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Who will win the Big Science Pitch?

The Big Science Pitch sees emerging researchers from the Faculty of Science battle it out to secure a share of $100,000 in research funding.

Man looking at computer screen

Register for Big Science Pitch 2026

Wednesday 11 November, 6-7.30pm (online event)

The Big Science Pitch gives academics the opportunity to sharpen their communication skills by presenting their research in a clear, engaging three-minute pitch.

Competing for funding, participants must convince both the judges and audience that their idea has the greatest potential impact.

Six finalists will each receive $10,000 and progress to the live Big Science Pitch final, where an expert panel will select the overall winner. An additional $10,000 People’s Choice Award will be decided by audience vote.

Book your ticket

The 2026 Big Science Pitchers

Jade Fountain smiling at camera with dog

Dr Jade Fountain

Melbourne Veterinary School

Pushing buttons: What the body language of 'talking' dogs really says

Over two million “talking buttons” have been sold, yet little objective evidence shows how they affect dogs' welfare. Experts have raised concerns buttons increase frustration. I want to analyse dog body language in videos of button-pressing dog-owner interactions, to learn whether buttons are linked to happy communication or stress behaviours.

More about Jade

Johannes Fehrmann smiling at camera

Dr Johannes Fehrmann

School of Agriculture, Food and Ecosystem Sciences

More than a thick skin: Turning tree bark into insulation for Australian homes

My research explores turning bark from responsibly sourced Australian trees into insulation for buildings. Combining bark with a fire-resistant adhesive that cures quickly at lower temperatures could reduce waste and reliance on petrochemical materials, while supporting local manufacturing and helping create healthier, more energy efficient homes using nature’s own protective layer.

More about Johannes

Pip Bell smiling at camera

Dr Philippa Bell

School of Agriculture, Food and Ecosystem Sciences

A bug's life: Rethinking how we sample insects

Insects are declining worldwide. Yet, scientists continue to sample insects using lethal methods with little consideration of the impact this may have on populations and ecosystems. I aim to test the feasibility of non-lethal sampling methods using macrophotography and image recognition to identify insects before releasing them back to nature.

More about Philippa

Jakub Maculewicz smiling at camera

Dr Jakub Maculewicz

School of Chemistry

Just one bloody drop: Rethinking human biomonitoring

Anthropogenic chemicals surround us, but quantifying exposure to them remains challenging. Conventional blood sampling is invasive, costly and difficult to scale. My research aims to use finger-prick blood microsamples to investigate chemical exposure. This could make human biomonitoring more accessible and scalable, while enabling measurement of a broader range of chemicals.

More about Jakub

Gemma Stathatos smiling at camera

Dr Gemma Stathatos

School of BioSciences

Decoding cellular gatekeeping mechanisms during sperm development

Sperm motility is essential for male fertility in all mammals. It relies on the precise assembly of complex molecular structures along an isolated cellular compartment – the sperm tail, but the gatekeeping mechanisms that control molecule entry remain poorly understood. I aim to generate foundational knowledge on these mechanisms in mammals.

More about Gemma

Tyrone smiling at camera

Dr Tyrone Lavery

School of BioSciences

Operation murder bird: Tracking the world’s most formidable seed disperser

Southern cassowaries are vital to New Guinea’s forests and central to community life and culture, but they’re also heavily hunted. We will satellite-track wild cassowaries to understand their movements and vulnerabilities to hunting. In the process we will reveal their role as seed dispersers and provide communities with the knowledge to sustainably manage cassowaries into the future.

More about Tyrone

Watch past Big Science Pitches