Spacecraft Power Systems Engineer II (Hybrid - Pittsburgh)

Voyager Technologies, Inc.; Pittsburgh (Allegheny County); Hybrid; USD 90,000 - 120,000; Full time

Benefits offered by this job

Flexible Time Off

Comprehensive medical, dental, and vis

Gym memberships nationwide

401(k) with company match

Wellness programs

Job summary

Voyager Lunar Systems in Pittsburgh, PA, is seeking an Electrical Power Systems Engineer II. You will perform avionics and power system analysis to optimize architecture for mission success. The role is hybrid based in Pittsburgh and reports to the Electronic Systems Manager.

Responsibilities include trade studies, system requirements, and hands-on testing collaboration with vendors and engineers across disciplines. Ideal for engineers with 2–4 years in power systems for aerospace or defense.

Qualifications

• 2–4 years of professional experience in power systems development for aerospace/defense or similar high-reliability sectors.
• Ability to carry out complex analysis tasks and synthesize conclusions.

Responsibilities

• Perform power and avionics design and analysis to meet mission objectives.
• Develop trade studies to support decisions and actions.
• Support component specs and system requirements development.
• Assist spacecraft power testing and system integration.
• Coordinate with partners and engineers to assess progress, schedule, and risks.
• Provide real-time operational support from mission control.

Skills

Power systems analysis

Avionics design

MATLAB

VBA

Education

B.S. in Electrical or Computer Engineering

Aerospace Engineering

Tools

SPICE

MATLAB

Lab equipment

Job description

Voyager Lunar Systems in Pittsburgh, PA, is seeking an Electrical Power Systems Engineer II. You will perform avionics and power system analysis to optimize architecture for mission success. The role is hybrid based in Pittsburgh and reports to the Electronic Systems Manager.

Responsibilities include trade studies, system requirements, and hands-on testing collaboration with vendors and engineers across disciplines. Ideal for engineers with 2–4 years in power systems for aerospace or defense.