Join The Laser Thermal Team
We are passionate about developing next-generation
thermal metrology.
Don’t see a role that matches your background? We’re always interested in connecting with talented people. Send your resume and a brief cover letter to careers@laserthermal.com, and we’ll keep your information on file for future opportunities.
Our beliefs
At Laser Thermal, our work is guided and informed by our commitment to utilizing emerging technologies to provide simple, accurate, and rapid measurements of thermal properties leading to increased customer knowledge and productivity. As we look to define the future of thermal metrologies as an international leader in the field, we hold the following beliefs:
Excellence
- Distill the difficult
- Enable success
Community
- Do good & be kind
- Win together
Leadership
- Innovate
- Set the standard
Who should apply?
We are looking for individuals who are passionate about complex and oftentimes new science and engineering problems, excited by the prospect of working in a dynamic startup environment, and ready to contribute to a collaborative, supportive, and hard-working team. Our ideal candidates are knowledgeable, self-motivated, and love taking on new challenges.
Benefits of working at Laser Thermal
Our team loves what we do, and we care about each other. That means working to maintain the most supportive work environment possible.
- Competitive salary and benefits.
- A commitment to work-life balance and employee well-being.
- A chance to grow your career as part of a dynamic startup working on critical industry challenges.
- Opportunities to learn about cutting-edge optical metrology technologies.
- A supportive, collaborative, and science-loving culture.
Why work at Laser Thermal?
Our team strives to draw from all disciplines of science, technology, and engineering to better understand the thermal properties of materials–from the atomic scale all the way to final applications. Focusing on accessible, accurate, and rapid metrology solutions for challenging materials such as thin films, we draw on knowledge of thermal transport, optics, materials physics, machine learning, AI, and intelligent design to enable continued technological advancement for a more efficient, climate-positive world.