Electronic product design, from concept to production.
We design the hardware, lay out the boards, write the firmware — and then build it. One engineering partner from the first schematic to volume production.
Where projects start with us
Start wherever your project stands: a blank sheet, a schematic that needs a board, or a shipped product that needs work. Every service runs on the same bench.
Electronic Product Design
End-to-end electronic product design — requirements, system architecture, hardware, PCB, firmware, and validation — carried all the way to production.
ExplorePCB Design & Layout
Professional PCB design and layout — from schematic capture to high-speed and HDI boards — released as a complete, manufacturing-ready file set.
ExploreEmbedded Systems Development
Embedded systems development from platform selection to release — bare-metal, RTOS, and embedded Linux, engineered alongside the hardware they run on.
ExploreFirmware Development
Firmware development for microcontroller and processor-based products: drivers, communication stacks, secure boot, and over-the-air updates.
ExploreIoT Product Development
IoT product development at the device level: radio selection, RF and antenna design, low-power firmware, provisioning, and certification.
ExploreElectronic Prototyping
Electronic prototyping with in-house assembly, from proof-of-concept to production-intent builds that answer the right question fast.
ExploreThe whole path, without the handoffs
Most product ideas lose time in the gaps between separate design and manufacturing vendors. We closed those gaps — every stage below happens with the same team.
- 01
Discover
Requirements, feasibility, and risk — before a single line is committed.
- 02
Architect
System architecture and technology selection that balance cost and performance.
- 03
Design
Schematic, PCB layout, and firmware, progressing together with design reviews.
- 04
Validate
Prototypes built and put through engineering and design validation testing.
- 05
Produce
Straight onto our own production floor — no new supplier to qualify.
The full breadth of an electronics engineering team
Behind every service sits the same complete engineering bench. We pull in whichever disciplines your product needs, and only those.
Talk through your project- Electronics & hardware engineering
- Schematic capture & circuit design
- HDI & high-speed PCB layout
- Firmware & embedded software
- Microcontroller (MCU) design
- Microprocessor (MPU) platforms
- IoT device development
- HMI, GUI & touchscreen design
- Power management & BMS design
- Mechanical & enclosure design
- Reverse engineering
- Test fixture development
- Wire harness design
- Sustaining & cost-reduction engineering
Where our designs end up
Electronics aren't tied to one sector — if a product has a circuit board, it's in our wheelhouse. A few of the fields our work shows up in:
Medical & Life Sciences
Instrumentation, diagnostics, and connected devices designed with traceability and IEC 60601 / ISO 13485 expectations in mind.
Industrial & Automation
Rugged controllers, sensor interfaces, and motor-drive electronics built to survive heat, vibration, and long service lives.
IoT & Connected Devices
Low-power wireless products — BLE, Wi-Fi, and cellular — from antenna and RF layout through firmware and cloud connectivity.
Consumer Electronics
Cost-sensitive, high-volume products where industrial design, manufacturability, and time-to-market all have to line up.
Aerospace & Defense
High-reliability boards and sustaining engineering for programs with long lifecycles and strict documentation needs.
Energy & Power
Power conversion, battery management, and monitoring electronics engineered for efficiency, safety, and thermal headroom.
Why teams choose us
Plenty of firms can draw a schematic. The difference is what happens around it.
The team that designs it builds it
Your product is designed and assembled in the same Addison facility — so the jump from prototype to volume is fast and accountable.
A senior engineer, not a queue
You work directly with the engineers doing the work. No account managers relaying messages, no handoffs to a junior bench you never meet.
Engineered to be built
We design for production from the first decision — part availability and second sources, test access, panelization, and the tolerances your line can hold. Designs reach the floor cleanly and build predictably the first time.
Designed and made in the USA
Engineering and production are domestic, in Addison, Illinois — tighter IP control and a supply chain you can see.
Frequently asked questions
We are an electronic product design and engineering firm. We take electronics from idea to finished product — system architecture, hardware and PCB design, firmware, and embedded software — and then build them on our own production line. Clients come to us for one accountable partner instead of stitching together a designer, a fab, and an assembler.
Yes. Most design firms hand your project to a third-party manufacturer once the drawings are done; we don't. Because production lives in the same building as engineering, the transition from prototype to volume is faster, design-for-manufacturing feedback is immediate, and there is no finger-pointing between separate vendors when something needs to change.
We work across medical and life sciences, industrial and automation, IoT and connected devices, consumer electronics, aerospace and defense, and energy and power. The common thread is custom electronics that have to be reliable, manufacturable, and brought to market on a real schedule.
Yes — that is the core of what we do. A typical engagement moves from concept and system design, to a working prototype (EVT), through design validation (DVT) and production validation (PVT), and into volume manufacturing. Because the same team designs and builds the product, scaling up does not mean re-qualifying a new supplier.
You receive a complete, manufacturing-ready design package: schematics, PCB layout and Gerber files, a bill of materials (BOM), assembly drawings, fabrication and drill files, design-rule-check reports, and firmware source where applicable. You own the design, the documentation, and the IP.
Our engineering and manufacturing operations are in Addison, Illinois, in the Chicago metro area. We work with clients across the United States — most collaboration happens over shared design reviews and files — while keeping design and build domestic.
Have a product to build?
Tell us where it stands today — an idea, a stalled design, or a prototype ready to scale. We'll set up a call with an engineer.