What are the responsibilities and job description for the Sr. Manager of Engineering position at RCT Systems?
RCT Systems, Power Systems Division, is seeking a Sr. Manager of Engineering to oversee a group of mechanical, electrical, controls, and software engineers developing cutting edge power converters and energy storage systems for high power commercial and military applications. This role demands a visionary leader with a strong technical background, proven program execution skills, and the ability to foster a high-performance engineering culture. This position reports to the President of RCT Systems and works closely with the head of Operations and Manufacturing.
Key Responsibilities
Strategic Leadership
Key Responsibilities
Strategic Leadership
- Define and drive the long-term technology and product roadmap in alignment with RCT Systems’ growth objectives.
- Represent engineering capabilities in executive leadership meetings and support business development initiatives with technical strategy.
- Identify emerging technologies and trends relevant to the company’s mission and recommend areas for investment and development.
- Write and/or review patents, whitepapers, and technical conference/journal articles
- Foster collaboration with RCT Operations team, electro-mechanical technicians, purchasing, and program management departments
- Oversee all engineering projects and R&D initiatives, ensuring delivery of high-quality solutions on time and within budget.
- Lead efforts to standardize engineering processes, design reviews, documentation, and quality assurance practices.
- Ensure rigorous systems engineering, design verification, and validation procedures across all products.
- Build, mentor, and retain a diverse team of top-tier engineering talent.
- Foster a culture of technical curiosity, accountability, and continuous learning.
- Guide career development paths for engineering staff including training, mentoring, and performance evaluation.
- Interface directly with key customers and program stakeholders, providing technical leadership and ensuring program alignment.
- Serve as technical authority and final escalation point on major projects and product issues.
- Provide engineering inputs and support proposal development, including cost estimation, scheduling, and risk identification.
- SiC based power electronic converter topologies including active rectifiers, isolated DC-DC converters, solid-state-transformers, and high-speed motor drives
- Evaluating, integrating, and testing various energy storage systems and technologies
- Know how to utilize Controller-Hardware-in-the-Loop and Power-Hardware-in-the-loop to optimize design cycles and improve outcomes
- Experience with medium voltage power distribution and solid-state-transformers
- United States Citizenship required due to US Government ITAR program restrictions
- Ability to obtain a DoD security clearance
- BS in electrical engineering, computer science, or related major required, MS and PhDs a plus
- 15 years’ experience overall in power electronics and energy storage field, with 10 years’ experience in senior leadership roles
- Deep expertise in power electronics and energy conversion systems
- Proven track record of managing multidisciplinary teams and delivering complex systems
- Demonstrated success scaling teams and transitioning prototypes into production-level systems
- Experience working with DoD or other government contracts and navigating acquisition requirements
- Knowledge of digital control systems, high-frequency converters, EMI/EMC standards, or medium-voltage converter systems
- High Power SiC power device design into converters/inverters
- EMI/EMC MIL 461 Compliance and other MIL spec design requirements
- Multiple parallel/series connected bi-directional galvanically isolated AC/DC, DC/DC converters
- 13.8 kV and 4160V grid interface power converters
- MV Isolated DC-DC converters
- Power levels 50kW to 500kW converters that are linked together for higher power levels up in MWs
- Typhoon and PLECS Controller-Hardware-in-the-loop development of a modular multi-level converter and real-time model implementations