As an Electrical Engineer, you will design, test, and integrate high-power electrical systems that enable next-generation hybrid-electric propulsion and mission equipment. You’ll take ownership of projects from concept through deployment—collaborating with multidisciplinary teams, leading design reviews, and supporting field testing. The ideal candidate has a strong foundation in power engineering and thrives in a hands-on, fast-paced environment where precision and innovation drive results.
DUTIES:
Design and test power electronics including ESCs, inverters, and rectifiers.
Develop and validate generator systems for hybrid-electric propulsion.
Support design, integration, and thermal management of battery systems.
Implement high-voltage distribution and grounding strategies for aircraft platforms.
Diagnose and validate electrical systems using oscilloscopes, DAQs, and multimeters.
Collaborate with controls, avionics, mechanical, and aero teams to ensure safety and efficiency.
Contribute to ground and flight test activities with hands-on hardware debugging and data collection.
Document design work, validation procedures, and test results for internal and external reviews.
SKILLS:
Must be a U.S. Person (U.S. citizen, U.S. national, lawful permanent resident, or an individual granted asylum/refugee status, in accordance with ITAR/EAR regulations).
Bachelor’s degree (BS) or higher in Electrical Engineering or related field.
2+ years of relevant experience (aviation, automotive, robotics, or similar industries).
Strong background in power engineering, high-power systems, and energy storage.
Experience with DC generators, motor controllers, and battery pack design.
Demonstrated ability to troubleshoot and validate systems above 5,000 watts.
Proficiency with lab equipment (oscilloscopes, multimeters, power supplies, DAQs).
NICE TO HAVE SKILLS:
Experience with Altium Designer for PCB layout.
Previous PCB design and validation experience.
Familiarity with hybrid-electric or aerospace power systems.
Hands-on experience integrating electrical systems with multidisciplinary platforms.
BONUS:
Prior experience working on airborne or high-reliability electrical systems.
Familiarity with certification standards for aerospace or automotive power systems.
Passion for our mission to revolutionize wildfire mitigation through autonomous aerospace technology.
EXPECTED HOURS/SCHEDULE:
Full Time: Monday–Friday, 8:00 AM – 6:00 PM.
PAY: $90k - $120k/year
BENEFITS:
Pay Depends on Experience.
Health Insurance: Medical, Dental, and Vision Included.
Opportunity for Growth and Development.
Numbers & Facts
Location
St. George, Utah
Skills
Acceptance Testingunmatched
Accreditation Standardsunmatched
Aerospace and Defenseunmatched
Aviation Industryunmatched
Avionicsunmatched
Cross-Functionalunmatched
Data Collectionunmatched
Documentation Designunmatched
Electrical Engineeringunmatched
Electrical Power Systemsunmatched
Electricityunmatched
Electronicsunmatched
Field Trialsunmatched
Hardware Debuggingunmatched
Health Insuranceunmatched
High Reliabilityunmatched
High Voltage (HV)unmatched
Identify Issuesunmatched
Laboratory Equipmentunmatched
Motor Control Systemsunmatched
Oscilloscopeunmatched
Power Engineeringunmatched
Printed Circuit Board (PCB) Layoutunmatched
Printed Circuit Board Designunmatched
Propulsionunmatched
Regulationsunmatched
Roboticsunmatched
System Integration (SI)unmatched
System Validationunmatched
Systems Administration/Managementunmatched
Test Designunmatched
Thermal Managementunmatched
United States Citizenunmatched
Validation Testingunmatched
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