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The unified system design approach emphasizes hardware software co-design in the final synthesis of the application. https://www.ece.nus.edu.sg/academic/timetables/, http://online.ece.nus.edu.sg/MSc/index.html#project, https://www.ece.nus.edu.sg/education/undergraduate/ee/Modules.html, http://www.nus.edu.sg/registrar/nusbulletin/modulesearch.html. Important Information to Note Upon Cessation of Studies at NUS; Modules Administration; Non-Discrimination Statement; ... (Electrical Engineering) Home / NUS Bulletin AY2020/21 / Faculty of Engineering / ... National University of Singapore. Devices with nanometer features, i.e., nano-devices, exhibit properties different from conventional bulk devices. The topics taught in this module include single transistor amplifiers, current sources and mirrors, current and voltage references, operational amplifiers, feedback theory and stability, noise analysis, oscillators, S/H circuits and comparators. It incorporates introductory concepts, MOS capacitor, long channel MOSFETs, short channel MOSFETs, MOS IC and technology, and MOS IC applications. National University of Singapore. This module provides the students with a solid background on analysis and design of the custom digital integrated circuits. This module provides students with the working knowledge of various components of an electrical drive system and their control for efficient energy conversion. To preclude all Faculty of Engineering (FoE), Computer modules which only lasts one or two semesters! Major topics covered include electrostatic actuation and capacitive sensing, piezoelectric actuation and sensing, thermal actuation and sensing, optical MEMS devices and nanophotonics, CMOS MEMS devices, inertial sensors, RF MEMS devices, resonators and clocking, NEMS sensors, energy harvesters, and packaging technology. Basic concepts and principles of system optimality with applications to control and state estimation will be taught in the module. The module objective is to provide a basic understanding of present optical communication systems as well as future engineering challenges. This module therefore introduces the student to a broad range of enabling knowledge and skills commonly employed by RF and microwave engineers to specify, analyse and design radio and microwave transmission systems. It deals with how the electric energy The students are expected to learn useful skills and build up interdisciplinary background for further research in biomedical circuits and system. List of modules – BTech (Electronics Engineering), comprise: 1. On completion of the course, students will know what the Internet really is, how it can be used and why it is so exciting. Antenna parameters. Free-space and fiber optical communication systems. Topics include: advanced filter designs; system in package; transistor small signal modelling and large signal The major topics covered in this module are: Basic concepts of biomedical instrumentation, Cardiovascular system and measurements, Respiratory system and measurements, Neuro-physiological measurements, Signal conditioning and various analysis (linear and nonlinear) techniques. IMPORTANT: Please check the timetables regularly for updates. Energy sustainability is important both due to the limited global petroleum reserves and due to the global warming effects of greenhouse gases released by the use of fossil fuels. This module forms one of the foundation modules for all students who want to specialise in Electric Energy System Engineering. EE Core Modules: 32: PC2020: Electromagnetics for Electrical Engineers: 4: EE2012A: Analytical Methods in Electrical and Computer Engineering: 3: EE2023: Signals and Systems: 4: EE2026: Digital Design: 4: EE2027: Electronic Circuits: 4: EE2028: Microcontroller Programming and Interfacing: 4: EE2033: Integrated Systems Lab: 4: EE2028A: C Programming: 2: EE2029: Introduction to Electrical … It is only open to research students. Topics covered include Lyapunov-based direct adaptive control scheme, self-tuning regulator, model reference adaptive control, variable structure control and least squares estimation. This module includes state-of-the-art technologies such as optical modulation formats, fiber nonlinearities, and optical signal processing. It also provides students with an integrated perspective about the two modules. Influence in business and the global economy. The objective of this course is to understand three-dimensional shape/space processing in human or machines. Privacy and freedom of information. This course presents the fundamentals of Microelectromechanical Systems (MEMS) Nanoelectromechanical Systems (NEMS), culminating in advanced concepts and applications. We also study the unique characteristics of the underwater channel and their effect on medium-access control (MAC) and other data-link layer protocol design. Case studies and some of behavioral research will be given to enhance the capability of interdisciplinary research. Interactive System Design Research Methods (Advanced). Finally the complete communication system is assembled and measured. Topics covered: Si/SiGe mixed-signal IC technologies; RF behaviour of passive and active components; Balanced and unbalanced design principles; Design of analogue RF transceivers: amplifiers, mixers, buffers, oscillators; Grounding and decoupling principles; Interconnect modelling and crosstalk; Introduced digital noise; Thermal management; Packaging. For each kind of device, a brief history, background knowledge, device structure and characteristics, as well as device applications and outlook will be included. Switching circuits design and protection circuits. The module is designed to expose the students with a wide range of functional devices and to equip the students with capability of analyzing new emerging devices. Students will be taught how these approaches identify and exploit biological processes in nature, allowing a wide range of applications to be solved in industry and business. The array design techniques will be highlighted and emphasized. As a result, all these data storage devices are now operating in the nanometer regime. In addition, students are expected to complete a self-study project that will expose them to the most recent advances in adaptive control theory. The focus of this module will be on the antenna array as a realization method to enable multi-antenna communications. This module introduces students to the important area of signal processing and communications, which are two major areas in electrical engineering and in our daily lives. Technical Electives (24 MCs) CG3207 Computer Architecture OR CS3230 Design and Analysis of Algorithms: 4. It further examines the design issues for digital PID, PID auto-tuning, phase compensator, and the model predictive control, including the performance criteria, pole-placement, as well as numerous illustrative application examples. Various types of electric drives such as AC, DC, SRM and special drives such as PMSM drives will be introduced and their steady-state as well as transient performances will be discussed. 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. Analog and digital modulation techniques. Finally, it covers topics on optical access networks discussing the architectures, operations, and protocols. Microwave frequency conversion, mixer analysis, single-ended and balanced mixers, diode and transistor mixers, image rejection, mixer noise. There is a compulsory computer project for this module. Basic knowledge of mathematics and physics at the GCE O-level. C: no. Major topics include the perception of objects, color, and motion, 3D vision, visual attention, and hearing. RF Antennas: parameters, aperture antennas and arrays. 100% CA. 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. High-Frequency Power Converters (Advanced). The distinguishing feature about this module is the engineering emphasis on the coupled relationship between wireless and sensor network protocols and the underlying physical layer and energy considerations. University Credits: 180. In this module, we introduce the anatomy and physiology of the visual and auditory systems as well as their psychophysical characterizations. RF Receivers: receiver and mixer parameters. Since orientation this year is pretty unlikely to happen, I’m quite worried that finding engin friends will be difficult, especially since no one I know is entering EE too! Power electric modules. Mathematics 1, 2 & 3. This module adopts a model-based approach to introduce information storage through focusing on the basic principles of various types of data storage systems and the associated roles of nanotechnology in each field. Topics include: In a nutshell - microelectronics, microprocessors, multiprocessing. of hours for projects, assignments, fieldwork etc per week Topics covered: Introduction to real-time and embedded systems; Time critical I/O handling; Real-time embedded software design; Concurrent programming; Real-time operating systems; Scheduling and time-critical processing; Deadlock management; Process communications; Case studies of real-time embedded systems. Mathematical background materials, such as matrix properties and operations, dynamic system models and solutions and random variables will first be discussed, followed by major topics including notions of optimality, selection of cost functions, optimal state estimation, basic optimal control and model predictive control. 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