Semiconductor Design Engineer Jobs in Minneapolis, Minnesota
Most engineers picture semiconductor work happening on the coasts. Minneapolis runs a quieter scene, and it is built around medical silicon, supercomputer processors, and power electronics rather than mobile SoCs.
The Twin Cities design base grew out of Cray's supercomputer processor teams, now part of HPE, alongside a dense cluster of medical device companies. Medtronic, Boston Scientific, and Abbott all need ultra-low-power ASICs for implantable hardware such as pacemakers, neuromodulation implants, and continuous glucose monitors. That work rewards analog and mixed-signal designers who think in microwatts and plan for a decade of battery life.
Expect Cadence Virtuoso and Spectre on the analog side, with low-power checks pushed close to signoff. Outside medical, the local roles lean toward power electronics IC design for industrial systems and high-reliability silicon for harsh environments. The University of Minnesota keeps a strong VLSI and RF circuits research group, so early-career candidates have a real on-ramp into these teams.
Day to day, these jobs run from architecture and schematic design through layout supervision, silicon bring-up, and failure analysis. Medical programs add long validation cycles and regulatory documentation that consumer chips never see, so patience and rigor matter as much as raw design speed.
SemiDesignJobs lists roles across Minneapolis, St. Paul, Plymouth, Eden Prairie, and Maple Grove. You can filter by company, specialty, and experience level instead of scrolling past postings that do not apply. If implantable, ultra-low-power work is the target, the low-power design engineer positions we track show what the wider market expects and pays.
The real argument for Minneapolis is cost of living. Suburban housing runs a fraction of Bay Area or Boston prices, and the medical IC niche here is difficult to find anywhere else. Its closest peer is the Boston corridor, where device engineering overlaps heavily, so the Boston semiconductor roles are worth comparing. If you would rather stay where you are, the remote and hybrid options cover that path. Compensation tracks national analog and mixed-signal bands rather than coastal premiums, which is part of why the take-home goes further here.
Save a Twin Cities search on SemiDesignJobs and you will get an email when a new medical or power IC role opens. That beats refreshing a dozen careers pages on your own.
FAQ
What semiconductor companies are based in Minneapolis?
The main IC design employers are Cray/HPE, which does custom processor and memory-interface ASIC work, and the medical device makers Medtronic, Boston Scientific, and Abbott, which design ultra-low-power ASICs. Data I/O is here too, along with several power electronics IC firms. Analog Devices and Texas Instruments keep a Twin Cities presence as well.
What makes Minneapolis unique as a semiconductor design location?
Its concentration of medical IC design. Engineers here build ultra-low-power ASICs for implantable cardiac devices, neuromodulation systems, and glucose monitors. That specialty is hard to find outside the Minneapolis-to-Boston corridor, and it makes a distinct career path for analog and mixed-signal designers who want their silicon inside the human body.
Does Minnesota offer any incentives for semiconductor design engineers?
Not the way Arizona or Ohio court fabs with state packages. Minnesota's draw is quality of life: affordable housing, especially in the suburbs, and proximity to research universities. The density of medical device work creates a specialized IC design cluster that still pays competitively, even without headline incentives.