Academics

Courses
programs

Courses

(*) marked courses are the second Semester courses

Required Courses
Master Degree (NTU Curriculum Mapping)
Applied Mathematics I	Experiments on Electronics	Experiments on Applied Mechanics I
Two out of four courses below are also required:
Dynamics	">Elasticity I	Fundamental of Fluid Dynamics
Doctoral Degree (NTU Curriculum Mapping)
Experiments on Electronics	Experiments on Applied Mechanics II

Elective Courses
Advanced Applied Mathematics I	Applied Quantum Mechanics	Anisotropic Elasticity
Applied System Identification	Bio-optoelectronic Measurements
Continuum Mechanics	Carrier Dynamics and Control	Compressible Flow
Design and Fabrication of Opto-mechatronic Systems	Design of Acoustics/Optics inspection & Measurement System	DESIGN AND SIMULATION OF OPTOMECHATRONIC SYSTEMS
Electromagnetism II	Fabrication & Design in Optical MEMS	Fundamentals & Applications of Polymer Processing

Fracture Mechanics	Global Positioning System (GPS)	Hyperbolic Conservation Laws
Hydrodynamic Stability	Introduction to Micro-scale Fluid Dynamics	Introduction To Nanoscale Energy Transport
Introduction to Microfluidics	Introduction to Display Technology	Introduction to Piezoelectric Energy Harvesting
Introduction to Implantable Wireless Biomedical Systems	Implantable Wireless Biomedical Systems I	Introduction to microcontinuum mechanics and its applications
Introduction to Two-Phase Suspension Flows	Introduction to Plasma Dynamics	Introduction to Air Pollution
Intelligent Structural Systems & Vibration Control	Introduction to Microfludics in Lab-On-a-Chip	Introduction to Smart Living Technologies
Molecular Dynamics	Modern Measuring Techniques of Thermal Fluid Mechanics	MICROSTRUCTURE AND MACROSCOPIC BEHAVIOR OF MATERIALS
Micro-electromechanical Analysis in Ferroelectric Materials	Mechanics of Piezoelectric Material	Micro-electro-mechanical System (MEMS) & Nanotechnology

NanoMedicine and NanoMechanics	Nano Biotechnology	Nonlinear System & Control
Optical Desing & Engineering I	Optical Desing & Engineering II	Opto-electronic & Piezoelectric Systems
Physiological fluid Dynamics	Principle & Applications of Nondestructive Evaluation	Photonic waveguides
Physiological Fluid Dynamics	Quantum Mechanics	Rarefied Gas Dynamics
Special topics on Micro- optomechatronic Systems	Special Topics on Electronic Packaging: Wafer Level Packaging	Special Topics on Experiments on Electronics
Special Topics on Computational Dynamics	Stress Wave Propagation
Technical Writing	Technical English II	Viscous Flows
Waves in Piezoelectric Crystals & Acoustic Wave Devices	“Scientific Taiwan” -- One of series courses of “Exploring Taiwan”	SEMICONDUCTOR MICROSENSORS
SPECIAL TOPICS IN THERMAL AND WATER MANAGEMENTS OF FUEL CELL	Syllabus of Special Topics of Hydrodynamics Stability	Science and Technology R&D Project Management (Session I, Session II)
Technical Communication and Writing

programs

Programs

　　The Institute offers both Master (M.S.,) and Doctoral (Ph. D.,) degree programs. These graduate programs emphasize theoretical and experimental aspects of applied mechanics. Students are admitted from all disciplines of engineering and science. Approximately 77 masters, 16 doctoral, and a few foreign students are admitted each year. A total of roughly 1490 masters and 200 doctoral students have graduated thus far.

The Master Degree Program

　　Masters students are required to complete 27 credits and write an original thesis. The course work includes: Electronics Lab., Applied Mechanics Lab. I, and Applied Math. I. In addition, one out of three courses of Dynamics, Elasticity and Fluid Mechanics are repuired.

The Doctoral Degree Program

　　Doctoral course work requires Applied Mechanics Lab. II and Electronics Lab., with a total of 18 credits plus four Institute seminars. A doctoral candidate has to publish papers in SCI journals ( or get SCI paper-accepted letter) prior to PhD thesis defense.

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