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Common Engineering Courses ENG001 - Engineering Mathematics (Calculus I) Mathematical induction and the binominal theorem Functions Limits and continuity Derivatives and rules for differentiation Applications of differentiation Integration The definite and indefinite integral Integration of simple functions ENG004 - Engineering Mathematics (Calculus II) Transcendental functions Integration techniques Improper integrals Conic sections Polar co-ordinates Partial derivatives Complex numbers Introduction to matrices and determinants ENG006 - Engineering Mathematics (Advanced Algebra and Differential Applications) Ordinary first order differential equations Linear higher order differential equations Infinite series and Taylor's theorem ENG007 - Engineering Mathematics (Vector Analysis) The straight line and the plane Space curves derivatives and integrals of vectors curves the unit tangent Arc length Surfaces Partial derivatives of vectors The gradient vector Vector fields Vector differential operators Line integrals Gradient fields Surface integrals in the plane Green's theorem Surface integrals in space Centers of mass and moments of inertia Stoke's theorem Volume integrals Center of mass and moments of inertia Gauss' divergence thermo Center of mass and moments of inertia of 1-, 2-, and 3-dimensional bodies ENG102 - Applied Computer Programming (Matlab) Introduction to structured programming language Arithmetic and logic Program flow control Sub-program procedures and function procedures Data types - arrays Sets and records Graphics Practical applications to engineering problems Emphasis on modular programming for engineering applications ENG002 - Applied Mathematics (Statics) Vectors Forces Sum of forces at a point Direction cosines and direction angles Components and component vectors Scalar product Vector product Moment of a force Force system on rigid bodies Equivalent force systems Couples Line of action of resultant Equilibrium of a rigid body Trusses Friction Center of mass Kinematics in one dimension ENG005 - Applied Mathematics (Dynamics) Derivatives and integers of vectors Kinematics in one, two and three dimensions Relative velocities The laws of motion in a straight line with constant forces the harmonic oscillator Forces in the plane Parabolic motion in a circle and other plane curves The principle of work and energy Power Conservation laws Energy Momentum and impulse Angular momentum The rigid body Determination of mass and center of mass Rigid body kinematics Momentums of inertia Rigid body translation, rotation about a fixed axis and motion parallel to the plane ENG106 - Applied Mathematics (Linear Algebra) Vectors and matrices Solution of linear equations Vector spaces and subspaces Orthogonality Determinants Eigen-values and eigenvectors Linear transformations Numerical linear algebra ENG103 - Engineering Drawing Projection planes Points Lines and planes in space Trace points of lines and trace lines of planes True lengths and true angles between lines and planes True angles between planes New projection planes Shadows Interpenetrations Developments Isometric projections Works drawings 1st and 3rd angle projections Line alphabet Dimensioning Scale view drawing layout Auxiliary views Hidden detail Sections and cross-hatching ENG003 - Engineering Physics Geometrical optics Principles of mechanics and heat Properties of wave motion and the application thereof to different types of waves Introduction to the microscopical description of matter and the implications of atomic and nuclear structure for properties of matter ENG104 - Engineering Design Philosophy Impact of technology on society Influence of culture on worldview The role of information technology Ethics in engineering Philosophy of science Science and culture 2. Core Course Section 1 ENG202 - Strength of Materials I Basic
concepts MEG001
- Machine Drawing MEG004
- Workshop Technology Elementary
electrical circuit laws, theorems and circuit analysis Magnetic circuits Principles of DC machines Principles of AC machines DC machine dynamics Principles of synchronous machines Single phase machines Induction machines MEG010 - Numerical Methods Vector analysis Difference equations Zeros of functions Interpolation and curve fitting Numerical linear algebra Numerical methods for the solution of ordinary elliptic and parabolic differential equations Use of Matlab for numerical methods MEG016 - Mechanical Vibration Vibration of single degree of freedom systems Formulation of mathematical models Free and forced vibration of un-damped systems Two and multi degree of freedom systems Natural frequencies and modes of un-damped systems Free and forced vibration and frequency response functions Vibration of continuous systems Control of vibration Balancing Isolation Absorbers and vibration measurement Vibration monitoring for maintenance practices MEG012 - Modeling Modeling of mechanical systems Formulation of differential equations Solution by means of Laplace transforms Block diagrams and transfer functions State-space formulation Eigen value and stability Simulation of mechanical systems Programming of mathematical models in Matlab Numerical solution of ordinary first order differential equations Interpretation of results Experimental system identification of model parameters MEG013 - Electronics I AC circuits Phasors RLC elements, power, resonance, diodes, design of rectifiers The bipolar junction transistor - its operation, graphical and small signal analysis The operational amplifier analysis and design of circuits and practical limitations Logic Gates Design of combination circuits and sequential circuit components EEL111 - Electronics II (Design with Semiconductors) Junction FET's and MOSFET's Frequency response of amplifiers Ideal operational amplifiers Current sources MEG014 - Machine Design Projects in which simple machines must be designed for static strength up to detail drawing level The following elements must be present in the projects: Prescribed performance in terms of position, velocity and acceleration Machine components such as seals and roller bearings Chain and belt drives. Lead screws Springs Clutches and breaks EEL107 - Computer Systems I Assembler language programming Microprocessor architecture Bus, data, memory and input-output systems Digital electronics design MEG017 - Mechatronics Control theory Transfer functions Feedback of linear systems Influence of pole and zero placement on dynamic behavior Transient response and dynamic stability Steady state response Error constants Root locus techniques for stability analysis and control synthesis Frequency response methods MEG018 - Environmental Engineering Fundamentals of sound and noise and standards of industrial noise Influence of noise on the environment Acoustics Noise absorption and shielding Risk assessment Mathematics of growth Water and air pollution standards and regulations Alternative energy sources Global atmospheric change and the greenhouse effect Analysis, measurement and control of ground water and air pollution caused by mechanical systems MEG122 - Aerodynamics Revision of the conservation laws for steady incompressible frictionless flow Sources Sinks Potential vortices and doublets Combinations Kutta's hypothesis and Kutta-Joukowski theorem of lift Thin airfoil theory including camber line theory and thickness Three dimensional lifting line theory including Prandtl-Lanchester wing model The monoplane equation and aerodynamic derivatives Axis-symmetric flow Airscrew theory 4. Core Course Section 3 EEL126 - Engineering Management Aspects of management practice including planning, organizing, staffing and training Leadership and control Management of matrix organizations consisting of line and project functions and speciallity staff Project management and engineering and new product development techniques Industrial psychology Motivation, leadership creativity and entrepreneurial behavior Social responsibility and ethics EEL127 - Engineering Economy Introduction to accounting Balance sheet Profit and loss account Cash flow statements Ratio analysis and interpretation of financial statements Manufacturing cost analysis Time value of money Discounting techniques Economic analysis of investment proposals Taxation influence after tax analysis 5. Majors Two majors are available. Please select either the Mechanical or the Aeronautical Major. You must also select four courses from the major of your choice. 5.1 Mechanical Major Electives: Select 4 course from - MEG016 - Maintenance Technology A system approach to maintenance and its management Maintenance strategies including condition monitoring and control of performance by ensuring contamination, leakage, fluid, chemical, physical, cavitation, temperature, wear and mechanical stability Reliability through design, procurement, maintenance, repair, replacement and stockholding The systematic generation of a maintenance schedule MEG019 - Fluid Machinery Dimensional analysis Basic theory of fluid machinery Water turbines Pelton, Francis and Kaplan types Velocity triangles Pumps Cavitation Axial flow fans Compressible flow through fluid machinery Rothalpy Centrifugal and axial compressors MEG020 - Heat Transfer Heat conduction Analytical and numerical methods for steady and unsteady conduction Convection Boundary layer equations Laminar and turbulent flow Natural convection Boiling and condensation Heat exchangers Overall transfer coefficients Parallel transverse and cross flow Logarithmic average temperature difference Effectiveness-NTU calculations Types and design principles Radiation Adsorption and emission Black bodies Emissivity Form factors Radiation heat transfer between surfaces Radiation gasses Mass transfer Diffusion process Transport analogies Colburn j-factors Combined mass and heat transfer MEG021 - Internal Combustion Engines Analysis of internal combustion engine cycles Adaptations for practical applications Combination mechanisms Hydrocarbon fuels Spark ignition engines Diesel engines and engine management MEG123 - Refrigeration and Air Conditioning Thermal principles Air conditioning systems Psychrometric principles and processes Heat load calculations Duct design Vapor-compression cycles Refrigeration and air conditioning system components MEG124 - Applied Thermodynamics Introduction Design methodology Engineering ethics Review of thermodynamics Review of fluid mechanics Heat transfer Application of thermodynamics, fluid mechanics and heat transfer System identification and description and component design System design Simulation MEG125 - Gas Turbine and Turbo-machine Design Introduction Review of thermodynamics Thermodynamics of gas-turbine cycles Diffusion and diffusers Energy transfer in turbo-machinery Three-dimensional velocity diagrams for axial turbo-machines The design and performance prediction of axial-flow turbines The design and performance of axial-flow compressors Design methods for radial-flow turbo-machines Convective heat transfer in blade cooling and heat-exchanger design Gas turbine starting and control system principles Combustion systems and combustion calculations Mechanical design considerations References 5.2 Aeronautical Major Electives: Select 4 course from - MEG016 - Maintenance Technology A
system approach to maintenance and its management |
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