SEMC designs, builds, and delivers physical prototypes across the full electrical engineering stack. We pair senior engineering talent with a trusted fabrication network to move hardware from concept to reality — fast.
Most projects need more than one specialty — and stall in the gaps between vendors. SEMC keeps circuit design, firmware, RF, and fabrication in one accountable workstream, so your hardware never gets lost in the handoff.
Eight core capabilities spanning the entire signal chain — available individually or as an end-to-end engagement.
Schematic capture through multilayer, high-speed, and mixed-signal layout.
Microcontroller and FPGA systems with production-grade firmware.
Radio, antenna, and high-frequency design for connected products.
Supplies, conversion, and power management for demanding loads.
Board assembly, enclosures, and small-batch runs via our network.
Bring-up, debugging, and pre-compliance preparation.
Design reviews, feasibility studies, and DFM guidance.
Bringing subsystems together into working, testable hardware.
Every schematic and layout is built with the end in mind. We design for performance and for the assembly line at the same time, so the path from one board to a hundred is visible from day one.
We don't hand you off to a fab and disappear. Board assembly, enclosures, and mechanical parts are coordinated through vetted partners as a single workstream — with SEMC accountable end to end.
We bring hardware up, test against spec, and iterate. Most products take a revision or two — expected and planned. You get test results and a revised build, not a shrug.
SEMC partners with clients where reliability isn't optional — from first-time founders to established programs.
Rugged, reliable hardware built to perform in demanding operational environments.
Precision instrumentation informed by real clinical and biomedical engineering experience.
Custom electronics and data acquisition for labs pushing the edge of what's measurable.
From startup MVPs to production-ready designs for established manufacturers.
Senior engineering firepower without the overhead of a full in-house team.
Extra capacity and cross-disciplinary depth for teams that need to move faster.
A lean senior team and pre-qualified fabrication partners mean we start sooner and iterate faster than a traditional shop.
Coverage across analog, digital, power, RF, and embedded — so cross-disciplinary problems don't stall between vendors.
Right-sized engagements and BOM-aware design keep prototypes affordable and production-realistic from day one.
Both. Some clients need a single board laid out or a firmware module written; others hand us a concept and take delivery of a working prototype. We scope to the work — fixed-scope for defined tasks, milestone-based for evolving ones.
We design in-house and manufacture through a vetted network of fabrication and assembly partners. You get a single accountable point of contact managing the whole process, rather than juggling vendors yourself.
Yes. We'll review the existing design and documentation, identify the gaps, and give you a clear plan to move forward. Inheriting a partial design is common and we're comfortable with it.
Primarily defense, medical devices, research instrumentation, and the private sector — from startups to established enterprises. Our team's biomedical engineering and clinical background gives us particular depth on medical and instrumentation work.
Transparently. You receive a written scope with milestones, timeline, and clear pricing before work begins — and we flag technical risks up front rather than after the invoice.
Tell us what you're building. We'll scope it, quote it, and get you to a working prototype.
Let's talk