I build at the intersection of biomedical engineering, medical devices, and software systems.
I am a biomedical engineering graduate focused on building systems that are technically rigorous, clinically useful, and thoughtfully designed.
My work spans:
- Medical device prototyping and biomedical product concepts
- Clinical engineering and equipment-focused problem solving
- Healthcare automation and AI-assisted workflows
- Frontend and full-stack development with modern web tools
- Technical experiments that connect hardware, data, interfaces, and healthcare use cases
| Project | Summary | Links |
|---|---|---|
| NIR Vein Finder | A low-cost near-infrared vein visualization prototype built with Raspberry Pi and NoIR camera hardware, paired with a real-time interface for practical vein detection workflows. | Repo · Paper |
| CuraLytica | A healthcare AI concept exploring disease diagnosis support through medical imaging analysis and machine learning workflows. | Repo |
| Lumbar Spine Implant Concept | A collaborative lumbar disc implant concept where I handled most of the CAD modeling and technical exploration, including vertebral and endplate geometry preparation for biomechanics-focused evaluation in SimScale. | SimScale Project |
- Clinical and biomedical systems
- Device design, prototyping, and validation
- Healthcare-focused software products
- Automation workflows and practical AI tooling
- Human-centered interfaces for technical applications
- Deepening software engineering depth alongside biomedical engineering work
- Building more polished, documented, recruiter-friendly project case studies
- Creating healthcare-oriented tools that show practical real-world value
- Biomedical engineering roles
- Clinical engineering roles
- Medical device development
- Healthcare technology and digital health
- Software, automation, and technical product roles connected to real-world systems
- Email: zaynulnazir@gmail.com
- LinkedIn: linkedin.com/in/zainulnazir