Job Description:

We seek a passionate research engineer to work on the development of two-dimensional material heterostructure based tunnelling field effect transistors (TFET), gate-defined quantum dots, and the integration of ultrathin liquid metal oxides towards functional devices. This project aims to develop next-generation 2D quantum material based nanoelectronics and quantum devices.

Job Responsibilities:

• Fabricate, and measure electronic and quantum devices using 2D materials, such as field effect transistors, tunnelling transistors, and gate-defined quantum dots.
• Synthesize and characterize novel liquid metal based ultrathin 2D oxides.
• 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.

Job Requirements:

• Bachelor/Master in material science, applied physics/chemistry or related fields.
• 3 years of relevant experience
• Experience with gloveboxes and cleanrooms.
• Experience with nanofabrication equipment such as atomic layer deposition, thermal evaporation, thermal scanning nanolithography, electron beam lithography etc.
• Experience with 2D material processing and stacking.
• Knowledge of basic programming languages such as Python.
• Strong team player.
• Resourceful in problem solving.
• Meticulous and analytical in experimental work.
• Good presentation and communication skills (written and verbal)