Cryogenics Engineer: Quantum Hardware, On-Site Denver
Maybell Quantum
Turn this role into an interview — a resume and cover letter built around what this employer wants.
Job summary
Maybell Quantum is seeking a Cryogenics Engineer to test, validate, troubleshoot, and refine our cryogenic systems. You will collaborate with our R&D scientists, mechanical and electrical engineers, and manufacturing teams to elevate our platforms, drive customer success from installation through long-term operation, and deliver an exceptional customer experience.
Responsibilities include developing test plans, operating and troubleshooting complex cryogenic hardware, and driving design
Qualifications
- Bachelor's degree (or higher) in mechanical engineering, physics, or equivalent.
- 3+ years hands-on experience in cryogenic systems.
- Strong grounding in heat transfer, thermodynamics, and fluid mechanics at cryogenic temperatures.
- Hands-on experience with high-vacuum systems and helium leak detection.
- Experience safely handling cryogens such as liquid nitrogen and liquid helium.
- Proficiency in 3D CAD (SolidWorks preferred) and tools Python, MATLAB, or ANSYS.
- Strong written and verbal communication skills.
- Self-starter who can work on-site in Denver, CO.
Responsibilities
- Test, validate, and iterate cryogenic systems.
- Develop comprehensive test plans to push products to the limit.
- Operate and troubleshoot advanced cryogenic platforms.
- Collaborate with product and engineering to refine designs based on tests.
- Support on-site installations and customer success.
Skills
Education
Tools
Job description
Maybell Quantum is seeking a Cryogenics Engineer to test, validate, troubleshoot, and refine our cryogenic systems. You will collaborate with our R&D scientists, mechanical and electrical engineers, and manufacturing teams to elevate our platforms, drive customer success from installation through long-term operation, and deliver an exceptional customer experience.
Responsibilities include developing test plans, operating and troubleshooting complex cryogenic hardware, and driving design
'/%3e%3cpath%20d='M101.744%2012.4726L102.894%2016.1947L99.0021%2013.2201L101.744%2012.4726ZM105.3%208.40937H100.488L99.0026%203.59473L97.5116%208.41047L92.7%208.40385L96.5965%2011.3834L95.1055%2016.1942L99.0021%2013.2196L101.408%2011.3834L105.3%208.40992V8.40937Z'%20fill='white'/%3e%3cdefs%3e%3clinearGradient%20id='paint0_linear_5593_1381'%20x1='90'%20y1='9.44471'%20x2='99'%20y2='9.44471'%20gradientUnits='userSpaceOnUse'%3e%3cstop%20stop-color='%2300AD70'/%3e%3cstop%20offset='0.998594'%20stop-color='%2300B67A'/%3e%3cstop%20offset='1'%20stop-color='%23DCDCE6'/%3e%3c/linearGradient%3e%3c/defs%3e%3c/svg%3e){kind=small}
