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Muon Space

Mechanical Engineer - Spacecraft Components and Systems

San Jose, CA$144k–$177kmidAdded 1 month ago

About this role

Muon is looking for a Mechanical Engineer to design and analyze spacecraft components within a small, dynamic team. The role requires hands-on involvement in the entire lifecycle of electromechanical products, from design to testing, emphasizing collaboration and comprehensive knowledge across various engineering disciplines.

What you'll do

  • Create and refine mechanical designs for spacecraft using SolidWorks
  • Conduct stress and dynamic analyses to support structural design
  • Develop assembly procedures and oversee integration of components
  • Design test fixtures and develop testing protocols
  • Document engineering drawings and maintain configuration control
  • Coordinate with cross-functional teams and external vendors

What they're looking for

  • Proficiency in CAD software (SolidWorks preferred)
  • Experience with GD&T and BOMs
  • Skills in stress and dynamic analysis
  • Understanding of test design and execution
  • Strong documentation and writing abilities
  • Effective communication and collaboration skills
  • Experience with hardware builds and integration
  • Ability to manage projects and coordinate with multiple teams

Benefits

  • Hybrid work model (3 days on-site)
  • Opportunity to work in an innovative startup environment
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Muon Space

Muon Space builds satellites and infrared remote sensing instruments for Earth observation and geospatial data collection. The company is hiring systems engineers, flight software engineers, optical engineers, and software engineers to develop spacecraft, embedded satellite systems, and internal operational software.

View all jobs at Muon Space

Likely interview questions

  • Walk us through a spacecraft or flight hardware mechanical design you led from concept to test—what were the key design drivers and how did you balance performance, manufacturability, and schedule?
  • Describe your experience with structural analysis and FEA. What types of analyses have you performed (stress, dynamics, vibration), and how have you used results to inform design decisions?