
Accessible microfluidics for hobbyist and academic biotech researchers
2015 - 2016
For my masters thesis, I designed and built a custom PCB-mounted microfluidics product for automating microfluidic workflows.

AI ski coach wearable
2015
I spent a summer at HAX accelerator in Shenzhen rapid prototyping and working with factories to bring the product to life.
Kickstarter: £275k, 1,200+ backers.

Large-format homebuilt laser cutter
2013
To expand my prototyping skills and home workshop, I built a custom laser cutter in my garage.
40W, 1.5×1.5m

With protein demand set to double by 2050, tini is aimed toward tackling this problem at its source. This project involved experimentation with nutrient rich bacteria, gastronomy, and branding to help diversify our protein supply chain.




Accessible microfluidics for hobbyist and academic biotech researchers
2015 - 2016
For my masters thesis, I designed and built a custom PCB-mounted microfluidics product for automating microfluidic workflows.
AI ski coach wearable
2015
I spent a summer at HAX accelerator in Shenzhen rapid prototyping and working with factories to bring the product to life.
Kickstarter: £275k, 1,200+ backers.
Large-format homebuilt laser cutter
2013
To expand my prototyping skills and home workshop, I built a custom laser cutter in my garage.
40W, 1.5×1.5m
With protein demand set to double by 2050, tini is aimed toward tackling this problem at its source. This project involved experimentation with nutrient rich bacteria, gastronomy, and branding to help diversify our protein supply chain.