Research Engineer (Quantum Devices and Electronics), Q.InC
A*STAR RESEARCH ENTITIES
Singapore, Singapore
Not specified
Degree in materials science or applied physics
2 years experience in research engineering
Glovebox and cleanroom operation experience
A*STAR Research Entities is seeking a Research Engineer specializing in quantum devices and electronics. The ideal candidate will have experience in nanofabrication, low-temperature measurements, and programming, contributing to the development, design, and analysis of electronic devices
Job Summary
The role involves developing novel electronic devices for nano-electronics and quantum sensing applications using advanced materials.
Candidates will assist in the design, fabrication, and measurement of electronic, optical, and quantum devices while optimizing fabrication recipes.
The position requires overseeing equipment maintenance, automating measurements, and contributing to technical documentation and publications.
Matching Summary
Match Score: 85
A*STAR Research Entities is seeking a Research Engineer specializing in quantum devices and electronics. The ideal candidate will have experience in nanofabrication, low-temperature measurements, and programming, contributing to the development, design, and analysis of electronic devices.
Skills & Requirements
Must-have
Degree in materials science or applied physics
2 years experience in research engineering
Glovebox and cleanroom operation experience
2D material processing and stacking expertise
Nanofabrication equipment proficiency (ALD, EBL)
Low-temperature measurement and dilution refrigerator operation
Python programming for automation
Nice-to-have
Strong team player with resourceful problem-solving
Meticulous and analytical experimental approach
Good written and verbal communication skills
Experience with manuscript preparation for publication
Ability to file technology disclosures
Key Requirements
Degree in materials science, applied physics/chemistry
At least 2 years of relevant experience
Experience with nanofabrication and characterization techniques