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QphoX is seeking an R&D Nanofabrication Scientist to join their team developing integrated quantum devices and transducer technologies. In this role, you will drive process development, device development, and technology integration efforts to transform innovative concepts into scalable, manufacturable solutions.
Key responsibilities include:
- Developing and improving semiconductor process technologies and devices for QphoX's quantum transducer platform
- Planning, executing, and analyzing experiments to enhance device performance, fabrication yield, and reproducibility
- Testing new materials and fabrication methods to assess their viability for next-generation devices
- Investigating fabrication and device performance issues to identify solutions that improve process reliability and manufacturability
- Characterizing materials and devices using physical, chemical, optical, and electrical measurement techniques
- Collaborating with scientists across multiple disciplines to advance device and process development
You will work independently on technical challenges while contributing to projects from early-stage research through implementation. The role emphasizes problem-solving, attention to detail, and continuous process improvement in a collaborative, supportive environment.
QphoX values diversity and inclusion, fostering a workplace where talented people from varied backgrounds can contribute their perspectives and grow their careers.
Requirements:
- Experience in nanofabrication within one or more of: photonics, semiconductor processing, electro-optics, electromechanics, MEMS, quantum devices, or related fields
- Hands-on experience in a cleanroom, semiconductor manufacturing, or nanofabrication environment
- Demonstrated ability to solve technical problems, plan and execute experiments, and improve processes and device integration
- Strong planning and organizational skills with ability to work independently on technical challenges
- Excellent communication and teamwork skills; comfort working with people from different disciplines and willingness to learn new areas
Supplementary skills (preferred but not required):
- Experience with thin-film lithium niobate (TFLN) or other integrated photonics platforms
- Background in electromechanical devices, optomechanics, or quantum technologies
- Experience across multiple areas listed above is not required; relevant experience in related fields is welcome
