Vice President of Engineering(Energy Storage)

The Vice President of Engineering will serve as the operational and strategic anchor for for the Company technology and engineering organization. This role will own the end-to-end execution of the BESS platform roadmap, ensuring the current and next-generation product lines achieve market-leading performance, reliability, and Total Cost of Ownership (TCO).

While working in close partnership with the CTO (Chief Technology Officer), who focuses on long-horizon innovation and vanguard technologies, the VP of Engineering will assume full responsibility for the "engine room." This includes the design authority for the BESS hardware platform (Battery, PCS, Enclosure, MV collection, etc.), the rigor of the engineering process, and the day-to-day leadership of the development team. This is a high-impact role designed for a leader capable of scaling a department and eventually stepping into broader responsibilities.

Requirements

While working in close partnership with the CTO (Chief Technology Officer), who focuses on long-horizon innovation and vanguard technologies, the VP of Engineering will assume full responsibility for the "engine room." This includes the design authority for the BESS hardware platform (Battery, PCS, Enclosure, MV collection, etc.), the rigor of the engineering process, and the day-to-day leadership of the development team. This is a high-impact role designed for a leader capable of scaling a department and eventually stepping into broader responsibilities.

Essential Duties & Responsibilities

Essential duties and responsibilities include, but are not limited to the following:

Strategic Leadership

· Own the Platform Lifecycle: Move beyond simple roadmap execution to full ownership of the platform's commercial and technical success. Ensure products are delivered not just on time, but with the margins and reliability required for business scale.

· Operational Autonomy: Serve as the primary decision-maker for day-to-day engineering operations, allowing the CTO to focus on R&D and future-state technology.

· Organizational Construction: Design and scale a high-performance engineering culture. This includes defining organizational structure, hiring strategies, and career pathing to ensure high retention of top talent.

Technical Execution & Process

· Engineering Rigor: Implement and enforce "industrial-grade" engineering processes (Stage-Gate, Revision Control, PLM, Requirements Management) to transition the company from startup agility to enterprise reliability.

· Supply Chain Integration: Lead the technical validation of strategic partners (cells, inverters, enclosures). Drive technical negotiations to ensure vendors meet not just today’s specs, but our future roadmap requirements.

· Cross-Functional Alignment: Act as the primary technical bridge to Sales, Services, and Project Engineering. Translate market feedback into engineering requirements and ensure the platform is "deployment-ready" to minimize field labor and maintenance costs.

Financial & Risk Management

· Cost Down Initiatives: Aggressively drive BOM reduction and efficiency improvements to maintain competitive advantage.

· Risk Mitigation: Oversee compliance and safety strategies (UL, NFPA, IEEE) to minimize warranty exposure and operational risk.

Performs other related duties as assigned.

Knowledge, Skills, & Abilities

To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

• Business Acumen: Ability to translate technical decisions into financial implications (CapEx, OpEx, Margin).

• Executive Presence: Capable of representing the company in front of major utility customers, investors, and industry groups.

• High Agency: A track record of solving complex organizational problems without waiting for permission or detailed instruction.

• Technical expertise on Li-ion battery systems, battery enclosures, power conversion systems, and power systems generation, transmission, and distribution.

• Working knowledge for BESS industry relevant standards including UL9540/1973/1642/1741, IEEE1547/2800, and NFPA855/70/70E/69/68.

• Subject matter expert on grid tied power conversion including GFL and GFM.

• Understanding of utility communication protocols, industrial ethernet networks, and power generation control strategies.

• Ability to recruit and develop personnel in a technical organization including training, guidance, and mentoring.

• Exceptional communication skills particularly conveying complex technical concepts or issues.

Education & Experience

• Deep design and engineering experience in energy storage, power systems, and power conversion technologies.

• Master’s Degree in Electrical Engineering.

• 10+ years of experience in design and engineering leadership.

• Proven background developing and successfully bringing products and services into the energy storage industry to market.

Physical Requirements & Work Environment

The physical demands and work environment characteristics described herein are representative of those that must be met by an employee to successfully perform the essential functions of this job.

Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.

• Regularly required to stand and walk, with frequent lifting or moving of up to 25 pounds and occasional lifting of up to 50 pounds.

• The noise level in the work environment is usually moderate to loud. Hearing protection may be recommended and/or required in some work locations.

• Domestic and international travel may be required.