課程說明：介紹積體光學元件之原理及特性
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<br>Content：
<br>1  Background of Photonics (Week 1)
<br>2  Optical Waveguides (Week 2~3)
<br>3  Waveguide Loss (Week 4)
<br>4  Coupling of Waves and Modes (Week 5~6)
<br>5   Waveguide Couplers and The Applications (Week 7~8)
<br>6   Integrated optical resonators (Week 9)
<br>Midterm (Week 10)
<br>7  Eigenmode Expansion and Multimode Interferometer (Week 11) 
<br>8  Array Waveguide Grating and Echelle Grating (Week 12)
<br>9  Nonlinear Schr&#246;dinger equation (Week 13~14)
<br>10  Group velocity dispersion and self-phase modulation (Week 15~16)
<br>Term Project Report (Week 17)
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<br>Lecture Note： 
<br>Slides, by Ming-Chang Lee
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<br>Text Book： 
<br>1."Photonic Devices", by Jia-Ming Liu, Cambridge
<br>2.“Integrated Optics – Theory and Technologies”, by R. G. Hunsperger, 6th edition, Springer 
<br>Verlag
<br>3."Nonlinear Fiber Optics", by Govind P. Agrawal, Academic Press, the 4th edition
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<br>Grading：
<br>Homework: 20%
<br>Roll Call: 20%
<br>Midterm: 30%
<br>Term Project: 30%
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