The workshop

From the layout to the workbench.

Electronics, firmware and mechanics need to work together. With a well-equipped electronics lab and an in-house workshop, I build prototypes, measure and test their functions, and refine the designs.

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Universal Logic Board with xCore module and peripheral connections
From the project portfolio: the Universal Logic Board.

What I can build in-house

The equipment I use to develop, build and test your prototypes.

Measurement, testing and soldering

Electronics lab

My well-equipped electronics lab supports board bring-up and systematic fault finding. I inspect waveforms and frequency spectra, check power supplies, and solder and rework boards, including SMD components.

  • Oscilloscope and spectrum analyzer
  • Bench power supplies and multimeters
  • SMD and through-hole soldering
  • Prototype troubleshooting and rework

Electronics

PCB assembly

Assemble prototypes and bring new boards into the development loop, alongside circuit design and PCB layout.

  • Prototype board assembly
  • Board bring-up
  • Design iterations

Mechanical prototypes

3D printing

Turn CAD designs into physical parts to explore how the electronics and the surrounding mechanics fit together.

  • Prototype parts
  • Enclosure fit checks
  • Mechanical iterations

Prototype fabrication

Laser cutting

Support prototype development with cut parts. Material suitability and the required dimensions are discussed for each project.

  • Custom prototype parts
  • Material-dependent fabrication
  • Fit and assembly trials

Across disciplines

CAD & system integration

I use Autodesk Fusion 360 and Alibre Design CAD to design enclosures, brackets and mechanical parts around the electronics. Connections, available space and assembly are considered from the start, alongside the PCB and firmware.

  • Autodesk Fusion 360
  • Alibre Design CAD
  • Enclosure and mechanical part design
  • Electronics, firmware and mechanical integration

Programming and testing

Automated test stations

I combine programmable lab instruments with custom test software for repeatable tests. This lets me flash boards, check functions and record measurements automatically. Battery simulation also helps test charger behaviour.

  • Firmware flashing and functional tests
  • Automated control of lab instruments
  • Battery simulation and charger testing
  • Test results linked to device IDs

Beyond the prototype: programming & testing

Automated firmware flashing & production testingA working board is only the beginning. I develop flashing and test workflows that turn repeated manual steps into a consistent process for each device.Battery simulation & automated charger testingTest the charging electronics without preparing a real battery for every run. A configurable battery model helps recreate starting conditions and make charger behaviour easier to compare.

Does your prototype fit the workshop?

Send a drawing, a board outline or a short description. We can check the material, dimensions, quantity and development work needed before deciding how to proceed.

Discuss your project