Thermal Engineer

Designing, simulating, and testing thermal solutions related to electro-optical imaging systems for use in spaceborne applications such as CubeSats by merging numerous multi-physics design requirements into a single design solution.

• Work collaboratively with other engineering disciplines (e.g., structural, electrical, optical, mechanical) to ensure integrated system performance.
• Provide technical support during the development and operational phases of space missions.
• Engage in continuous improvement initiatives to enhance thermal design processes and methodologies
• Engage with customers and suppliers on thermal-related queries and technical discussions.

• Develop and optimize thermal designs for spacecraft, launch vehicles, and related hardware
• Conduct high-level thermal analysis and validate performance through ground tests, flight, and orbital data
• Create and maintain thermal models using numerical solutions and hand calculations to predict temperature margins in various space environments
• Perform trade-off studies to support thermal design decisions

• Define and implement the Thermal Control System (TCS) for space missions
• Establish critical mission environments and thermal requirements for instruments and components
• Design and integrate active and passive thermal control solutions

• Develop and execute thermal verification test plans, monitor test activities, and correlate test results with model predictions
• Develop and automate test procedures to enhance efficiency and accuracy
• Participate in spacecraft build and testing campaigns

• Generate detailed technical reports and documentation for thermal designs and analyses
• Prepare input for technical specifications, product documentation and project documentation
• Present thermal design and analysis results in internal and external meetings

• Master’s degree Mechanical Engineer, Thermal Engineering, or related.

• Thermal Design and Analysis: Experience in designing and analyzing thermal systems for spacecraft, including active and passive thermal control methods
• Simulation Software Proficiency: Proficiency in using thermal analysis software
• Heat Transfer Principles: Strong understanding of radiation, conduction, and convection heat transfer principles, especially in the context of space environments
• Experience with testing and measuring mechanical and thermal systems.
• Proficient in generating technical design and test documentation.
• Scripting and Programming: Working knowledge of scripting languages (e.g., Python) for automating workflows and improving design efficience

• A minimum of 1 year of experience in thermal design and analysis or mechanical design and analysis (finite element modeling) is a must

• Hands-on Testing and Validation: Experience in conducting thermal tests and validating thermal models with real-world data
• Project Management: Ability to manage thermal projects from concept through to production and operation, including developing test plans and correlating test results with model predictions
• Team Collaboration: Experience working with multidisciplinary teams to integrate thermal systems into overall spacecraft design

• A minimum of 1 year of experience in thermal design and analysis or mechanical design and analysis (finite element modeling) is advantageous
• Experience in designing optomechanical/thermal systems for spaceborne applications is advantageous.
• Knowledge of Siemens Teamcenter and NX software is advantageous.

• Apply now by submitting your CV and cover letter.