This module provides background knowledge of physics of electrical and optical properties of bulk and low dimensional semiconductor materials. B: no. This course covers: radiometry, texture, feature matching, segmentation, and image/video editing. The module offers students timely and updated coverage of a wide range of topics relevant to automation and control engineering tapping on the latest and diverse range of developments in the repertoire of the control group, such as the delivery of a measured collation of automation and control system designs applied to real problems of a diverse nature and which are not easily and directly available from standard literature. modules which only lasts one or two semesters! EE5702 / EE5702R Advanced Power Systems Analysis. Compulsory Modules. The objective of this module is to teach skills, such as questioning, forming hypotheses and gathering evidence. Electrical Engineering, M.S. The following areas will be covered: basic principles of recording and reproducing process in magnetic storage and optical storage; essential components of a data storage system; role of mechantronics and control in data storage systems; role of channel components in improving the reliability of readback data; basics of partial response channel and Viterbi detection; basics of error correction and modulation coding; types of interface. Topics covered include static electric and magnetic fields, Maxwell’s equations; electromagnetic waves: plane-wave propagation, behaviour at interface between media, shielding, electromagnetic compatibility; transmission lines, impedance matching, radiation and case studies. The description of graduate modules offered by the Department of Electrical and Computer Engineering are listed below. The students will develop in-depth understanding of integrating the unit process steps to design a device that meets electrical performance specification. It integrates innovation, product planning, marketing, design and manufacturing functions of a company. To provide an understanding of an alternative to "adaptation", the concept and basic design of variable structure control will be discussed. conventional forms of generation, the factors that influence the price The course content offers essential mathematical as well as simulation tools to conduct reliability analysis of interconnected power systems and estimate various probabilistic measures. This module will make the student aware of the fundamental considerations needed to design advanced high frequency power electronic converters in an industrial environment. Admission is based on interviews and A-level results. Circulators and isolators. This module emphasizes on the practical aspects related to modules EE2021 Device and Circuits and EE2022 Electrical Energy Systems. 2 April 2019: - IFS4103 Penetration Testing Practice may count as CEG TE Depth (under no particular concentration). EE5101 Linear Systems EE5103 Computer Control Systems. The student will also carry out a case study on an invention/inventor of his or her choice and present it in the form of a poster paper. Maximum class size 20. This course will provide students with a good foundation in computer vision and image processing, which is important for those intending to proceed to biomedical engineering, intelligent systems and multimedia signal processing. Free-space and fiber optical communication systems. This module forms one of the three core modules for the students specializing in Power and Energy area of research. While having theoretical rigor, the module will also emphasize the realizability and implementation of algorithms based on prediction, estimation, spectral analysis and optimum processing on existing digital processing systems. digital and memory integrated circuits (IC). EE5507/EE5507R Analog Integrated Circuits Design. 100% CA. As a result, all these data storage devices are now operating in the nanometer regime. The subjects we have to take are mathematics and physics, which are the 2 main modules every engineering student has to take. Electrical and Computer Engineering. This module exposes students to the mathematical foundational concepts that are necessary in the field of electrical engineering such as electrical circuit analysis, signal processing, communications, computer networks, information processing, energy and control systems. This module provides an overview of the general failure mechanisms in integrated circuits and three MOS technology specific reliability mechanisms (i.e., CMOS latchup, gate oxide reliability and hot carrier reliability). This course is designed to give graduate students a comprehensive understanding of topics at the confluence of computer vision, computer graphics, machine learning and image processing. The module aims to introduce the basic concepts and design methods of computer/microprocessor based control schemes. This module is targeted at those electrical engineering students who have interests in IC design. Thus it is designed for electrical engineering students to experience an integrated learning of innovation and enterprise pertaining to new product development where technology plays a central role. EE4102 or EE5305 (Applicable to undergraduate students only). The course concludes with a discussion of various practical multiple access schemes in wireless cellular systems. The topics covered are: discrete system analysis; pole-placement design, basic predictive control, digital PID controllers; implementation issues (sampling theorem, aliasing, discretisation errors) and real-time realisation using system control software such as Matlab and Labview. The BEng (Electrical Engineering) is offered by the Electrical & Computer Engineering (ECE) Department. The module also helps in the understanding of the problem formulation approaches for a wide variety of applications using the methods and techniques taught in the earlier part of the course. It discusses network switch architectures, design, algorithms, and protocols related to wavelength division multiplexing (WDM) circuit switching, optical burst switching, optical packet switching, and optical access networks. It is aimed at making students understand how networks work through understanding of the underlying principles of sound network design. Packet switching, line coding, framing, and error detection. Micro/Nano Electromechanical Systems (Advanced). Hello Jane. EE Poly Direct Entry students are required to read the Compulsory Bridging Modules PC1222 and MA1301. Upon completion of this course, students will be able to model, analyze, and predict the performance of three-phase systems, transformers, and transmission and distribution networks. M.Sc students are allowed only up to maximum 2 modules with: (i) non-EE prefix module, and/or (ii) undergraduate level 4 module, regardless of department/faculty. The main focus is on implementation in Si/SiGe CMOS and BiCMOS integrated circuit (IC) technologies. We introduce exact and approximate inference and learning of graphical models, which serve as unifying themes for many models and algorithms in control, communications, speech analysis, signal processing, computer vision and biomedical image analysis, such as Kalman filtering, hidden Markov models, Viterbi algorithm and LDPC decoding. There will also be a hands-on laboratory session in which the students will be introduced to some of the basic processes in microelectronics fabrication. This module includes state-of-the-art technologies such as optical modulation formats, fiber nonlinearities, and optical signal processing. At the end of this module, students will be able to explain many physical phenomena in everyday life, such as electricity energy transmission, wave reflection/transmission, and the impact of skin depth on wave propagation. Students can choose the problems that are aligned with their thesis topics to complement their research. Students who opt to read MSc (Electrical Engineering) with a specialisation will be required to fulfil the following requirements: Specialisation in Automation and Control Engineering. It provides the necessary fundamentals in power systems analysis. Various devices making use of electrical, optical, and magnetic properties of different materials will be covered. Advanced knowledge of power systems analysis is required. Major topics covered are the photovoltaic (PV) effect, solar cells (silicon wafer cells, thin-film cells, organic cells), PV modules, the thermoelectric effect, thermoelectric devices, fuel cells (proton exchange membrane cells, high-temperature cells), pumped hydroelectric energy, compressed air energy, flywheels, rechargeable batteries (lead-acid, lithium ion, etc), electrolytic hydrogen, and supercapacitors. This course introduces ECE and SoC graduate students to the fundamentals of machine learning from a statistical perspective, bringing the student to a level at which he can conduct independent research in this interdisciplinary area. Interactive System Design Research Methods (Advanced). I combined both EPP 1 and EPP 2 reviews together as the style of lesson delivery is similar, except the differing module content. To preclude all Faculty of Engineering (FoE), Computer Students will learn fundamental concepts behind antenna theory and design, the latest methodologies employed for antenna analysis and measurement, and most importantly, how a desired antenna system can be efficiently designed from initial specifications by means of simple practical engineering procedures and CAD tools. Topics include: concepts and classification of stochastic processes; special processes (binary transmission, telegraph, random walk, Wiener-Levy, Poisson); transmission of stochastic processes through systems; stochastic integrals and ergodicity; bandlimited processes; Gaussian processes; Markov processes; Markov chains; counting processes. Design across different levels of analysis include single area power system and manufacturing functions of a neural network research the... In microwave/RF theory and techniques R & d efforts multivariable feedback control are required to write research... 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