Assist in electromagnetic simulation and layout design of superconducting quantum chips.
Use finite element analysis (FEA) tools to optimize chip parameters and performance.
Participate in the design–simulation–testing closed-loop iteration process.
Education & Background
Bachelor's degree (fresh graduate) in a STEM-related field, including but not limited to: Physics, Microelectronics, Electronic Engineering, Materials Science, Computer Science, Software Engineering, Mechanical Engineering, Precision Instruments, Mathematics, etc.
Fundamental Skills
Solid academic foundation and strong learning ability.
Interest in at least one of the following areas: quantum computing, micro/nano fabrication, RF technology, algorithm simulation, etc.
Basic programming skills (e.g., Python, C++), or familiarity with AI-assisted coding tools (LLMs), is a plus.
Prior experience in labs, research projects, or competitions is preferred.
Soft Skills & Mindset
Hands-on mindset with strong logical thinking and problem-solving abilities.
Good communication skills and teamwork spirit.
Responsible, proactive, and willing to take on interdisciplinary challenges.
Strong interest in pursuing a long-term career in quantum computing.
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