Biomedical Engineer turned Software Developer — building reliable systems, automating quality, and exploring the frontiers of cybersecurity.
My journey started in biomedical engineering — studying how technology can improve human health. That foundation gave me a unique lens: I think about software the way a clinician thinks about a patient. Reliability isn't optional; it's the baseline.
Today I work in software development with a focus on integration test automation and .NET/C# engineering. I design test frameworks that catch failures before they reach production, and I write clean, maintainable code that teams can trust.
I'm actively expanding into cybersecurity — applying the same rigorous, systems-thinking mindset to threat modeling, secure coding practices, and vulnerability analysis.
A multidisciplinary toolkit shaped by biomedical science and sharpened by real-world software engineering.
Building robust, scalable applications using modern C# patterns, LINQ, async/await, and the full .NET ecosystem.
Designing end-to-end and integration test suites that validate system behavior across services, APIs, and data layers.
Actively studying offensive and defensive security — threat modeling, OWASP Top 10, secure coding, and network fundamentals.
Deep understanding of medical device software standards, clinical workflows, and the regulatory landscape (IEC 62304, FDA).
Integrating automated tests into pipelines to enforce quality gates and accelerate delivery with confidence.
Designing and testing RESTful APIs and microservice architectures with a focus on reliability and observability.
A selection of work spanning test automation, medical software, and security research.
A reusable xUnit-based integration testing framework for .NET microservices, featuring test containers, fixture management, and CI pipeline integration.
ASP.NET Core API gateway for a medical device data pipeline, compliant with IEC 62304 standards, with full audit logging and HL7 FHIR support.
A lightweight .NET tool built during CTF competitions to enumerate open ports, detect common misconfigurations, and flag OWASP Top 10 vulnerabilities in web apps.
Photos by Unsplash
A path that bridges clinical science and modern software engineering.
Whether you're looking for a .NET engineer, a test automation specialist, or someone who understands both the clinical and technical sides of healthcare software — I'd love to hear from you.