Product platform
Frontend and backend foundations for tinnitus education, programs, and patient-facing guidance.
Case study
Tinni-Care is a healthcare platform co-built with an ENT physician. As CTO and co-founder, I lead architecture, product engineering, and AI integration across the platform.
Project context
The product needed to combine expert-led medical content, patient-facing product UX, scalable platform features, and AI-assisted guidance without treating the assistant as a generic chatbot.
Challenge
The difficult part was not only building a web app. The challenge was creating a product architecture where expert content, patient-facing guidance, platform workflows, and AI retrieval could work together in a maintainable way. The assistant needed to be useful inside the product, grounded in relevant content, and presented with careful UX boundaries.
Approach
Frontend and backend foundations for tinnitus education, programs, and patient-facing guidance.
Structures for expert-led material and product content that could later support retrieval and assistant behavior.
RAG-oriented data flow with vector search and assistant responses connected to product context.
Interface patterns, assistant boundaries, and product copy that help users understand what the assistant can and cannot do.
Visual proof
Video preview: the Tinni-Care website assistant answering a tinnitus question from expert content.
Medical and expert tinnitus material prepared for product use.
Structured content and vector retrieval workflow.
Assistant responses connected to platform context.
User-facing assistant experience with clear boundaries.
Outcome
The result is a healthcare product platform where architecture, product engineering, expert content workflows, and AI assistant integration are connected instead of treated as separate tracks.
What this proves
Next step
Share what you want to build or improve, where the project stands, and what kind of senior technical help you need.