Power Electronics Engineer

Oho Group; Austin (TX); On-site; USD 120,000 - 180,000; Full time

Job summary

Oho Group in Austin, TX is seeking a senior power electronics engineer to lead efforts to enhance power density, efficiency, and overall system performance.

You will collaborate across electrical, mechanical, and thermal engineering teams, own high-impact projects, and mentor junior engineers while shaping technical best practices.

Qualifications

• Strong understanding of power electronics and converter topologies.
• Experience improving efficiency, power density, and system performance.
• Proven technical leadership and mentoring abilities.
• Ability to collaborate across electrical, mechanical, and thermal engineering teams.

Responsibilities

• Lead efforts to improve power density, efficiency and system performance.
• Own high-impact power electronics projects and architecture decisions.
• Mentor engineers and guide technical best practices.
• Collaborate with multidisciplinary teams to translate challenges into practical solutions.

Skills

Power electronics

Semiconductors

Converter topologies

System performance

Technical leadership

Cross-disciplinary teamwork

Job description

Join a high-performing engineering team developing next-generation power conversion technology. You’ll lead efforts to improve power density, efficiency and system performance, working closely across electrical, mechanical and thermal engineering to turn challenging problems into practical solutions.

What You’ll Get

• Ownership of high-impact power electronics projects
• Influence over architecture, design and technology direction
• Collaboration with experienced multidisciplinary engineering teams
• The opportunity to mentor engineers and shape technical best practice

What You’ll Bring

• Good understanding of power electronics, semiconductors and converter topologies
• Experience improving efficiency, power density and system performance
• Strong problem-solving and technical leadership skills
• Ability to work effectively across multidisciplinary engineering teams