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Participate and support conceptual design studies, contributing to system-level architecture and trade-off analyses
Integrate airframe, propulsion, avionics, payload, and launch/recovery subsystems into a coherent and manufacturable vehicle design
Define mounting interfaces between mechanical and avionics systems — ensuring compatibility across
Own space allocation, cable routing strategies, and accessibility planning to support efficient maintenance and serviceability throughout the product/UAV lifecycle
Proactively identify integration risks early in the design cycle and drive resolution through collaboration with subsystem owners
Support hands-on prototype assembly, providing on-vehicle integration guidance and resolving fit/form issues in real time
Produce clear, accurate, manufacturing-ready part and assembly drawings in line with engineering drawing standards
Collaborate with manufacturing and supply chain teams to ensure designs are producible and cost-effective
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Develop validation and test plans to verify that integrated assemblies meet design requirements
Support physical testing activities, recording observations and analyzing results against acceptance criteria
Author thorough technical reports and presentations to support design reviews and project milestones
Requirements
0–3 years of experience in a mechanical design, systems integration, or product development role
- Demonstrated ability to work within multi-disciplinary teams and manage competing priorities
- Exposure to aerospace, automotive, or complex electromechanical product development is an advantage
- Strong proficiency in SolidWorks (3D modelling, assemblies, configurations, and drawing environments)
- Competent in producing 2D production drawings to industry standards (GD&T, ASME/ISO)
- Familiarity with PDM/PLM systems for data management is a plus
- Excellent understanding of mechanical design principles, materials, and manufacturing processes
- Bachelor’s Degree or Diploma in Mechanical Engineering, Industrial Engineering, Aerospace Engineering, or Mechatronics Engineering (or closely related discipline)
- Knowledge of composite materials and manufacturing processes (layup, bonding, co-cure)
- Exposure to additive manufacturing for prototyping or end-use parts
- Familiarity with Design for Manufacturability (DFM) and Design for Assembly (DFA) principles
- Experience with FEA tools (e.g. SolidWorks Simulation, ANSYS) for basic structural analysis
- Understanding of aerospace certification/qualification requirements
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Personal Attributes
- You are naturally curious and enjoy understanding how complex systems fit together
- You take ownership of your work and follow issues through to resolution
- You are organized, thorough in your documentation, and comfortable working in a dynamic environment where requirements can evolve
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