Engineer
Intelligent
Systems
I’m a Biochemistry student, founder, and developer who loves building at the intersection of AI and life sciences. I care about thoughtful systems, clear design, and tools that actually help people do their best work.
I build tools where biochemistry, AI, and product thinking meet. As a 4th-year Biochemistry student and self-taught developer, I care less about "hello world" demos and more about real systems people can use, like 3D molecular viewers, AI-assisted design tools, and agents that make technical work feel lighter.
Most of what I work on starts from a simple question: what would actually help a researcher, founder, or student move faster without cutting corners? That's led me to projects like a next-gen molecular graphics tool, an AI-powered interior design app, and a basketball shot analysis app; all built with modern tech stacks.
Right now I'm focused on sharpening my fundamentals in 3D graphics, computer vision, and product development, while learning how great teams ship things that last. I enjoy collaborating with people who are curious, opinionated about their craft, and excited to build tools that make hard work feel a little more playful!
I am interested in genetics, oncology, and biotechnology that combine experimental biology, data-driven analysis, and engineering. My current work centres on building web, 3D, and AI-enabled tools, such as molecular visualization, interactive design interfaces, and computer-vision applications, that make complex systems easier to explore and reason about. I am drawn to projects that keep a strong biological foundation while still caring about interpretability and sound methods. I am especially interested in building reliable tools and workflows that translate data into insight for real research and applied biomedical settings.
I want to work alongside innovative, bold, and highly driven research labs, biotech teams, and founders who are building the next generation of tools for understanding and treating disease. My goal is to contribute at the intersection of rigorous biology, careful computation, and practical engineering, helping teams design systems that scientists and clinicians can trust and use effectively. More broadly, my mission is to advance science and technology in ways that empower individuals by giving them better tools, clearer insight, and greater agency in high-stakes settings. Over time, I hope to help build and collaborate with teams that translate strong research and engineering into practical platforms that move ideas from the lab into the real world faster and more responsibly.
Academic Projects
Personal Projects
Across these projects, the common thread is using biology, data, and software to ask meaningful questions and build things that actually make a difference. As some would say, "move the needle". The work leans on clear methods and interpretable results, whether that means barcoding bacteria, looking at hemoglobin variants, modeling player gaming demand, or exploring every single frame of a jump shot to find out how to improve it. Looking ahead, the plan is to keep building at this intersection of experimental science and engineering, ideally with people who enjoy that mix as much as I do. If anything here sounds close to what you’re working on, I’d love to keep the conversation going.
