Most hardware projects fail not in the engineering, but in the handoffs — between the person who draws the schematic, the one who lays out the board, the factory that builds it, and the team that writes the firmware. We do all of it under one roof, so nothing gets lost in translation.
Schematic Design
We design circuits to be built, not just to simulate cleanly. Component selection accounts for real lead times and sourcing, power budgets hold up under load, and the schematic is one a layout engineer — even one who isn't us — could pick up and route correctly.
Circuit topology and component selection
Power budget and thermal estimation
Datasheet-level part verification (no EOL or single-source parts without a flagged risk)
Schematic capture in Altium, KiCad, EasyEDA, or Eagle — your choice
PCB Layout Design
From simple 2-layer boards to 8+ layer designs with BGA packages, controlled impedance, and HDI structures. Every layout is checked against DFM rules before it goes near a fab house — better to catch a clearance violation on screen than on a finished panel.
2-layer through 8+ layer stackups
BGA escape routing and fanout
Controlled impedance and differential pair routing
HDI / microvia structures where the design calls for it
DFM-ready Gerbers, IPC-356A netlist export
PCB Manufacturing & Assembly
We manage fabrication and assembly from a handful of prototype units through full production volumes, sourced through JLCPCB, PCBWay, and LCSC. One point of contact instead of juggling a fab, an assembly house, and a parts supplier separately.
Bare board fabrication, prototype to mass-scale quantities
Turnkey SMT/THT assembly
BOM sourcing and component procurement
First-article inspection before a full production run ships
Firmware Development
Firmware written by the same team that designed the board — fewer surprises when hardware and code meet for the first time. Embedded C/C++ for the microcontrollers we spec, with drivers and protocols matched to what the hardware actually needs.
Embedded C/C++ for ARM Cortex-M and similar architectures
Peripheral drivers (SPI, I²C, UART, CAN, USB)
Sensor integration and signal processing
Bootloader and update mechanisms where required
Enclosure Design & Manufacturing
Enclosures designed alongside the board, accounting for connector placement, mounting, thermal venting, and ingress protection from the start — not measured after the PCB is already finalized.
Mechanical housing design around your board outline
3D-printed prototypes for fit and function testing
Injection-molding-ready designs for production volume
IP-rating considerations where the application requires it
Design Review & Consultation
If you already have a design and want a second set of qualified eyes before committing to production, this is that review. We've found real failure modes in finished designs: undersized pads, footprint mismatches, parts operating outside their rated range.
DFM/DFA audit of an existing schematic or layout
Component stress and tolerance review
Written findings with prioritized fixes
Available as a standalone engagement, no full redesign required
