As a Power Systems Engineer, you will design and integrate robust power architectures for autonomous, unmanned platforms used in extreme Arctic environments. You will develop rugged energy solutions that sustain long-duration operation in harsh conditions, collaborating with electronics, firmware, and mechanical teams. Your work will focus on reliable power delivery, energy storage, and fail-safe performance for mission-critical systems. This role offers hands-on development with a clear impact on field-ready platforms.
Responsibilities
Architect power distribution and conversion systems for autonomous drones and remote sensor platforms
Develop ruggedised uninterruptible power solutions and redundancy schemes for mission critical electronics
Select components and design power modules suitable for sub-zero and high vibration environments
Perform simulation, analysis and validation of power circuits and energy storage subsystems
Collaborate with electronics, firmware and mechanical teams for system-level power integration
Support environmental testing, field qualification and performance assessment
Document designs, test plans and engineering reports for internal and external stakeholders
Key requirements
Background in power electronics, energy systems or hardware design
Experience in DC-DC converters, battery systems, UPS design or harsh environment electronics
Ability to develop system-level architectures and work across multidisciplinary teams
Practical testing, fault finding and validation experience (desirable)
Degree in Electronic or Electrical Engineering or related discipline
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