Check out some of my Tech Projects below.
I build products that don’t just work — they change users lives.
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Most Asked Questions
FAQs
What does your portfolio show?
My track record of building high-impact, versatile tech. From AI that predicts F1 race outcomes in real time, to Augmented Reality experiences, to AI-powered wildfire detection. You’ll also find biomedical engineering work like innovative heart stent designs, nanotech wearables for skin health, and research spanning materials science, AI, and sustainability. My portfolio blends startups I’ve founded, research I’ve led, and products I’ve shipped - merging engineering precision, scientific rigor, and creative problem-solving.
How do I access your work?
Explore my work through the categories below. Hover over a section to see the dropdown options, or scroll down to check out some of my favorite projects featured below :)
Do you collaborate with other people or teams?
Always. I’ve worked with startup founders, engineers, researchers, and designers across industries, from finance and healthcare to sustainability and automotives. I thrive in cross-functional teams where big ideas get shipped fast.
My Work
R(Over) The Moon
Led a NASA training academy mission designing a Mars rover to study dust, water, and agriculture for future human exploration. our team developed a full systems architecture, integrated scientific payloads, and produced risk, schedule, and cost frameworks mirroring professional NASA mission design.
Technical Project Management
Systems Engineering
Mission Design
My Work
CureBytes
AI-powered clinical workflows
Natural Language Processing (NLP) & Large Language Models (LLMs)
Named Entity Recognition (NER) & Clinical Data Structuring
My Work
Holodraft
a browser-based AR/VR design platform that lets teams create, edit, and share 3D models together in real time
Immersive AR/VR Experiences
WebGL & GPU-Accelerated 3D Rendering
Real-Time Systems Engineering
My Work
Quantum Blood Cell Classification
This project bridges quantum physics and medical diagnostics by implementing a quantum Ising model for automated blood cell classification. The system uses quantum superposition and entanglement to process cellular features in parallel, potentially offering advantages over classical machine learning approaches.
Quantum Machine Learning & Variational Quantum Circuits
Artificial Intelligence
Full-Stack
My Work
Biomedical Heart Stent
Designed a next-generation self-expanding nitinol stent to address limitations in modern cardiovascular stents, focusing on flexibility, biocompatibility, and reduced need for invasive surgeries. Built a full CAD prototype in Onshape, incorporating structural grooves to improve blood flow, reduce clotting risk, and adapt to natural heart tissue dynamics.
Computer-Aided Design (CAD)
Bioengineering & Materials Research
Engineering Design Process