Available · Q2-Q3 engagements

I build complete systems.
Hardware to cloud.

Ben Sloan — MEng Computer Engineering student at Queen's University Belfast, embedded systems engineer, and technical founder. Designing, building, and deploying complete systems across hardware, firmware, websites, web apps, and infrastructure.

Marketing websitesProduct web appsDashboards and operator UIsHardware-connected software
Education
MEng · QUB
Industry
Analog Devices
Disciplines
HW · FW · SW · Infra
Founder
Equilyze
Websites, apps, hardwareEnd to end
Background

Engineering education, industry experience, founder execution.

My work is grounded in real delivery: university engineering, hands-on hardware and sensor work at Analog Devices, product ownership through Equilyze, and deployed monitoring with Whitewater Brewing.

Education

MEng Computer Engineering

Queen's University Belfast, with a practical focus on embedded systems, hardware design, firmware, and software delivery.

Industry

Analog Devices

PCB redesign, sensor systems, demo-platform software, calibration, and testing work to improve system performance.

Founder

Equilyze

End-to-end product development across electronics, firmware, mobile app, manufacturing, commercial work, and delivery.

Production

Whitewater Brewing

Direct ties to a working brewery through deployed monitoring around live process data and operational reliability.

Capabilities

Full-stack engineering, in the literal sense.

From the silicon up to the cloud, every layer designed and delivered by the same hands.

01

Product & Hardware Engineering

Real hardware, designed to be manufacturable.

02

Software & Systems

Websites, web apps, and system architecture that hold together at scale.

03

Infrastructure & Deployment

Reliable systems that don't go down.

04

AI & Advanced Systems

Local inference that actually works.

Selected Work

Real systems. Shipped.

Each project — designed, built, and deployed end-to-end.

How I work

Four steps. No theatre.

01

Understand

What problem, what constraints, what success looks like.

02

Design

System architecture across hardware, software, infra.

03

Build & test

Prototype, iterate, validate against real conditions.

04

Deploy & refine

Ship, monitor, harden — keep it running.

Have a system you want built?

From PCB to production.
Let's talk.