Academics
Dop Course Outline
OS7104 Integrated Optics
Last Revised: 2020-04-14
Course Objectives
Let student understand the operational principles, fabrication methods, design and applications of various components used in integrated lightwave circuit
Prerequisite
Textbook 1. Integrated Optics, Theory and Technology- R. G. Hunsperger
2. Integrated photonics- Clifford R. Pollock and Michal Lipson
3. Integrated Photonics- Gines Lifante
Topical Outline 1. Introduction and background
2. Optical waveguide theory and fabrication
3. Loss and coupling
4. Optical modulators
5. Lasers and amplifiers
6. Integrated Detectors
7. Nanophotonics
8. Current trend, applications, and case studies
Prerequisite
Textbook 1. Integrated Optics, Theory and Technology- R. G. Hunsperger
2. Integrated photonics- Clifford R. Pollock and Michal Lipson
3. Integrated Photonics- Gines Lifante
Topical Outline 1. Introduction and background
2. Optical waveguide theory and fabrication
3. Loss and coupling
4. Optical modulators
5. Lasers and amplifiers
6. Integrated Detectors
7. Nanophotonics
8. Current trend, applications, and case studies
