The School of Electrical and Electronic Engineering (EEE) invites applications for the position of Research Fellow.
We are seeking to hire a research fellow to support the research for the project titled: Harnessing Randomness and Chaos in Complex Disordered Photonic Systems - WP2 Design of high-performance spectrometer and imaging systems by tailoring non-Hermiticity. The RF will focus on the design of high-performance heterostructures by tailoring the non-Hermiticity. The researcher will mainly focus on novel designs and theorectical analysis on non-Hermiticity designs. He will also supervise the PhD and undergraduate students involved in this WP2. He/she will contribute to deliverables of fundamental knowledge and design and optimization of 1D non-Hermitian disordered photonic chip with improved transmission performance.
The research fellow will work on a project to conduct the research and coordination on Harnessing Randomness and Chaos in Complex Disordered Photonic Systems - Design of high-performance spectrometer and imaging systems by tailoring non-Hermiticity
Key Responsibilities:
Design of high-performance heterostructures by tailoring the non-Hermiticity
Conduct Novel designs and theorectical analysis on non-Hermiticity designs.
Characterization of semiconductor materials.
Perform the measurement of optoelectronic device
Conduct the defect testing of the semiconductor materials.
Collect and analyze the experimental data
Manuscript preparation
Supervise the PhD and undergraduate students involved in the project
Work with the team members and help to prepare reports related to the project
Job Requirements:
PhD in Physics, Optical Engineering, Material Science, or other related background.
More than 3-years relevant research experience in synthesis and characterization of 2D materials.
Experience in design high-performance spectrometer and imaging systems by tailoring the non-Hermiticity.
Familiarity and direct experience in optoelectronic characterization related system and measurement.
Experience of the photonics device fabrication in clean room.
Substantial knowledge in on-chip photonics devices and architectures.
A desire to work in a fast paced, collaborative environment.
Self-motivated and good tasks initiative.
Excellent communication and writing in English.
Good Publication Tracking Record.
We regret that only shortlisted candidates will be notified.
Hiring Institution: NTU
