Power Electronics Engineer Autonomous Vehicles
2 days ago
Winnipeg MB, Winnipeg Census Division, MB; Manitoba, Canada
Impossible Metals
Full-time
Free with email or Google
Save this job and keep your search organized
Create a free account to save jobs, create alerts and return to this listing from your dashboard.
Free with email or Google
By continuing, you agree to our Terms & Privacy Policy.
Lead practical electrical development for autonomous underwater vehicles at Impossible Metals Canada, focusing on high-voltage power electronics, batteries, and system integration.
This intermediate or senior engineering opportunity covers electrical architecture from approximately 400-volt and 100-plus-kilowatt systems through low-voltage controls. You will select components, develop documentation, support custom printed circuit boards, and resolve hardware issues. The work connects mechanical, software, controls, production, and field operations disciplines.
Key Responsibilities
Design high-voltage and high-power vehicle electrical systemsIntegrate batteries, power electronics, motors, drives, and controlsConsider interfaces and trade-offs across engineering disciplinesSupport custom electronics and printed circuit board developmentDiagnose issues during assembly, commissioning, and field testingRequirements:
Electrical, Mechatronics, or related engineering bachelor’s degreeExperience with electrical systems for vehicles, robotics, or industrial equipmentStrong judgment across analog, digital, and power electronicsAbility to interpret schematics, wiring diagrams, and specificationsHands-on experience with prototypes, hardware, tools, and test equipmentUse power electronics expertise and disciplined troubleshooting to strengthen reliable electrical platforms for Impossible Metals’ underwater vehicles.
#J-18808-Ljbffr
This intermediate or senior engineering opportunity covers electrical architecture from approximately 400-volt and 100-plus-kilowatt systems through low-voltage controls. You will select components, develop documentation, support custom printed circuit boards, and resolve hardware issues. The work connects mechanical, software, controls, production, and field operations disciplines.
Key Responsibilities
Design high-voltage and high-power vehicle electrical systemsIntegrate batteries, power electronics, motors, drives, and controlsConsider interfaces and trade-offs across engineering disciplinesSupport custom electronics and printed circuit board developmentDiagnose issues during assembly, commissioning, and field testingRequirements:
Electrical, Mechatronics, or related engineering bachelor’s degreeExperience with electrical systems for vehicles, robotics, or industrial equipmentStrong judgment across analog, digital, and power electronicsAbility to interpret schematics, wiring diagrams, and specificationsHands-on experience with prototypes, hardware, tools, and test equipmentUse power electronics expertise and disciplined troubleshooting to strengthen reliable electrical platforms for Impossible Metals’ underwater vehicles.
#J-18808-Ljbffr