The outline of this course can be separated into two main topics. The first part of this course will be the review of fundamental knowledges of optoelectronics and photonics, which will be offered based on the textbook by the lecturer. The second part of this course will be the discussion of recent designs of nano-optoelectronics devices, which will be offered through group discussion. 1. Semiconductor Physics and Light-Emitting Diodes 2. Photodetectors and Image Sensors 3. Synthesis and Applications of 1D Nanowires 4. Growth/Synthesis and Applications of 2D Materials 5. Synthesis and Applications of 0D Quantum Dots Teaching strategies: 1. Textbook 2. Presentation and discussion of recent published journal papers.
（本課程為英文授課）
Week 1. Course Introduction
Week 2. Fundamental of semiconductor physics
Week 3. Intrinsic semiconductors
Week 4. Extrinsic semiconductors
Week 5. p-n junction
Week 6. Light-emitting diodes
Week 7. Photodetectors
Week 8. Review for the Midterm Exam
Week 9. Midterm Exam
Week 10. Synthesis and applications of 1D nanowires
Week 11. Growth/synthesis and applications of 2D materials
Week 12. Synthesis and application of 0D quantum dots
Week 13. Student oral presentation/discussion
Week 14. Student oral presentation/discussion
Week 15. Student oral presentation/discussion
Week 16. Student oral presentation/discussion
Grading
1. Homework 20% 2. Mid-term Exam 40% 2. Presentation 40% 3. Bonus 10%