About the job
About ChargePoint
As a leader in the electric mobility revolution, ChargePoint (NYSE: CHPT) is pioneering the transformation of transportation, with electric vehicles predicted to constitute nearly 30% of new vehicle sales by 2025 and over 50% by 2040. ChargePoint stands at the forefront of this shift, powering a vast network of EV charging solutions across North America and Europe, while providing a comprehensive suite of hardware, software, and mobile solutions designed to meet every charging need.
Since our inception in 2007, ChargePoint has been dedicated to simplifying the transition to electric for businesses, fleets, and drivers. We present an extraordinary opportunity to contribute to a sustainable future and a trillion-dollar market.
Our company culture thrives on positivity and productivity, driven by our core values: Be Courageous, Charge Together, Love our Customers, Operate with Openness, and Relentlessly Pursue Awesome. These principles shape our daily interactions and collaborative efforts, aiming to construct a brighter future for all.
Join us in shaping the future of EV charging and leave a lasting impact on how people and goods reach their destinations for generations to come.
Reporting Structure
Reports to: Senior Director of Power Systems Engineering
Key Responsibilities
We are in search of a seasoned Power Electronics Hardware Leader to spearhead the design and development of state-of-the-art high-power EV charging and energy conversion systems. The ideal candidate will possess extensive technical knowledge in power electronics and a successful history of leading engineering teams to launch complex hardware-software solutions. This role demands hands-on expertise in embedded firmware development, control systems, and multi-level power converter designs, preferably in renewable energy, EV charging, or energy storage domains.
This position presents a unique opportunity to shape product architecture, mentor a rapidly expanding engineering team, and contribute to pioneering solutions in fast-charging and grid-interactive power systems.
