We seek a passionate research engineer to work on the development of novel ultrathin liquid metal oxides for applications in two-dimensional material heterostructure nano-electronics. This project aims to develop scalable techniques to create atomically smooth dielectric interfaces with 2D semiconductors to enable next-generation devices.
Job Description:
- Synthesize and characterize novel liquid metal based ultrathin 2D oxides.
- Fabricate, and measure electronic and quantum devices using 2D materials, such as field effect transistors, tunnelling transistors, and gate-defined quantum dots.
- Optimize and document fabrication recipes and material processing capabilities within the research group.
- Prototype, upgrade, and customize experimental setups.
- Ensuring experimental systems are serviceable through regular maintenance.
- Automate measurements and analyze data.
- Assist in filing technology disclosures and technical documentation.
- Assist in preparing manuscripts for publication.
Requirements:
- Bachelor's degree in mechanical engineering, chemical engineering, material science, applied physics/chemistry or related fields.
- Experience with gloveboxes and cleanrooms.
- Experience with deposition equipment such as atomic layer deposition and thermal evaporation.
- Experience with 2D material synthesis, processing, and stacking.
- Knowledge of basic programming languages such as Python.
- Strong team player.
- Resourceful in problem solving.
- Meticulous and analytical in experimental work.
The above eligibility criteria are not exhaustive. A*STAR may include additional selection criteria based on its prevailing recruitment policies. These policies may be amended from time to time without notice. We regret that only shortlisted candidates will be notified.
