Mechanical Engineer - Astronomical Instrumentation

Phase2 Technology; Austin (TX); On-site; USD 85,000 - 110,000; Full time

Job summary

University of Texas at Austin's McDonald Observatory seeks a Mechanical Engineer to design, build, test, and support optomechanical and electromechanical subsystems for astronomy instrumentation. The role is located on UT's main campus with occasional travel to the observatory.

The candidate will collaborate across disciplines in an environment advancing exoplanet research, cryogenics, and precision mechanics, reporting to the Chief Astronomer.

Qualifications

• Bachelor's Degree in Mechanical Engineering or related field with 6+ years experience, or Master’s with 4+ years.
• Ability to write specifications and design mechanical parts and assemblies.
• Experience with CAD applications and FEA to validate structures.
• Experience in fabrication, testing, and troubleshooting mechanical systems.

Responsibilities

• Designs and develops scientific instrumentation and mechanical equipment with independent action.
• Collaborates with leadership to develop design concepts and requirements for new projects.
• Produces fabrication drawings and supports part fabrication.
• Directs assembly, deployment, and field support of instrumentation.
• Documents reports, participates in design reviews, and contributes to publications.
• Continues to develop engineering skills and adopts new technologies.

Skills

CAD design

FEA analysis

Mechanical design

Prototyping

3D printing

Assembly & testing

Technical writing

Education

Bachelor's Degree in Mechanical Engineering

Master's Degree in Mechanical Engineering

Tools

CAD software

FEA tools

3D printing equipment

Job description

University of Texas at Austin's McDonald Observatory seeks a Mechanical Engineer to design, build, test, and support optomechanical and electromechanical subsystems for astronomy instrumentation. The role is located on UT's main campus with occasional travel to the observatory.

The candidate will collaborate across disciplines in an environment advancing exoplanet research, cryogenics, and precision mechanics, reporting to the Chief Astronomer.