Your Role and ResponsibilitiesResponsibilities:
- Design and conduct experiments leveraging semiconductor process technology to optimize performance and yield.
- Track progress of hardware and analyze data to determine best conditions to optimize the process.
- Full ownership to identify issues and recommend solutions to improve performance and yield, such as defectivity reduction.
- Design macros and circuits to evaluate various layouts.
- Create and protect Intellectual Property (IP).
- Create development routes, actively maintain process controls, and track process changes.
- Condense and present analyses and reports with a focus on effective technical communication.
- Identify and drive opportunities for operational and quality improvements.
Required Technical and Professional Expertise
- Ability to independently troubleshoot and solve complex problems
- Ability to communicate and work with a dynamic interdisciplinary team composed of electrical engineers fabrication engineers and experimental physicists
- At least 2 years experience in microelectronics materials and process integration, chemistry or materials science research, and/or applied physics research
- Demonstrated understanding of device physics of Superconducting Qubits
- In-depth knowledge of Process Integration of semiconductor devices
- Demonstrated understanding of Yield and Electrical Characterization
Preferred Technical and Professional Expertise
- Good understanding of Design and Electrical test setup
- Good understanding of defect Yield pareto build
- At least 5 years experience in microelectronics materials, process integration and device characterization
- At least 3 years experience in Far Back End of Line (FBEOL) / 3D Integration / Chip Packaging
- Experience with fabrication processes for superconducting materials
- Understanding of Simulation/Emulation
- Strong presence and organization within team