Research Assistant Professor

Excelling in this role demands deep knowledge of photonic integrated circuits, cavity optomechanics, and quantum information technologies. Proficiency in simulation tools and experimental prototyping is crucial, alongside strong leadership in managing federally funded research projects within interdisciplinary teams.

Career growth often involves progressing from project leadership to securing independent funding, publishing impactful research, and mentoring graduate students. Building collaborations across academia and industry can open pathways to tenure-track positions or specialized research roles in cutting-edge photonics.

In Seattle, such positions typically offer between $11,000 and $13,000 monthly, equating to approximately $132,000 to $156,000 annually. Salaries reflect experience levels and federal funding availability, aligning with the U.S. Department of Labor's prevailing wage standards for academic research roles.

While formal certifications may not be mandatory, recognized expertise in quantum technologies or photonic systems, demonstrated through published research and successful grant acquisition, significantly boosts candidacy. Familiarity with DARPA-funded projects and compliance with lab safety standards is highly valued locally.

Seattle's vibrant tech and research ecosystem creates a moderately competitive environment. Candidates with interdisciplinary experience and leadership in federally sponsored projects often stand out. The demand aligns with the city's push for innovation in quantum technologies and photonics research.

This role uniquely blends independent photonics research with collaborative project management within a federally funded laboratory. The position emphasizes mentorship and cross-disciplinary initiatives at a renowned institution, providing access to extensive resources and partnerships uncommon in smaller local research centers.

It offers a focused mandate on photonic systems and quantum technologies with substantial backing from defense-related agencies like DARPA. The institution supports a dynamic research environment fostering innovation, high-impact publications, and mentorship, setting it apart from typical non-tenure-track academic roles.

A typical day balances designing and simulating photonic devices, supervising graduate research, analyzing experimental data, and preparing technical reports. Collaboration with faculty and external partners is frequent, alongside administrative duties such as ensuring lab compliance and procurement management.

Some may assume it's purely academic with minimal practical application; however, the role demands hands-on experimental leadership and interdisciplinary collaboration. Also, it's not always tenure-track, emphasizing project-based funding and performance evaluation rather than permanent faculty status.