Staff Power Electronics Control Engineer
Amperesand
Staff Power Electronics Control Engineer
Amperesand
Modular solid-state transformers for grid power
Company Overview
Amperesand is reinventing how the world powers its most critical systems.
We are facing a once-in-a-generation opportunity for infrastructure disruption. Electricity demand is skyrocketing, driven by AI factories, electric vehicles, and modern industrial growth. Energy supply is shifting to incorporate a more diverse mix of resources – including solar, gas, and batteries – at a massive scale.
And yet the power infrastructure behind our latest mega-projects hasn’t meaningfully changed in nearly 100 years. Supply chains for today’s infrastructure equipment can’t match the pace and sophistication of critical energy projects. Amperesand is building hardware and software that rewrites this broken power infrastructure playbook to support a new era of energy abundance.
We’ve built a new class of intelligent, software-defined power infrastructure products leveraging a decade of advanced medium voltage Solid State Transformer research that’s now ready for commercial deployment.
Our products and solutions go far beyond the capabilities of traditional electrical equipment. We make power systems that are faster to deploy, dramatically smaller and more efficient, and capable of supporting modern, dynamic energy needs for tomorrow’s most demanding energy consumers.
Scalable in-house advanced manufacturing capability is our foundation for meeting timeline and quality expectation to serve infrastructure customers around the world.
Amperesand is led by breakthrough energy hardware development veterans and funded by top tier investors who share our vision of building a category-defining energy technology company.
With hubs in San Francisco, Reno, and Singapore, our global team is laser focused on building foundational technology to solve the most pressing problems in power infrastructure at scale.
Join us in building the power foundation of the future!
Role Summary
In this role, you will lead the control architecture and system behavior of advanced AC-DC and DC-DC power conversion platforms across low- and medium-voltage applications. You will define and drive control strategies for complex converter topologies, including multilevel and resonant systems. As a Staff engineer, you will own system-level control decisions, set technical direction across programs, and ensure performance targets are achieved from concept through production. You will work across modeling, digital control development, embedded implementation, hardware integration, and validation to deliver robust, scalable, high-performance power conversion solutions. You will also mentor engineers and raise the technical standard of the control organization
Responsibilities:
Own control architecture for advanced power conversion systems across AC-DC and DC-DC platforms.
Own system-level dynamic performance (stability, bandwidth, transient response, robustness, efficiency) from concept through production.
Drive control strategy across interacting power stages and ensure stable operation under all operating conditions.
Define digital control execution requirements and ensure real-time implementation meets system performance targets.
Lead system-level stability analysis and performance closure under aggressive development timelines.
Establish validation methodology and acceptance criteria, including frequency response, transient testing, and fault handling robustness.
Lead complex root-cause investigations across hardware, firmware, sensing, and protection domains.
Drive control-related risk assessment (DFMEA) and mitigation planning across development programs.
Ensure control solutions scale across product variants and future platforms.
Influence system-level trade-offs across topology, sensing, control strategy, performance, cost, and power density.
Elevate control engineering standards through rigorous design reviews, modeling discipline, and mentorship.
Qualifications:
Degree in Electrical Engineering or equivalent industry experience with strong specialization in power electronics and control systems.
5+ years of experience designing and deploying digital control for power converters in commercial or industrial applications.
Demonstrated ownership of control architecture or system-level dynamic performance in complex power conversion systems (e.g., multi-stage, high-power, grid-connected, or modular platforms).
Strong expertise in advanced converter control, including resonant, multilevel, or other high-performance topologies across isolated and non-isolated systems.
Experience with solid-state transformer (SST) architectures or tightly integrated multi-stage AC-DC/DC-DC systems is strongly preferred.
Deep command of control theory, including multi-loop stability analysis, loop interaction mitigation, nonlinear system behavior, and dynamic modeling.
Proven experience implementing and guiding high-performance real-time digital control on embedded platforms (DSP/MCU/SoC).
Strong proficiency in embedded C and ability to review and influence real-time control implementation decisions.
Extensive hands-on laboratory experience debugging high-power systems and leading system-level validation and performance closure.
Demonstrated ability to independently resolve complex, cross-domain technical challenges and drive cross-functional trade-off decisions.
Bonus Qualifications:
Exposure to medium-voltage power electronics systems.
Experience with multilevel or modular converter architectures.
Experience with bidirectional power flow control.
Experience supporting products from R&D through production release.
Experience contributing to patents or novel control techniques.
Please note: This role requires working on-site 5 days a week. We do not offer hybrid or remote options.
Salary: $175,000-$310,000/annual DOE and location
Please note: This role requires working on-site 5 days a week. We do not offer hybrid or remote options.
While this role is listed for the location above, we may consider candidates in other locations on a case-by-case basis.
Onsite Collaboration Rationale:
Given the highly collaborative and cross-functional nature of hardware, embedded systems, and product development, in-person partnership across engineering and product teams is critical to enabling rapid execution, technical alignment, and successful development outcomes.
Why Join Amperesand
Pay Disclosure & Benefits
Compensation will be determined based on experience, location, and other factors permitted by law.
The benefits outlined below apply exclusively to employees located in the United States:
The benefits outlined below apply to employees located in Singapore:
Additional benefits may be available depending on the role and employment type. Benefits are subject to the terms of applicable company policies and plans.
Candidate Confidentiality & Information Protection
As part of our commitment to protecting confidential and proprietary information, candidates should not disclose or provide Amperesand with any confidential, proprietary, or trade secret information belonging to a current or former employer or any other third party during the application or interview process.
Please do not submit or present employer-owned source code, schematics, designs, technical documentation, internal presentations, customer information, prototypes, or other confidential materials. Candidates should discuss their experience and accomplishments at an appropriate level and use only information and materials they are authorized to share.
Equal Employment Opportunity
Amperesand is an equal opportunity employer and complies with all applicable federal, state, and local fair employment practices laws. All qualified applicants will receive consideration for employment without regard to race, color, religion, national origin, ancestry, sex, sexual orientation, gender, gender expression, gender identity, genetic information or characteristics, physical or mental disability, marital/domestic partner status, age, military/veteran status, medical condition, or any other characteristic protected by law.
Amperesand is also committed to working with and providing reasonable accommodations to individuals with disabilities. Please let your recruiter know if you need an accommodation at any point during the interview process.
Modular solid-state transformers for grid power
Amperesand develops modular solid-state transformers (SSTs) for grid infrastructure using silicon carbide (SiC) devices and proprietary high-frequency transformers. The SSTs are digitally controlled and bidirectional, offered in 2, 4, and 6 MW modules that can be combined to meet larger needs, replacing traditional transformers, switchgear, and UPS in a single AI-driven system. It differentiates itself through the combination of SiC SSTs, proprietary high-frequency transformers, digital power management, and leadership from NTU R&D spun out with Temasek’s Xora Innovation, plus an experienced team from ABB, GE, Siemens, and Vestas. The goal is to speed up the energy transition by delivering scalable, compact SST systems for EV charging networks, microgrids, data centers, and industrial power, with first deliveries planned for 2025 in the US and Singapore.
Explore more opportunities at Amperesand