Photonic Integrated Circuits

About Course

Photonic integrated circuits. This is a graduate-level course for those who are interested in Lightwave/photonic circuits.

The course introduces essential concepts required to understand the operation of various integrated photonic components and draws a parallel with bulk components. This course will cover the theory, design, fabrication, and application aspects of photonic materials and devices. In addition to lectures, a selection of demonstration of device fabrication and characterization will be presented.

Week 1:Review of Electromagnetic Waves
Week 2:Photonic integrated circuits: an introduction
Week 3: Material technology for integrated optics
Week 4:Introduction to guided wave optics
Week 5:Integrated optical waveguide design
Week 6:Coupling light in a waveguide system
Week 7: Integrated photonic Passive devices
Week 8:Integrated photonic Active devices
Week 9:Semiconductor Light sources and Photodetectors
Week 10:Material engineering and fabrication
Week 11: APhotonic integrated circuit technology: Silicon, III-V and beyond
Week 12:Application of Photonic circuit in Communication and Sensing

Course Content

Photonic integrated circuits

Introduction to Photonic Integrated Circuits

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Optical Waveguide Theory- Symmetric Waveguides

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mod01lec03

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Optical Waveguide Theory- Asymmetric Waveguides

00:00
Vector Modes

00:00
Channel Waveguide

00:00
Directional Coupler and Coupled Mode Theory

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Passive Devices and Beam Propagation Method

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Dynamic Devices

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Integrated optical Systems and Applications

00:00
Fabrication and Characterisation

00:00
MOEMS

00:00
Ring Resonators

00:00
Photonic Band Gap Devices

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Lecture Summary

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Student Ratings & Reviews

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About Course

Photonic integrated circuits. This is a graduate-level course for those who are interested in Lightwave/photonic circuits.

What Will You Learn?

Course Content

Photonic integrated circuits

Introduction to Photonic Integrated Circuits

Optical Waveguide Theory- Symmetric Waveguides

mod01lec03

Optical Waveguide Theory- Asymmetric Waveguides

Vector Modes

Channel Waveguide

Directional Coupler and Coupled Mode Theory

Passive Devices and Beam Propagation Method

Dynamic Devices

Integrated optical Systems and Applications

Fabrication and Characterisation

MOEMS

Ring Resonators

Photonic Band Gap Devices

Lecture Summary

Student Ratings & Reviews