Role Snapshot

Opportunity

Non-Negotiables

• You hold a Bachelor’s degree in Electrical or Electronics Engineering, with a Master’s degree preferred
• You bring at least eight years of professional experience in electrical or electronics design
• You have deep, hands-on expertise in power electronics with a strong foundation in both analog and digital circuit design
• You are skilled in modeling, data collection, data analysis, and statistical analysis tools
• You possess circuit-level simulation experience using industry-standard EE platforms
• You are willing to work onsite in Huntsville, Alabama, and we provide full relocation assistance
• You are authorized to work in the United States without any sponsorship requirements

What's In It For You

• You will earn between $110,000 and $120,000 per year, with the potential for even higher compensation based on your experience
• Full relocation assistance is provided to help you transition smoothly to the Huntsville area
• You will lead the hardware development of next-generation wireless charging systems, directly shaping the company’s technology roadmap
• As the subject matter expert, you will represent the company in the Wireless Power Consortium, influencing global industry standards
• You will work on a dedicated R&D team with direct access to the technology roadmaps of global partners, including silicon and architecture suppliers
• The hiring process is streamlined with only two interview rounds, so you can start making an impact quickly
• This role offers high visibility and the chance to deliver technical demonstrations to major automotive OEM customers

Responsibilities

• Serve as the resident expert in the electrical design and development of wireless charging systems, collaborating daily with software and firmware teams
• Act as a principal member of the dedicated Wireless Charging Technology Team, ensuring seamless integration of hardware, software, and systems
• Design complete wireless power transfer systems, including transmitter and receiver coils, power electronics, and control circuits
• Use advanced simulation and modeling tools to analyze and optimize system performance, aiming for faster charging and greater efficiency
• Stay current on Qi standards and other wireless charging protocols, and build relationships with technology partners to align roadmaps
• Create and present demos to customers, clearly communicating complex technical details to both technical and non-technical audiences
• Identify and implement strategies to enhance power transfer efficiency, reduce charging times, and drive product innovation for evolving market needs

Preferred Qualifications

• A Master’s degree in Electrical or Electronics Engineering is highly valued
• Direct experience with wireless charging design, especially familiarity with the Qi standard, will set you apart
• Knowledge of automotive development standards such as ASPICE 3.1 or ISO 26262 (Functional Safety) is a strong plus
• Experience with high-speed data systems or media hub connectivity in an automotive environment is beneficial
• Active participation in industry organizations like the Wireless Power Consortium demonstrates leadership and commitment
• Hands-on experience with inductive charging or wireless power transfer circuits is a significant advantage