Overview

We design and build medical devices. The engineering team is small, which means you'll own real work early and see your designs go into products that reach patients. You'd own the digital logic and board-level hardware side of our systems. Our embedded software lead handles Linux, device drivers, and application code. You won't be asked to do everything. You'd be the hardware half of a two-person core.

One thing we want to be upfront about: our advanced FPGA development is currently done by an engineering partner firm. We intend to bring that work in-house, and this role is how we do it. You'd start by working alongside their engineers and grow into owning it over your first year or two. This process involves reading their designs, contributing to those designs and learning the architecture. This is a funded, planned transition, and the partner firm knows and supports it. They'll continue working with us on other projects.

That means we're not expecting you to walk in and architect an FPGA on day one. We're looking for someone with strong fundamentals who wants to grow into that ownership with real support while doing it.

What you'd actually do

• Write and verify synthesizable HDL, and close timing on real designs
• Draw board-level schematics for FPGA-centric hardware: component selection, power architecture, clock distribution, peripheral and memory interfaces
• Bring boards up on the bench and debug what doesn't work
• Work with a layout engineer on stack-up and routing
• Write Python to automate hardware testing so we stop doing it by hand
• Contribute to design documentation and verification within our quality system
• Grow into architectural ownership of our FPGA designs

What we need you to have done already

• 2–4 years of hands-on embedded or digital design work
• Written HDL that went somewhere real. Verilog, SystemVerilog, or VHDL. You've simulated it, synthesized it, and dealt with timing.
• Used an FPGA toolchain end-to-end. We use Xilinx and Vivado. If your experience is Intel/Quartus, Lattice, or something else, the fundamentals transfer and we'll get you up to speed.
• Drawn a schematic yourself. Altium, KiCad, OrCAD, whatever. We mean designed a board, not reviewed someone else's.
• Written C, C++, or Rust (preferred) at a low level.
• Python for scripting and data analysis.
• Comfort with an oscilloscope and a logic analyzer. You should be the kind of engineer who reaches for a probe before a forum post.
• Working knowledge of SPI, I2C, and UART and their FPGA implementations (IP Block or hand coded HDL).
• Working knowledge of DSP, DDR interfaces, or high-speed signal integrity

Helpful, but genuinely not required

• Xilinx Vivado/Vitis specifically, or AXI interconnect
• Zynq, MPSoC, or SoC design
• Precision analog front-ends, ADCs, DACs, power management ICs
• Work in a regulated environment: medical, aerospace, automotive safety
• Kernel driver experience. Take a hardware design and implement a Linux kernel driver.

Who does well here

How to apply