UNSW Grad Tackles Why Great Science Never Leaves the Lab

Alinta Furnell spent years doing exactly what universities dream of: turning research into startups, winning funding, and pushing scientific discoveries toward real-world impact. But the UNSW Sydney graduate kept noticing something troubling.

Even when the science was solid and the need was urgent, most breakthroughs never made it out of the lab. Now she's determined to find out why.

Furnell's journey began as an undergraduate at UNSW, where she transformed an empty room into an $80,000 student common space while serving as president of the Biotechnology & Biomolecular Sciences Student Society. That early success taught her a powerful lesson: see a gap, raise your hand, build a solution.

At 19, she pitched a rapid diagnostics idea at a university competition and won $5,000. The prize felt life-changing, but the real reward was seeing how university ideas could leap into the wider world.

During her Honours year, Furnell juggled her thesis on autofluorescent Antarctic fungi with co-founding Synbiote, a biomaterials startup focused on sustainable materials and energy. She also launched sörzero, one of Australia's first truly 0.00% alcohol beers, after searching for healthier non-alcoholic options.

The recognition came quickly. Furnell earned a spot on Vogue's Future Innovators list and the 40 Under 40 Most Influential Asian-Australian Awards. Reddit co-founder Alexis Ohanian's foundation awarded her a $100,000 fellowship to support Synbiote's climate-focused biotechnology work.

But as her career accelerated across international speaking stages and innovation programs, a pattern emerged. Scientific ventures weren't behaving like typical startups, and promising research kept getting stuck somewhere between discovery and deployment.

Today, as Director of Innovation at the iGEM Foundation, Furnell runs entrepreneurship and bioeconomy programs worldwide. Her mission has evolved from simply building ventures to understanding the deeper systemic barriers that prevent good science from reaching people who need it.

She traces her drive back to those undergraduate years at UNSW. "There were a lot of opportunities to just step up and do stuff," she says, crediting supportive academics like Honorary Associate Professor Wallace Bridge who encouraged entrepreneurship and even offered lab space to student founders.

The Ripple Effect

If Furnell cracks the code on why scientific breakthroughs get stuck, the impact could be enormous. Biotechnology and deep tech hold keys to solving global challenges in health, climate, and sustainability. Understanding what stops promising research from becoming real products could accelerate solutions to problems affecting millions of lives.

Her work represents a new kind of innovation: not just creating ventures, but fixing the system that's supposed to turn scientific discovery into human progress.