Securing medical software from design through market clearance — and, increasingly, the AI moving into the devices themselves — at Hermes Medical Solutions, Stockholm.
Level 1 support for Intellispace Portal and Cardiovascular across the Nordics and UK/Ireland — full incident lifecycle, upgrade assessment, and cross-regional knowledge sharing for enterprise imaging informatics.
Biomedical Engineer, Medical Imaging and Physiology
Karolinska University Hospital
Jun 2021 — Dec 2021 · Stockholm, Sweden
First-line support for one of Europe's largest imaging-equipment fleets: RIS/PACS incident management, DICOM/HL7 integration work, and multi-vendor coordination across GE, Philips, and Siemens systems.
Thesis research integrating the Medusa inventory system with radiology equipment workflows — process modeling and multi-actor analysis to improve quality assurance in a radiology department.
Radiology IT systems management at one of Stockholm's largest emergency hospitals: PACS/DICOM operations, supplier contract evaluations, workflow optimization, and system documentation.
Master's Thesis - 'Improving Quality Assurance of Radiology Equipment Using Process Modelling and Multi-actor System Analysis'
Lund University
Aug 2015 — Jun 2018
Bachelor of Science - BS
Biomedical Engineering
Bachelor's Thesis - 'Development of a User-friendly Method of Processing Data from Ergonomics Measurements Utilizing Inclinometers'
Academic Work
Master Thesis: Improving Quality Assurance of Radiology Equipment Using Process Modelling and Multi-actor System Analysis
Thesis
Research conducted at KTH Royal Institute of Technology in collaboration with SoftPro Medical Solutions. The thesis investigates methods to improve QA processes for radiology equipment through process modelling techniques and multi-actor system analysis, contributing to enhanced medical device quality management.
Bachelor Thesis: Development of a User-friendly Method of Processing Data from Ergonomics Measurements Utilizing Inclinometers
Thesis
Research project at Lund University focusing on developing user-friendly data processing methods for ergonomics measurements using inclinometer sensors. The thesis explores practical applications in occupational health and workplace ergonomics assessment.
Product security specialist for medical software. I build security into medical devices from design through premarket submission.
I'm a biomedical engineer working as a QA/RA & Security Specialist at Hermes Medical Solutions, where I secure nuclear-medicine imaging software and help clear it for market — premarket cybersecurity, threat modeling, and security risk management, grounded in FDA premarket guidance and IEC 81001-5-1. As AI moves into these devices, I've started an early gap analysis against the EU AI Act to understand what it will ask of us. I also build my own tools — an internal RAG system over company data, still a work in progress, and in-house security tooling and tests.
Current focus areas
Premarket cybersecurity for medical software (FDA, IEC 81001-5-1)
Security risk management and threat modeling across the product lifecycle
Supporting market clearance for medical devices (FDA 510(k), EU MDR)
Securing the AI now entering medical devices — an early EU AI Act gap analysis, underway
Technical skills
Windows Server, Unix/Linux, Docker, Kubernetes, PowerShell, Bash, Python, Rust and Git
I care about making healthcare technology safer and more trustworthy — protecting patients by making sure the software, and increasingly the AI, inside their care is secure by design.