Junior Computer Hardware Engineer / Computer Hardware Engineer I

Most days mix supporting senior engineers with structured learning — supporting schematic capture in Altium or Cadence, running simulations, reviewing layouts under direction, supporting bring-up of new prototypes in the lab, and contributing to design documentation. You're often working at semiconductor, computer/server, networking, or specialty hardware companies, and the team's focus — board, FPGA, ASIC, system — shapes the toolchain.

What tends to be harder than people expect is the slow feedback cycle of hardware. Prototype turns take weeks, bring-up debug can take longer than design itself, and the cost of mistakes is much higher than software. Mentorship quality, complex tool chains, and cross-functional coordination with firmware and systems all shape early development.

People who tend to thrive here are patient, quantitatively rigorous, comfortable with both schematic-level and physical-layer concerns, and willing to learn from senior engineers and lab technicians both. If you want fast iteration, hardware will feel slow. If you like the deep satisfaction of building a career on physical computing systems, the early years build a foundation that travels across the industry.