About the job
What to Expect
At Heron Power, we are a pioneering startup focused on developing advanced power electronics designed for the modern energy landscape. Our mission is to eliminate barriers to the growth of electricity generation and consumption through scalable, innovative, and cost-effective hardware solutions, facilitating the electrification of various sectors.
Our primary objective is to engineer superior converters (inverters and rectifiers) that seamlessly integrate large-scale renewable energy sources, storage solutions, and substantial electrical loads (such as data centers) into the grid. Our leadership team comprises industry veterans with a proven track record of delivering gigawatts of power conversion technology over the last decade.
We believe that collective learning is essential, and we foster a collaborative and enriching work environment that promotes personal, technical, and career development. Expect to engage in a dynamic workspace driven by fundamental engineering principles, tackling complex challenges with a strong emphasis on hands-on execution and experiential learning.
Job Overview
Ensuring uptime, availability, and reliability is paramount for our converters that connect renewable energy sources and high-power loads to the grid. Our team is dedicated to achieving a profound, physics-based understanding of our systems, from architecture to real-world application, which enables us to design products that are reliable, safe, and high-performing. We integrate systems engineering, modeling, reliability assessments, testing, and failure analysis into a cohesive unit that collaborates closely with design engineering to challenge assumptions and address the most pressing technical questions.
As a System Integration Engineer – Low-Voltage Electronics, you will be responsible for transforming a collection of low-voltage subsystems into a robust, market-ready product. Your domain encompasses the low-voltage nervous system of our converters, including controller and interface electronics, sensing and signal conditioning, communication networks, low-voltage power distribution, interlocks, thermal management systems, and harnessing.
You will define and implement system requirements, interfaces, and verification strategies, executing the integration plan through hands-on development and rigorous testing throughout all project phases. Your contributions will establish the framework for how we integrate, validate, troubleshoot, and transition our low-voltage electronics into production without repetitive learning during each build cycle.
In this role, you will work closely with teams across electrical design, firmware, and reliability, addressing root causes of failures identified in both laboratory and field settings, and ensuring that solutions are thoroughly validated and resilient against future issues.

