|
sorts |
courses |
|
Introduction
to
Nanotechnology |
Introduction
to Nanotechnology |
|
Special Topics on Nanotechnology |
Nanobiotechnology; Nanomaterials Science and
Technology; Fabrication and Characterization of
Nano-devices;
Magneto-Optics Principle and Technology;
Nanostructured Materials;
The Manufacture Processes, Characterizations and Applications of thin film
Materials;
Magnetic thin film depositions, characterizations and applications;
Vacuum thin film depositions and thin film characterizations;
Thin film materials and processings;
Nanomaterials and processings
|
|
Optoelectonics Engineering |
Magneto-Optics Principle and Technology;
Fundamentals of Photonics (1)(2);
Opto Electronic Engineering;
Modern Optics;
Semiconductor Optics,
Introduction to Modern Optical Microscopy;
Bio-optoelectronic Technology;
The Physics of Optoelectronic Semiconductor Devices;
Electro-Optical Semiconductor Techniques;
Theory and Applications of Integrated Optics; Micro-Optics (1)(2) |
|
Microelectrical and Mechanical Systems |
Introduction to MEMS;
Analysis and Design of Microelectromechanical
Systems;
Advanced MEMS Fabrication
Techniques; Micro-Electro-Mechanical Systems
Technology |
|
sorts |
courses |
|
Bio-engineering |
Introduction of Life Science Biotechnology, |
|
Quantum Mechanics |
Introduction to Modern Physics |
|
Senors and Analytical Techniques |
Characterization of Nanomaterials and
Nanostructures;
Sensors & MEMS Engineering;
Advanced Materials Characterizations;
Microanalysis of Materials;
Measurements for Nanotechnology;
|
|
Semiconductor
Engineering |
Manufacturing Processes and Instruments for MEMS; Semiconductor
Manufacturing Equipment;
Solid State Physics,
Introduction to Semiconductor Theory and Devices; Semiconductor Processing and
Fundamentals;
Semiconductor Manufacturing Equipment;
Compound Semiconductor Device Engineering
|
|
Computational Mechanics |
Computational Fluid Mechanics;
Control Engineering |
|
Integrations of Optoelectronics and Mechantronics
|
Introduction to Mechantronics;
Automatic Control Systems |
|
Biological Sciences |
Biotechnique;
Introduction of Bioengineering; Cell Biology,
Biological
Electron
Microscopy;
Biochemistry; Molecular Biology, Immunology |
|
Laboratory Experiments |
MEMS Fabrication Lab;
Basic Biology Laboratory |
|
Independent Research |
This course
is planned to develop students' ability of independent research. |