Three Pillars of MADE
Education
The founding premise, worth stating plainly because most people don’t believe it: medical technology innovation is a discipline that can be taught. It isn’t a matter of inspiration or individual genius.
There is a repeatable process, and it runs in a specific order:
- Identify the need first. Start without assumptions and find the real unmet clinical need, which is almost never the one that seems obvious. Refine it through disease epidemiology, market research, competitive analysis, and an intellectual property landscape review until you understand precisely what problem you’re solving and whether it’s worth solving.
- Then invent. Generate many candidate solutions rather than committing to the first one. Compare them against explicit criteria. Prototype early and roughly, so failures surface while they’re still cheap. Filter survivors against intellectual property, regulatory pathway, reimbursement, and business model.
- Then implement. Take the leading concept forward through further prototyping and testing, and build a real plan for patents, regulatory approval, reimbursement, and financing.
A crucial rule sits underneath all of it: don’t invent anything until you genuinely know what you’re trying to solve. Most failed medical technologies are elegant answers to the wrong question.
Around this process, MADE teaches the working knowledge that innovation actually requires and that clinical training never covers: intellectual property; regulatory systems and strategy; reimbursement and market access; how the market works; design and prototyping; and business plan development and financing.
Projects are team-based and mentored, pairing clinical domain expertise with innovation and project-management experience alongside the person leading the project.
Most academic medical centers can help an inventor file a patent. Far fewer can help them figure out whether the idea is worth pursuing at all, what it would take to reach patients, and then fund the next step.
Acceleration
MADE’s acceleration function provides mentorship from people who have built and commercialized medical device companies, seed funding for projects that clear a bar, and a working relationship with NYU Technology Opportunities & Ventures, NYU’s technology commercialization unit, for intellectual property and licensing.
The commitment underneath this is the thing to emphasize: NYU Langone Health invests in what its own people invent. Projects that originate here are supported here, rather than being packaged and handed off.
An idea that stays on a whiteboard helps nobody. MADE’s translation capacity is where concepts become physical objects that can be tested.
Translation
The program provides engineering support across mechanical, electrical, and software domains, along with rapid prototyping and additive manufacturing, precision machining, microfabrication, electronics and electrical test, imaging and characterization, and full CAD and PCB design capability, with a pathway toward preclinical testing.
This is what separates a program that teaches innovation from one that produces it.