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Compulsory
Course Section 1MST01 - Advanced Mathematics Review of fundamental concepts Ordinary differential equations Linear differential equations Laplace transforms Vector analysis Multiple, line and surface integrals and integral theorems Fourier series Fourier integrals Gamma, Beta and other special functions Bessel functions Legendre functions and other orthogonal functions Complex variables and conformal mapping Complex inversion formula for Laplace transforms Matrices Calculus of variations 1MLM04 - Probability and Statistics for Engineers Data analysis Probability theory Discrete random variables and their distribution functions Continuous random variables and their distribution functions Multivariable probability distributions Sampling distribution theory Point and interval estimation Inference about population means Inference about population proportions Linear regression and correlation Multiple linear regression Single-factor experiments - analysis of variance Design and analysis of multifactor experiments Statistical quality control. 2. Core Course Section Select one course from - 1MST90 - Construction planning For Engineers Introduction to program planning The planning process Decision making Introduction to project planning Critical path methods Stochastic networks Resource analysis Introduction to activity planning Planning for equipment-driven activities Planning for labor-driven activities References 1MST91 - Fundamental Principles of Systems Analysis and Decision Making The systems approach The principles of linear programming Linear and network models Capital investment analysis Risk System performance Variability Model calibration References 1MST93 - Professional Construction Management Management in the engineering and construction industry Development and organization of projects Applications and requirements for management organizations Introduction to an example project Pre-construction site investigation, planning, scheduling, estimating and design Bidding and award Construction Application of controls Selecting a construction manager Concepts of project planning and control Estimating and control of operations and resources Cost engineering Procurement Value engineering Quality assurance Safety and health in construction Risk management, insurance, bonding, liens and licensing Industrial relations Current state of art of professional construction management. 3. Electives Section 1: Select any two courses from - 1MST94 - Transportation Planning and Design The transport system Administrative structure and finance Operational and vehicular characteristics Human factors in transportation An introduction to transportation planning Transportation modeling Development and evaluation of transportation planning options Design roadways, railways and guide-way systems - location and route layout Airport planning and layout The airport passenger terminal area Introduction to water transportation Planning and design of harbors References 1MST95 - Transportation Network Analysis Transportation networks Optimality Cost functions Deterministic user equilibrium assignment Stochastic user equilibrium assignment Trip table estimation Network reliability Network design Summaries References 1MST96 - Transportation Planning Urban transportation - definition and context Transportation planning and decision making Urban travel and transportation system characteristics - a systems perspective Data management and use in decision making Demand analysis Urban activity analysis Supply analysis Transportation system and project evaluation Program and project implementation References 1MST97 - Urban Transportation Systems Overview - criteria for selecting modes walking Bicycles Motorcycles and scooters Automobiles Para-transit Taxis Busses Bus rapid transit Trolley-busses Streetcars and rail transit Monorails Heavy rail transit Commuter rail Automated guide-way transit Waterborne modes Special modes Intermodal terminals References 1MST98 - Principles of Pavement Design Pavement types - wheel loads and design factors Stresses in flexible pavements Stresses in rigid pavements Vehicle and traffic considerations Climate and environment The economic factor design strategies and systems analysis Soil classification Materials characterization Sub-grades Bases and sub-basses Bituminous surfaces Material variability Design of flexible airport pavements Design of flexible highway pavements Design of rigid airport pavements Design of rigid highway pavements Pavement distress Condition surveys Strengthening existing pavements. Section 2: Select one course from 1MST99 - Highway Engineering The profession of highway engineering Transportation systems and organizations Characteristics of the driver - the pedestrian, the vehicle and the road Traffic engineering studies Highway safety Fundamental principles of traffic flow Intersection design Capacity and level of service of two-lane highways and freeway segments Capacity and level of service at signalized intersections The transportation planning process Forecasting travel demand Evaluating transportation alternatives Transportation system management Highway surveys and location Geometric design of highway facilities Highway drainage Soil engineering for highway design Bituminous materials Design of flexible pavements Design of rigid pavements Pavement management 1MST100 - Traffic Engineering Traffic surveys Parking surveys Estimating travel demand Capacity analysis Traffic management and control Highway layout and intersection design Signal control Parking design and control Road safety engineering Traffic calming Public transport priority The transport engineer and the development process Designs for sustainable development Transport telematics Statutory requirements References 1MST101 - Road Maintenance Management Management issues Institutional issues Benefits and costs Management information Treatment selection Prioritization Operations management Procurement and controls References Section 3: Select one course from - 1MCT02 - Design of Modern Steel Bridges Types and history of steel bridges Types and properties of steel Loads on bridges Aims of design Rolled beam and plate girder design Stiffened compression flanges of box and plate girders Cable-stayed bridges References 1MST103 - Design of Highway Bridges Introduction to bridges engineering Aesthetics and bridge types General design considerations Loads Influence functions and girder-line analysis Systems analysis Concrete bridges Steel bridges Wood bridges Sub-structure design References 1MST104 - Movable Bridge Design Bridges vs bridges Movable vs fixed bridges Bascule bridges Vertical lift bridges Swing bridges Application of types Bridges replacement Design - preliminary aspects Structural issues Detailing - bascule bridges, vertical lift bridges, swing bridges Machinery - bascule bridges, vertical lift bridges, swing bridges, general and control power Rehabilitation Construction management Structure Fabrication and installation Balancing Replacement and repair of existing bridges Maintenance - sub-structure and super-structure Machinery and control systems Maintenance particulars Inspection - structure, Machinery - bascule, vertical lift and swing bridges Machinery - general, electrical and inspection reporting Evaluation of existing bridges Bridge management Structure and machinery Electrical systems Traffic control systems and operator's houses Failure and bridge functionality analysis References 1MST105 - Bridge Maintenance Management Bridge inspection Concrete super-structures and box girders Steel structures Suspension bridges Cable-stayed bridges Movable bridges Sub-structures Bearings Deck reconstruction and joints Seismic retrofitting of highway bridges Maintenance of traffic during inspection and rehabilitation Environmental controls related to bridge rehabilitation References Section 4: Select one course from - 1MST106 - Railroad Engineering The railroad industry The nature of railroad traffic Revenues and costs The location process Effects of distance Propulsive resistance Motive power Electrification Grades and cure resistance acceleration and deceleration Velocity profiles Problems in grades Tonnage ratings Location procedure Track analysis Sub-grade materials, design, construction and stability problems Drainage Ballast Cross ties Concrete and other artificial ties Rail fastenings and other track material Track geometry Turnouts and crossings Track-train dynamics Conduct of work Railroad right of way References 1MST107 - Environmental Impact of Railway Systems Environmental planning Passenger planning Passenger traffic Freight Social impacts and public perception Noise and vibration Pollution Visual impacts Construction Resources use and route selection Residential, commercial and productive land Nature conservation Heritage and amenity Railways scenic landscape References 1MST108 - Airport Engineering The structure and organization of airports Forecasting of air transport demand using both traditional and new methods Airport systems planning Airport master planning Air traffic control, lighting and signing Airport capacity and configuration Passenger terminal Air cargo terminal Designing for safety Environmental impact of airports References |
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