Does this sound familiar?
You have great idea for a piece of technology that could make a real difference, but turning that idea into working hardware feels out of reach.
Large companies come back with quotes asking for ridiculous amounts, and online freelancers deliver fragile prototypes that only work with constant hand‑holding.
In either case, the people that need your technology never get it.
What happens next?
You already know how this usually plays out.
You sink weeks into explaining the context, answering questions, and fixing avoidable technical issues—only to end up with something too brittle to trust in the field.
Budgets get eaten by rewrites and rework, you and your team lose confidence, and the window of momentum for your idea quietly closes.
What to do instead?
Instead of oversized agencies or hands‑off gig platforms, you work directly with an Electronics Engineer who understands humanitarian and field constraints.
Together we scope a lean, realistic prototype, then iterate it into robust hardware & software that your team can deploy and maintain in real conditions—not just in the lab.
Here’s how I can help
We’ll start by clarifying what impact you want, then translate that into a small, realistic hardware & software scope we can actually build and test.
From there, I handle the electronics & software design, prototyping, and iteration, so you move from “idea on paper” to a reliable device your team can put to work in the field.
Previous projects
APOPO – RescueRAT Technology
I designed the full RescueRAT backpack system for APOPO, including embedded software, PCBA design and 3D‑modeled enclosures, to stream mission data reliably while keeping the animals safe in the field.

Philips – X‑ray tube health monitor
I developed an electronics module that monitors CT scanner X‑ray tubes and flags early signs of degradation, so the tube can be replaced before it fails and causes expensive downtime.

GOAL 3 – Patient monitor
I led the registration of a patient monitor for the African market with local regulatory bodies, including testing the medical hardware to verify safety and performance.

