Magnetic circuits and materials. Phasor analysis of single and three phase power. Transformers. Electric fields, insulators, conductors. Principles of electrical generation and distribution systems, synchronous and induction machines. DC machines. Motor control.
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An introduction to computer programming in C, digital logic, computer architecture, microprocessor programming (assembler and C), embedded systems, and software engineering.
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Electronic circuit simulation followed by a design-and-build project including circuit design and simulation, printed circuit board design, and construction of a working device with documentation. CAD draughting, basic operation and draughting, drawing aids, editing, creating objects, projections, adding text, dimensioning, use of standard parts. Documentation preparation. Selected management topics.
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Introduction to software engineering fundamentals. Programming in the C language. Number representations. Data structures and algorithms. Graphical user interface programming. Embedded system software. Abstraction, modules and objects. Designing for efficiency.
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Electrostatics and magnetostatics. Poisson and Laplace equations. Steady and time-varying fields. Maxwell's equations. Plane waves and transmission lines.
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Introduction to communications engineering, with an initial focus on analogue systems. Amplitude and angle (frequency) modulation techniques. Noise and interference effects. Second focus on discrete time and digital systems. Multiplexing, sampling theorems, aliasing, encoding and quantization. Digital transmission using pulse-code modulation, delta modulation, differential pulse code modulation.
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Audio and RF electronics: Biasing and stability. Actual circuits and noise, Tuned-load, and differential amplifiers. Oscillators, mixers, modulators and demodulators. Low noise amplifiers. Power amplifiers. Phase-locked loops.
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Semiconductor materials, physics and device characteristics. Introduction to CMOS circuit design.
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Continuous transient behaviour of power electronic circuits. Energy transformations and their control. Analysis of rectifier, converter and chopper circuits. Introduction to the control of power electronic circuits.
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Special Topic
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Special Topic
Score: 7.3148694 Details | Listing | Web page
Project management, ethics, marketing, product development, inventing, intellectual property, standards, quality assurance, resource management, health and safety, accounting, financial analysis, contracts, legislation, professional development. Group and individual projects. Prototype and paper designs. Written and oral communication.
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System modelling. Analogue signals, convolution, and correlation. Fourier and Laplace transforms. Random processes. Sampled signals and systems. Discrete Fourier transform. Z-transform. Analogue and digital filters. Control strategies: open-loop feedforward and feedback control systems. Stability, performance, and sensitivity analysis. Lag and lead compensation. Frequency domain design. PID controllers.
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Power system layout, generation, transmission and distribution networks. Earthing and earth grid design. High voltage. System component modelling and operation. Power supplies. Power flow analysis. Power transfer and control. Fault analysis and system protection. Harmonics and electromagnetic transients. Energy resources. System planning and operation. Electricity markets.
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Digital logic. Data representation. Digital components and signals. Combinational and sequential logic design and realisation. Microprocessor system design and programming. Simple and complex programmable logic devices. Hardware description languages and introduction to VHDL. CPU design and Field Programmable Gate Arrays (FPGAs).
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All candidates are required to undertake project work, submit progress and final reports and present their work orally.
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Object oriented software design, implementation and testing, primarily using C++. Team software specification and management. Cross-platform tools and development of graphical-user-interfaces. Advanced software algorithms and architecture. Software engineering practice and methods.
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Design and implementation of advanced logic systems. Computer, micro-processor and digital signal processor systems and their implementation. High level hardware design language. Practical issues in advanced digital hardware design.
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State space analysis and design of control systems. State estimation. Sampled data systems. Stochastic systems. System identification. Non-linear control. Neuro-Fuzzy control.
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Maxwell's equations. Boundary conditions. The wave equation. Time harmonic electromagnetic fields. Waveguides and cavities. Radiation and antennas. Electromagnetic compatibility. Special topics.
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A second course in communications engineering focused on digital communications systems and networks. Pulse shaping, equalisation and modulation. Signal space concepts and optimum detection. Error control coding and coded modulation. Traffic and queuing theory. Packet switching. Local and wide area networks. Wireless networks.
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Designing amplifier, oscillator and modulator circuits for high frequency operation, using discrete components. Coupling of components and impedance matching with striplines. Analogue filter design. Principles of radio receiver design for low noise, high selectivity, and adjacent channel rejection. Instrumentation circuits. Designing for EMI suppression.
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Micro- and nano-electronic device fabrication technology. Physics of electronic materials. Advanced semiconductor devices. Advanced CMOS techniques. Design hierarchy and chip layout. IC design software. Future trends in nanoelectronics.
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Analysis and design of high frequency switching converters, including magnetic circuit design. Semiconductor devices, drivers and protection. Motor control and drives.
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The design and analysis of power systems for normal and abnormal conditions. CAD packages will be used to give hands-on experience and to demonstrate principles.
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