Department of Electronic and Information Engineering Faculty of Engineering The Hong Kong Polytechnic University

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E-Teaching/Learning Initiatives o “Exploring DC/DC Converters with PowerESIM: A Laboratory Manual” was developed with PowerELab Ltd. for university teaching and possibly industrial power supply design training. It is based on the simulation platform PowerESim and can be downloaded at www.poweresim.com. Final-Year Projects’ Supervision Academic Year 2007/2008 (3 students) o Pre-class virtual laboratory exercises for coursework EIE252 (Higher Diploma) — Peggie Lau and Ng Chi Ho o Electrocardiography for Civil Use (B.Eng, PT) — Keith Chan Kin Hong Academic Year 2008/2009 (11 students) o Pre-class virtual laboratory exercises for coursework EIE252 (Higher Diploma) — Stephanie Fung Wing Yan and Crystal Chow Mung Yan o A multi-functional electronic device for hiking (Higher Diploma) — Poon Ka Shun and Ng Ka Ho o Theoretical study and construction of an electromechanical vibration based energy harnessing device for wireless network sensors used for earthquake or volcano monitoring (Higher Diploma) — Lam Chi Hang and Fong Wai Hang o Fundamental investigation and development of highly-efficient high-brightness-LED drivers for automotive vehicles (B.Eng) — See Yeung Hong (Semester 1) o Construction of a three dimensional magnetic levitation platform (B.Eng) — Michael Lau Chun Kat (Semester 1) o Nonlinear control of high-brightness-LED drivers for automotive vehicles (B.Eng) — Chan Siu Leung (Semester 2) o Magnetic levitation of non-static platform (B.Eng) — Nick Ng Sau Kin (Semester 2) o A fuzzy controller for voltage source inverters (B.Eng) — Tony Kong Chuen Yeung (Semester 2) Academic Year 2009/2010 (5 students) o Pre-class virtual laboratory exercises for coursework EIE252 (Higher Diploma) — Ada Chong Lai Yin and Kitbees Kwan Pui Yan o Controlling the three-dimensional magnetic levitation of non-static platform (B.Eng) — Patrick Chan Siu Lap (Semester 1) o Electronic interface for three-dimensional levitation platform (B.Eng) — Mike Wong Hok Kwai (Semester 1) o Switched-capacitor converters for portable electronics (B.Eng) — Lau Chi Kin (Semester 1) Teaching Assignments Academic Year 2006/2007 o EIE405 : Circuits for Consumer Electronics (Semester 1) — *SFQ: 3.5/5.0 (at 50th Percentile); Class size: 70; Response rate: 85.7%. o EIE252 : Electronic Circuits II (Semester 2) — *SFQ: 4.3/5.0 (above 90th Percentile); Class size: 109; Response rate: 78.0%. o EIE402 : Power Electronics (Semester 2) — *SFQ: 3.8/5.0 (above 50th Percentile); Class size: 42; Response rate: 85.7%. Academic Year 2007/2008 o ENG1001: Foundation Year Seminar I (Semester 1) — *SFQ: 3.7/5.0 (above 50th Percentile); Class size: 72; Response rate: 76.4%. o ENG241 : Fundamental of Electrical & Electronic Eng. (Sem. 1) — *SFQ: 4.5/5.0 (above 90th Percentile); Class size: 69; Response rate: 89.9%. o ENG1002: Foundation Year Seminar II (Semester 2) — *SFQ: 4.1/5.0 (above 50th Percentile); Class size: 68; Response rate: 77.9%. o ENG238 : Basic Electricity and Electronics II (Semester 2) — *SFQ: 3.6/5.0 (at 50th Percentile); Class 1 size: 112; Response rate: 67%. — *SFQ: 3.9/5.0 (above 50th Percentile); Class 2 size: 125; Response rate: 50.4%. o EIE252 : Electronic Circuits II (Semester 2) — *SFQ: 4.3/5.0 (above 90th Percentile); Class size: 109; Response rate: 76.9%. Academic Year 2008/2009 o ENG241 : Fundamental of Electrical and Electronic Engineering (Semester 1) — *SFQ: 4.3/5.0 (at 90th Percentile); Class size: 67; Response rate: 89.6%. o EIE402 : Power Electronics (Semester 1) — *SFQ: 4.3/5.0 (at 75th Percentile); Class size: 22; Response rate: 72.7%. o ENG238 : Basic Electricity and Electronics II (Semester 2) — *SFQ: 3.6/5.0 (at 50th Percentile); Class 1 size: 121; Response rate: 63.6%. — *SFQ: 4.1/5.0 (above 50th Percentile); Class 2 size: 139; Response rate: 33.1%. o EIE252 : Electronic Circuits II (Semester 2) — *SFQ: 3.8/5.0 (above 50th Percentile); Class size: 110; Response rate: 90%. Academic Year 2009/2010 o ENG241 : Fundamental of Electrical and Electronic Engineering (Semester 1) o EIE304 : Electronic Circuits (Semester 1) o EIE402 : Power Electronics (Semester 1) o ENG238 : Basic Electricity and Electronics II (Semester 2)