Research Fellow (Photodetectors)

Job Description

This job focuses on researching the forefront topics of photogating effect and low-dimensional material photodetectors based on photogating effect, aiming to address the critical issues in realizing high-performance and multifunctional photodetection. The primary responsibilities include:

1. Design and simulation of photodetectors. Understand in depth the photogating effect, design the structure of low-dimensional material photodetectors, and utilize software to simulate the electrical and photoresponse characteristics of devices. Research directions include low-dimensional material heterojunction engineering, photodetector structure design, and multifunctional photodetection, etc.

2. Fabrication and measurement of photodetectors. Conduct experiments to fabricate low-dimensional material photodetectors and establish a measurement platform to evaluate the performance of the fabricated devices. The research results should meet the project objectives and potentially provide new insights for the development of high-performance and multifunctional photodetectors.

3. Demonstration of high-performance and multifunctional photodetection. Find practical detection scenarios, and construct signal read-out circuits to demonstrate the high-performance and multifunctional photodetection capabilities of the fabricated devices. At last, prototype system designs should be developed for several representative detection scenarios.

4. Teamwork, article publication, and academic exchange. Participate in team discussions and collaborations to jointly drive project progress. Responsible for writing scientific papers and patent applications. Additionally, participate in academic conferences to exchange research findings with peers and enhance the academic influence of the team and individuals.
Given the above research objectives and work content, candidates are required to possess in-depth physical insights and interdisciplinary knowledge of semiconductor device physics, photodetection technology, photogating effect, low-dimensional materials, etc. Familiarity with micro-nano processing techniques and photodetector testing methods is also essential. Moreover, excellent teamwork skills and innovative thinking are indispensable.
 

Qualifications

1. Education and Research Background: PhD degree in Physics, Optical Engineering, Electrical Engineering, or related fields with a background in photogating effect and low-dimensional material photodetectors.

2. Theoretical Knowledge: Deep knowledge of semiconductor physics, physical optics, semiconductor device physics, optics and optoelectronics, and photodetection technology.

3. Simulation Capabilities and Experimental Skills: 1) Proficient in using simulation software for theoretical modeling and numerical calculations of photodetectors. 2) Familiarity with micro-nano processing techniques for low-dimensional material photodetectors, as well as experience in operating relevant equipment. 3) The ability to establish a performance characterization platform for photodetectors. 4) Be skilled in at least one computer programming language for data processing and analysis. Programming experience in neural networks or machine learning is preferred.

4. Independent Research Ability: Outstanding experimental design and data analysis skills. The ability to independently conduct research projects and solve complex technical issues.

5. Teamwork and Communication Skills: Excellent teamwork spirit and communication abilities. Be able to actively collaborate with team members, jointly advance project progress, and ensure the achievement of research goals.

6. Project Experience and Academic Achievements: Candidates should have relevant project experience or have published articles in reputed International Journals in the field of photodetection. Special attention will be given to candidates with research experience related to the photogating effect, low-dimensional material photodetectors, as well as high-performance and multifunctional photodetection. 
 

More Information

Location: Kent Ridge Campus

Organization: College of Design and Engineering

Department : Electrical and Computer Engineering

Employee Referral Eligible: No

Job requisition ID : 24570