Hardware, firmware and FPGA design around the device you need to build. Connect schematics, PCB layout and system-level decisions with prototyping and validation.
01 / Embedded engineering
Hardware, firmware and FPGA responsibilities considered together, from schematics and PCB layout to device interfaces and system behaviour.
Build and bring up prototype hardware to check power, interfaces and device behaviour before taking the design further.
Testing and validation against agreed electrical and system requirements, with findings used to refine the design and inform production planning.
02 / From requirements to prototype
Map inputs, outputs, interfaces, power and operating conditions. Agree what the hardware must do and how that behaviour will be checked.
Work through component choices, schematics, PCB layout and firmware or FPGA responsibilities as one connected design.
Check power, communications and device behaviour on physical hardware. Use the findings to refine the board and its logic.
Test against the agreed requirements, record remaining issues and identify the engineering work needed before a production handover.
03 / Scope your hardware
Tell us about the interfaces, power budget and environment. Share any existing schematics or prototype findings, and whether you need a new design or help with a board already in development.
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