Founder & engineer

I build chips, software, and the occasional company.

Third-year EEE student at University of Galway and lead designer of the Tarski neuromorphic processor.

The Tarski analogue neuromorphic processor board on a workbench, wired for testing
Tarski on the bench: an analogue AI processor, designed in KiCad, brought up by hand.
components on the Tarski processor
3,438
MNIST accuracy under component mismatch
83.4%
datapoints per second from helmet sensors
6,000
simulated grid-years per hour
2.5M

Recognition

Awards, grants, and wins since 2024.

NDRC logo

Founders’ Weekend Winner

NDRC, with StudySmith

EirGrid logo

Cleanergrid Finalist

EirGrid, 1 of 5 teams

University of Galway crest

University Scholar

First Class Honours, 4.0 GPA

Tyndall National Institute logo

Summer Research Fellow

Tyndall, photonics

Work in Fintech logo

Work in Fintech Winner

Summit 2025, London, with UCASH

Patch logo

Patch Grantee

Youth accelerator, with ForceField

Trelis Research Grantee

Independent research grant

Selected work

Hardware, research, and software that shipped.

The populated Tarski PCB, a grid of analogue synapse cells on a green four-layer board

Analogue AI hardware

Tarski

A fully programmable analogue neuromorphic processor: BJT current-mirror synapses, SR-latch neurons, and shift-register weight programming across 3,438 components on a four-layer board.

Verified by Gilgamesh, a 14.6K-line Rust simulator cross-validated against ngspice and roughly six million times faster. Accuracy held at 83.4% across component-mismatch draws, from 85.5% nominal, and the emulator caught a critical PCB bug before bring-up.

View project

Open source

Tools I built because I wanted them to exist.

Writing

Reports and posters from the projects above.

Eoghan Collins presenting the laser power transfer poster at the Photonics Ireland conference
Presenting the laser power link at Photonics Ireland.

About

I’m a third-year electrical and electronic engineering student at University of Galway, with a 4.0 GPA and named a University Scholar. Officially it’s analogue circuit design and embedded systems. Unofficially it’s whatever the current obsession is: neuromorphic hardware, laser power links, grid simulators.

I run Eltrus, which keeps production medical software running for a surgical clinic, and I spent a summer at Tyndall National Institute powering circuits with lasers. I like building things that get used, and I keep score in shipped projects rather than ideas.

Galway, Ireland

Let’s build something.

Interesting problems welcome, whatever shape they take.