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In this role, you’ll be at the forefront of designing, integrating, and validating advanced optomechanical systems that support the next generation of EO Satellites. If you’re ready to help shape the future of space optics and work alongside experts in a collaborative, high-impact environment, this is your opportunity.
Job Responsibility
Collaborate with cross-functional engineering teams, technicians, and external partners to ensure successful system integration
Provide technical leadership and support across all phases of development
Design and develop high-precision optomechanical systems using advanced 3D CAD tools
Create and refine detailed, high-tolerance mechanical and optomechanical drawings
Develop and improve assembly and alignment procedures for optical-mechanical subsystems
Integrate optical and mechanical elements while maintaining alignment and performance requirements
Maintain cleanroom protocols and ensure optical system integrity during assembly and testing
Plan and execute environmental qualification tests (thermal, vibration, shock)
Analyse test results to validate system performance and implement necessary design modifications
Manage resources and timelines for optomechanical activities, ensuring milestones are met
Prepare and present technical reports and project updates to stakeholders
Implement quality assurance processes and conduct system inspections
Document design history, assembly processes, test procedures, and customer deliverables
Stay informed on advancements in space optics, precision mechanics, and industry standards
Participate in relevant industry conferences, training programs, and technical workshops
Seek and apply feedback to continuously improve design outcomes and team practices
Requirements
Bachelor's degree in Mechanical Engineering, Optomechanical Engineering, or a closely related field
5+ years in optomechanical or mechanical engineering roles, within the space sector
Proven experience in the detailed design and development of high-precision optomechanical systems
Proficiency in 3D CAD modeling and high-tolerance drawing generation
Hands-on experience in Assembly, Integration, and Testing (AIT) of optical payloads or similar instruments
Skilled in integrating optical and mechanical subsystems to ensure accurate alignment and performance
Experience developing and executing test plans, including environmental testing (thermal, vibration, shock)
Familiarity with quality control processes and compliance with industry standards
Strong documentation skills, including the preparation of design documents, test reports, and assembly records
Experience coordinating technical efforts and managing project timelines and resources
Nice to have
Master's degree in a relevant engineering discipline
Experience with PLM and CAD tools such as Siemens Teamcenter and NX
Proficiency in advanced CAD modeling and design techniques
Understanding of FEA principles and ability to interpret results for mechanical and thermal analysis
Experience using FEA tools for stress, vibration, and thermal simulation
Background working in cleanroom environments and knowledge of cleanroom standards
Exposure to systems engineering practices, including requirements analysis and design integration
Experience with change management processes for design updates
Ability to mentor junior engineers and coordinate team efforts
Awareness of emerging trends in optomechanical design and space technology