Providing technical leadership in opto-mechanical design for the TeraWave satellite constellation, focusing on critical optical systems like telescopes, gimbal assemblies, avionics enclosures, and optical ground stations.
Compensation
Base Pay Range for: WA applicants is $197,529.00 - $276,539.55
Responsibilities
Lead the architectural design and development of precision gimbal assemblies and pointing mechanisms for space-based optical communications terminals
Define and own mechanism-level performance requirements, error budgets, and design margins across structural, thermal, and dynamic domains
Drive design trades for gimbal configurations balancing mass, volume, stiffness, pointing accuracy, and on-orbit lifetime
Lead mechanism qualification programs including component-level and system-level testing in shock, vibration, thermal vacuum environments
Develop and maintain mechanism design standards, analysis workflows, and documentation to support incremental hardware build and test
Requirements
Bachelor's degree in Mechanical Engineering
Bachelor's degree in Aerospace Engineering
Nice to have: Master's degree or PhD in Mechanical Engineering
Nice to have: Master's degree or PhD in Aerospace Engineering
Should Costing Engineer – Mechanical to develop accurate cost models for mechanical components, assemblies, and products across EMS, Industrial, Automotive, Consumer Electronics, and Medical Devices.
Responsibilities
Develop detailed should-cost models for mechanical components and assemblies
Analyze 2D drawings, 3D CAD models, BOMs, and technical specifications
Estimate costs for sheet metal components, machined parts, castings, forgings, plastic injection molded parts, die cast components, and welded assemblies
Perform manufacturing feasibility and process analysis
Compare supplier quotations with should-cost estimates and identify cost gaps
Looking for a mid-to-senior Mechanical Engineer to take bold concepts and engineer them into precision-manufactured reality, focusing on opto-mechanical design and FEM-based analysis for consumer devices.
Responsibilities
Lead design and analysis efforts across the product development cycle
Collaborate closely with Hardware Engineering, Product Design, Electrical Engineering, and Process Engineering teams
Pioneering mechanical solutions for next-generation consumer devices from first principles to mass production
Requirements
B.Sc. or higher in Mechanical Engineering or a closely related discipline
Nice to have: M.Sc. in Mechanical Engineering, Optical Engineering, or a related field
Nice to have: FEM analysis (thermal, static structural, dynamic, vibration, and drop-testing)
Lead the detailed design and integration of complex robotic subsystems, including high-precision actuators, structural chassis, and dynamic motion systems, translating high-level concepts into robust 3D assemblies and comprehensive engineering drawing packages.
Compensation
Competitive salary and VSOP options
Responsibilities
Lead the detailed design and integration of complex robotic subsystems, including high-precision actuators, structural chassis, and dynamic motion systems, translating high-level concepts into robust 3D assemblies and comprehensive engineering drawing packages.
Drive cross-functional integration with electrical and software teams to ensure seamless packaging, cable routing, and thermal and sensor integration, resolving technical challenges across the full development cycle.
Define material selection strategies and fabrication methods, conducting FEA, stress analysis, and tolerance stack-up analysis to ensure designs meet rigorous functional, cost, yield, and lead-time requirements.
Establish and advocate for mechanical engineering best practices, including modelling standards, GD&T drawing controls, and technical documentation, raising quality across the team.
Critically evaluate system architectures in design reviews, identifying risks and delivering high-impact solutions that optimise performance and manufacturability from prototype through to production ramp-up.
Lead technical product-development activities from RFQ and requirements definition through validation and production launch, focusing on automotive product development, motors, and mechanical design.
Responsibilities
Lead technical development activities for washer-pump, engine, and chassis applications
Manage engineering projects through established development milestones and internal procedures
Coordinate engineering and non-engineering teams to control product performance, quality, cost, and timing
Define the technical scope of Requests for Quotation and clarify outstanding requirements with customers
Maintain accurate records of product requirements, technical decisions, and engineering changes throughout development
Requirements
Bachelor’s degree or higher in Mechanical Engineering
Lead development, optimization, validation, and continuous improvement of precision injection molding processes for medical, aerospace, defense, and industrial applications.
Responsibilities
Develop and optimize injection molding processes for precision plastic components with tight-tolerance requirements.
Lead process validations including IQ/OQ/PQ activities, DOE studies, and process window development.
Troubleshoot molding defects and implement corrective actions using data-driven methodologies.
Support new product introductions from concept through production launch.
Conduct mold design reviews and provide Design for Manufacturability (DFM) recommendations.
The Product Definition Engineer (PDE) will be responsible for developing unique, weight optimized, mechanical packaging solutions that meet customer requirements while considering aspects such as cost, reliability, manufacturing, and maintainability.
Responsibilities
Overall ownership and accountability of product definition for assigned projects from launch through production.
Perform detailed tolerance stack-up analysis.
Develop complete drawing packages and lead drawing reviews.
Prepare presentations and present at reviews.
Have a thorough understanding of Engineering Drawing Practices ASME Y14.100
Requirements
Bachelor’s Degree from an accredited college or university, OR a high school diploma/GED with a minimum of 4 years of Design and/or Engineering experience.
Develop and integrate electromechanical actuation system elements.
Develop actuation system architectures for both linear motion applications, including mechanism selection, packaging, interface definition, and load transfer strategies.
Requirements
Bachelor’s Degree and minimum 9 years of prior relevant mechanical engineering experience
Graduate Degree and minimum 7 years of prior related experience
In lieu of a degree, minimum of 13 years of prior related experience
Nice to have: Bachelor’s Degree in Mechanical Engineering, Aerospace Engineering, or related discipline
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