioritization and planning of maintenance operations, evaluation of pavement distress
and pavement condition, types and methods of pavement repair, types of overlay and
strengthening of existing pavements.
b) Pavement Management Systems
c) Assessment of runway surface condition, Pavement surface friction and tests, different
types of contaminants and its removal.
d) Pavement evaluation, destructive and non-destructive evaluation methods for structural
strength of the pavement

15 Aerodrome Safety Management System

Safety management system frameworks (Regulatory framework, ICAO SARPs) - Safety
Policy, Safety organization, Safety planning and safety Standards - Hazard identification ,
Safety Risk Assessment, gap-analysis. - Acceptable level of Safety, Risk mitigation and Safety
Assurance - SMS implementation. - Runway safety programme, ramp safety

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