Hardware engineer

Let's make an impact on tomorrow's battlefield FUSE is building the next generation of autonomous defense technology: intelligent robotic systems and multi-domain platforms that redefine how forces operate, sense, decide, and act. Our systems work alongside human operators for surveillance, strike, and mission support At FUSE, we bring together industry pioneers into one agile organization under Elbit Systems, combining the speed, sense of ownership, and innovation culture of a startup with the manufacturing power and operational strength of a global defense leader Our teams own the full stack end-to-end, from mechanical design, hardware, and embedded systems to robotics, autonomy, AI, and real-time multi-platform decision-making Here, your work doesn't sit in a backlog. It takes off We are looking for We're looking for a hardware engineer who can take a board from concept to production. You'll design mixed-signal PCBs for autonomous platforms, own bring-up and debug in the lab, and work directly with embedded, mechanical, and systems teams. What you build flies, drives, and operates in real missions In this role you will Design and develop board-level electronic systems from architecture through PCB layout and production Bring up, debug, and validate hardware in the lab using oscilloscopes, logic analyzers, and specialized test equipment Perform root-cause analysis on hardware failures and implement corrective design changes Collaborate with embedded software teams to integrate firmware and drivers with custom hardware Work with mechanical engineers to ensure thermal, structural, and integration requirements are met Support transition from prototype to mass production, including DFM reviews and supplier coordination Create technical documentation including schematics, BOMs, test procedures, and design specifications Participate in system-level integration, testing, and field trials of autonomous platforms Requirements B.Sc. in Electrical Engineering or equivalent 4+ years of hands-on experience in electronic hardware design and development Strong PCB design skills including schematic capture and layout for mixed-signal systems Proficient in lab work: debugging, signal integrity analysis, and hardware validation Experience with microcontrollers, FPGAs, power supplies, and communication interfaces (UART, SPI, I2C, Ethernet) Proven track record taking hardware from prototype to production Solid understanding of DFM, DFT, and design for reliability Experience with embedded Linux or RTOS environments – advantage Background in motor control, sensor integration, or robotics hardware – advantage This is your chance to be a part of a new and exciting opportunity, work on complex, high-stakes systems, push the boundaries of autonomy and robotics, and build technology that makes an instant impact If you're looking to move fast, think big, and shape what comes next, we want you with us Only relevant applications will be answered** #Rosh HaAyin