Engineering Services
Cross-domain expertise delivering solutions that traditional specialists can't match
Electronics Design
High-speed digital interfaces, mixed-signal, and RF through UHF. Emphasis on getting the design right before fabrication — power and thermal considerations, and layout review to avoid expensive respins. KiCad and Altium.PCB iterations cost time and money. Getting it right the first time matters.
FPGA Development
Intel, AMD, and Microsemi — from small Cyclones to large UltraScale+ designs. Version-controlled RTL, TCL-scripted builds, proper testbench coverage. Timing closure through architecture, not slot-machine seed hunting.Builds should be reproducible. Timing should be clean. This is how.
DSP Design
Python/MATLAB modelling through to FPGA implementation. Polyphase channelisers, CORDIC, CIC and FIR chains. Validate against the model in simulation before you burn it into hardware.Running out of resources? Chasing artifacts you can't explain? Start with a proper model.
Embedded Development
Embedded Linux on Zynq and similar SoCs — the bit between AXI fabric and userspace that nobody wants to own. Also microcontroller firmware when that's what the job needs. Proper register documentation and memory maps.Hardware team says it's software. Software team says it's hardware. Someone has to find it.
Web Applications
Laravel with React or Vue. Custom business applications, hardware test interfaces, IoT dashboards. Dockerised deployment. If you need a custom business application or your hardware needs a web interface, this is covered.Need a proper web backend for your hardware without hiring a separate team?
AI Applications
RAG, MCP, prompt engineering, and practical AI integration. Not hype — actual implementations for business automation and engineering productivity. Distinguishing what's real from what's marketing.Curious about AI but tired of the hype? Practical conversations start here.
Why Cross-Domain Matters
Most project problems happen at the boundaries between disciplines
The hardware team designs an interface the firmware can't actually use efficiently
The FPGA architect doesn't know what the embedded software needs from the register map
The web developer treats the hardware as a black box and the integration is painful
Everyone's work is good — it just doesn't fit together
With cross domain understanding, these problems get caught early or don't happen at all.
Technical Debt Compounds
The decisions you defer now become the problems you inherit later
Legacy build systems and undocumented designs slow down every future change
"We'll fix it in the next version" becomes permanent
Compliance and security bolted on at the end costs more than designing it in
Modernising a working system is hard — but maintaining a fragile one is harder
Sometimes the right investment is cleaning up what you have before adding more.
Standards Exist for Reasons
Compliance, security, and documentation aren't overhead — they're how you ship products that last
Designs that meet EMC first time save months of rework
Security architecture is easier to build in than to retrofit
Proper documentation means someone else can maintain it (or you can, in two years)
Tested, traceable requirements make certification possible
Cutting corners on process usually costs more than doing it properly.
Build vs Buy
Off-the-shelf works until it doesn't — then you need someone who can build what you actually need
Evaluation boards get you started; custom hardware gets you to production
Vendor IP does 80% of what you need; the last 20% is where projects stall
External expertise for specific problems beats hiring full-time for skills you need once
You keep the IP, the source, and the documentation — no lock-in
Sometimes the right answer is custom. Sometimes it isn't. The distinction matters.