Teaching
Experience
@ National Taiwan Ocean University, Taiwan
Applied Numerical Analysis
Junior level course. Covers fundamental theories in numerical analysis.
Thermoelectricity
Graduate course. This course covers fundamental theories, operation principles, and cutting-edge research in thermoelectricity.
Heat Transfer
Junior level course. This course covers the basic physics and theories of conduction, convection and radiation.
Sustainable Energy
Graduate course. This course covers current and potential future energy systems which include renewable and conventional energy production technologies with emphasis on meeting energy needs in the 21st century in a sustainable manner.
Areas
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Mechanical Engineering
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Electrical Engineering
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Heat transfer
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Numerical Analysis
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Renewable energies
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Thermeoelectrics
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Optics
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Digital logic fundamentals
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Circuits
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Signal Processing
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SEM
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Ocean energies
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Sustainability Science
@ Michigan State University, USA
ECE 230 Digital Logic Fundamentals at Department of Electrical and Computer Engineering, Spring Semester, 2011
Sophomore level digital logic course. Covers the fundamentals of digital logic. Student feedback: 3.6/4.0
ECE 476 Optics at Department of Electrical and Computer Engineering, Summer 2009; 2011; and 2012
Senior level optics course. Covers theories and hands-on experiments on optics. Student feedback: 3.85/4.0 and 4.0/4.0.
ECE 202 Circuits and Systems II at Department of Electrical and Computer Engineering
Fall Semester, 2011
Sophomore level circuit analysis course. Covers the fundamentals of circuits.
ECE 366 Introduction to Signal Processing at Department of Electrical and Computer Engineering, Spring Semester, 2012
Junior level Signal Processing course. Covers the fundamentals of signal processing.
Electron Microscopy at the Center for Advanced Microscopy Michigan State University, January 2006- December 2009
Graduate course. Taught graduate students the operations of Electron Microscopy and offered advanced
training on a needed basis
• The following techniques were covered in the course: standard secondary electron
imaging, back-scatter electron imaging, and energy dispersive X-ray spectroscopy
• Received consistently positive feedback from the students