My background in Biomedical Engineering provided a strong analytical foundation. My software career taught me how to ship it. From architecting GDPR-compliant financial systems to building clinical UIs for the NHS and prototyping health-tech with FAANG teams, I build applications that cannot afford to fail.
As a mid-level engineer, my value goes beyond writing syntax. I partner directly with stakeholders to translate complex regulatory and business requirements into secure, highly accessible, and performant software that eliminates operational bottlenecks.
An all-in-one operational ecosystem and Electronic Health Record (EHR) platform. I built this by directly interviewing practicing NHS doctors and nurses to identify points of friction in the patient admission-to-discharge workflow.
Testing the RBAC features?
To explore the different dashboards, demo login credentials for the Triage Nurse, Ward Manager, Clinical Doctor and Cleaner roles are provided in the project README.
Engineered heavily regulated pension service applications and ID verification systems within the corporate financial sector. Enforced strict GDPR compliance and WCAG accessibility standards. Spearheaded Kaizen process improvements that successfully identified and reduced process pain points. Spearheaded Kaizen-driven operational improvements across the engineering team. Systematically optimized Azure DevOps workflows, CI/CD pipelines, and cross-team communication, compounding marginal developer gains into significant team-wide efficiency.
Identified systemic technological gaps in local brick and mortar businesses and built proprietary SaaS inventory applications to replace their legacy management. Delivered high-visibility, brand-centric web solutions for high-profile clients, including an MTV Top 10 music artist.
Transitioned from an intern to a full-time engineer at a leading medical ultrasound startup. Developed proprietary frontend interfaces, mechanical design and collaborated directly with FAANG technology partners, to deliver advanced health tech solutions.
Engineered real-time Unity (C#) simulations of robotic dental surgeries, creating high-fidelity digital twins of live physical procedures and anatomical models.
Focused research and development on engineering solutions specifically tailored for the medical device industry.