Systems Design Engineer

Responsibilities:

• Create and use model-based approaches to scope technical solutions across the spacecraft platform and space products.
• Lead and conduct engineering trades and technical budgets for a selection of subsystems.
• Conduct constellation coverage and reliability analysis and flow the results into the various hardware and software designs required for the system.
• Deep dive in technical niches to support or lead new product designs.
• Work closely with other cross-functional engineering teams including RF, mechanical, software, and FPGA to develop full product solutions.
• Work closely with teams of subject matter experts from diverse fields to iterate on and for the final spacecraft. 
• Develop and manage key program documentation and verification structures (requirements, ICDs, ConOps).
• Troubleshoot system behaviour anomalies, determine root cause analysis and provide technical guidance to steer the team towards resolution. 
• Assist in system road-mapping and conduct feasibility studies and contribute to proposals for other business units. 
• Support prototyping, production, assembly, integration and testing of systems and subsystems.

Requirements:

• Bachelor’s degree in a relevant field (electrical, mechanical, aerospace engineering).
• 5+ years of relevant experience within a systems engineering environment.
• Strong understanding of aerospace systems and engineering fundamentals.
• Hands-on environmental testing (vibration, thermal, shock or thermal vacuum) or electromagnetic interference (EMI) testing experience.
• Ability to distil complex problems to fundamentals to solve with analysis, similarity, or creativity.
• Ability to read and decipher highly technical data, and conduct trade-offs for competing requirements.
• Experience with qualification and acceptance testing of new designs.
• Experience creating or using models and/or simulation software.

Bonus Points:

• Strong understanding of the space environment and orbit mechanics. 
• Master’s degree in relevant field (electrical, mechanical, industrial, aerospace engineering) or strong academic/professional project experience.
• Solid understanding of the product development lifecycle process, including analysis and design, development tools and technologies, release and version control, contemporary testing methodologies and deployment management.
• Experience taking a product from the concept phase through to prototyping, launch, and operations.
• Experience developing in C/C++ or Python.
• A good foundation in spacecraft attitude dynamics and control algorithms, with emphasis on practical application of knowledge. 
• Experience with mission and orbit modelling and simulation.
• Experience developing CAD for complex assemblies.