Objective
This course provides an introduction to the principles, techniques, and cutting-edge developments in photonic chip design. The course covers fundamental concepts in waveguide theory, optical materials, devices, circuits and simulation methodologies used in photonic integrated circuit (PIC) design. Beyond the fundamentals, the course introduces a wide range of emerging applications, including ultrafast optical communication, optical computing, sensing, and quantum photonics. Students will understand the theoretical foundations and the real-world opportunities of photonic chip technologies, preparing them for advanced study or careers in integrated photonics and semiconductor technology.
Syllabus
Introduction to photonic integrated circuits
Fundamentals of waveguides
Passive optical devices
Active optical devices
Simulation and design tools
Manufacturing technology
Photonic circuits & system-level design
Applications of photonic integrated circuits
Emerging trends and future technologies
Learning Outcome
1. Understand fundamental physics of waveguides, optical materials, and photonic device structures used in photonic integrated circuits (PICs).
2. Design basic photonic components and circuits using industry-standard simulation tools and evaluate their performance.
3. Understand the fundamental principles of photonic chip manufacturing
4. Understand the principle and assessment of emerging applications of photonic chips, including ultrafast optical communication, optical computing, sensing, and quantum photonics.
