Embedded systems, low-level tools and the bits in between. Currently chasing pixels across mismatched monitors and milliKelvins across a sensor mesh.
A Windows tray tool that remaps the cursor between monitors of different resolutions and physical sizes by translating through a shared millimetre coordinate space. Drag-to-arrange GUI, per-display HWID profiles, two input backends.
ESP32-C3 temperature and humidity sensor with a built-in webserver, paired with a self-hosted Svelte dashboard for logging and visualisation.
The largest group project of my degree: a multi-disciplinary instrumented bicycle trailer built with the LTU Bike-trailer team. Hardware, firmware, telemetry and the integration work that ties them together.
Full-time role on a defence-tech software team operating within a large-scale SAFe agile programme.
Specifics under NDA — happy to talk about scope and stack in conversation.
Satellite integration in 6G.
Bridging cellular and satellite links for the next-generation radio access network.
Built a Java framework for integrating external standard tests.
Designed and shipped a testing framework in Java that plugged third-party standard test suites into the in-house pipeline so they ran alongside internal cases.
Python tooling for post-processing and visualisation of simulation data.
Built Python tooling for post-processing and visualisation of simulation data.
I'm a software-leaning engineer who likes the seam between hardware and screens: low-level tools, embedded sensors, the wiring that holds a project together. I prefer small, sharp utilities that solve one real problem for a few real people over big speculative apps.
MSc in Computer Engineering from Luleå University of Technology (2020–2025), specialised in Industriella datorsystem — industrial computer systems, mostly Rust + embedded. Master's thesis at Ericsson on satellite integration in 6G.