We are looking for an experienced, hands-on Embedded Software Engineer to join our R&D team and contribute to the development of IRP’s current and next-generation electric mobility products.
In this role, you will develop embedded firmware that closely interfaces with hardware and plays a key role in product performance and functionality. You will be involved throughout the full development lifecycle — from requirements, design, and implementation through integration, debugging, validation, and product release — working closely with Hardware, Power Electronics, Control, V&V, and other R&D teams.
This role is a great fit for an engineer who enjoys working close to the hardware, solving complex technical challenges, and taking ownership in a fast-paced, multidisciplinary environment.
IRP Systems is an Israeli deep-tech company at the forefront of electric vehicle (EV) power electronics. We design and manufacture advanced semiconductor based power conversion systems our proprietary In-Reactor Processing (IRP) technology enables ultra-efficient, compact, and scalable charging and conversion solutions for the EV industry. With R&D in Israel, manufacturing operations in Bangalore (India), and a European hub in Barcelona's Zona Franca, IRP Systems operates across three continents in a fast-moving, entrepreneurial environment where speed, precision, and ownership culture define how we work.
You’ll be responsible for the following
Design, develop, test, integrate, and maintain embedded firmware for current and next-generation electric mobility products.
Develop bare-metal firmware in C for ARM-based embedded systems.
Take part in the full development lifecycle, from requirements and design through implementation, integration, debugging, validation, and release.
Work closely with Hardware, Power Electronics, Control, V&V, and other R&D teams to develop and integrate multidisciplinary solutions.
Debug and troubleshoot firmware, hardware, and system-level issues using tools such as Logic Analyzers and Oscilloscopes.
Work with embedded peripherals and communication interfaces, including GPIO, ADC, DMA, UART, SPI, I2C, and CAN Bus.
Develop high-quality, reliable code using best practices, including unit testing.
Contribute to technical discussions, design decisions, and continuous improvement of development practices.
Work across multiple projects and technical topics in a dynamic R&D environment