Celebrate National Science Week by getting to know 7 awesome Queensland scientists
Issued: 7 Aug 8 min read

From 3D-printed medicine to clever conservation and musical maths, Queensland scientists are at the forefront of their fields doing fascinating work. Get to know some of our state’s brightest minds a little better.

While our amazing scientific community is hard at work year-round, National Science Week (running from 10-18 August in 2024) is a great opportunity to take a closer look at the amazing things happening close to home. This year, we’re shining a spotlight on the brilliant minds shaping the future of science in Queensland. Through a series of rapid-fire chats, we delve into the groundbreaking work and personal stories of several prominent Queensland scientists.

From innovative genomics research and 3D-printed medicine to clever conservation and musical maths, these fascinating folks are at the forefront of their fields. Join us as we explore their journeys, achievements, and the exciting developments happening right now in the world of Queensland science.

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Michael Newham

Let’s kick things off with one of Department of Environment,Science and Innovation’s very own science superstars! Michael Newham is the Acting Principal Scientist for the Queensland River Management Program. With a background in environmental water quality and applying his scientific knowledge to government policy and legislation, his work focuses on developing standardised tools for measuring, managing, and rehabilitating rivers across Queensland. He collaborates closely with the Queensland Wetlands Program and this collaboration has been instrumental in establishing the Queensland River Classification Scheme and the Queensland River Rehabilitation Management Guideline.

"Although pressures on our rivers continue, there has never been as much interest and investment in rehabilitating our rivers as there is now," Michael shares, highlighting the tens of millions of dollars invested annually in river rehabilitation in Queensland. His excitement lies in guiding this investment to maximise outcomes and continuously learning from the actions taken – making sure every cent goes the distance.

One of Michael's proudest achievements is his recently published paper that integrated different Brisbane River estuary monitoring programs. "This work can inform decisions about how we manage nutrient sources in the estuary, ultimately improving river health and Moreton Bay," he explains.

Encouraging community involvement in science, Michael reflects on his early days at school working with a local creek care group: "It’s amazing to learn just how alive our waterways are, even in urban areas." He also calls out the satisfaction of seeing tangible environmental improvements through local efforts – a great incentive.

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Dr Melanie Roberts

Dr Melanie Roberts, a mathematician and gully researcher at Griffith University and the Australian Rivers Institute, is currently an Australian Research Council Industry Fellow (Mid-Career). In her new four-year project, she’s collaborating with the Department of Environment Science and Innovation to develop mathematical models that tackle gully erosion, a critical issue for protecting the Great Barrier Reef.

Melanie highlights the growing importance of water quality modelling in addressing global challenges: "Modelling is used to understand the science of water quality, and to identify how we can fix it – it's exciting to be part of something so important for the environment and people."

Reflecting on her career, Melanie proudly discusses her work on the MERGE gully erosion model. "MERGE fills a gap that land managers were asking for help with. It has a really simple form but still captures the physics of how erosion happens," she explains.

Encouraging public involvement in science, she emphasises the fun and diverse opportunities available, from fieldwork to citizen science: "Through your local science scene, you can help make science happen – you are also developing the skills to be an advocate for science in your community."

Melanie also looks forward to sharing her insights at the National Science Week event Soapbox Science at the Queensland Museum, where she’ll spill the details on how maths is used to protect the Great Barrier Reef.

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Dr Clara Jiang

Dr Clara Jiang is a researcher at the Institute for Molecular Bioscience, The University of Queensland, focusing on genomics — the study of DNA. Under the mentorship of Dr Sonia Shah, a leading researcher in cardiovascular disease genomics, her research is all about improving our understanding of the causes of diseases and exploring new treatments by analysing large-scale genomic data. Clara's work is particularly focused on female health, addressing the sex inequality in research that often leads to a poor understanding of diseases affecting women.

"Currently, the management strategies for many diseases are based on male-oriented evidence," she explains. "For example, chest pain is a very male-specific symptom of heart attacks, but heart attacks can present very differently in women." Her research strives to improve disease prediction and treatment for women, aiming to alleviate the confusion and pain resulting from inadequate female-specific medical knowledge.

Clara is excited about the growing recognition that causes and treatments for many diseases differ between men and women. "Increasingly, researchers are starting to perform genomic studies in men and women separately”, she says. This is helping to develop more accurate risk calculators, particularly for women.

Proud of her achievements in science communication, Clara emphasises the importance of making her research accessible to everyone – not just scholars. "I truly believe that science communication is the most important part of my research," she asserts.

Dr Jiang encourages everyone to get involved in their local science scene, noting that science is relevant to everyone and benefits from diverse perspectives. At Soapbox Science, she’ll be encouraging audience participation – so prepare for some red-hot activities (and bring your best bioscience questions).

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Dr Artem Pulemotov

Dr Pulemotov, an associate professor of mathematics at The University of Queensland, is passionate about teaching, researching, and mentoring in maths. Alongside his academic duties, he organises conferences and serves on university committees – he walks the talk when it comes to contributing to the academic community.

One of the most exciting developments in his field of geometric analysis was the proof of the Poincaré conjecture, a century-old problem related to the shape of the universe. "Mathematicians usually get excited when an old and stubborn problem in their field gets resolved," he notes. Although the conjecture was settled 20 years ago, the ideas that emerged from its proof continue to inspire ongoing research.

Reflecting on his proudest achievement, Artem highlights his decade-long work on the prescribed Ricci curvature problem. "We found new and exciting mathematical phenomena, including examples of different spaces with the same curvature that were related to each other in very unusual ways," he explains. This work has significantly advanced the understanding of geometric analysis.

Encouraging engagement with local science, Dr Pulemotov emphasises the intellectual satisfaction and meaningful achievements that come with solving scientific problems. He jokes, "Remember Sesame Street? The Count is the only one who knows mathematics and also the only one who has his own castle. Coincidence? I don’t think so."

At National Science Week’s The Sound of Symmetry event, he promises an extraordinary blend of mathematics, physics, art history, and music, with contributions from colleagues Denis Collins and Robert Davidson, as well as the chamber ensemble Topology. "It’ll be a unique instance of science and art coming together," he says, inviting audiences to witness the fusion of these two strikingly different disciplines.

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Photo credit: The University of Queensland

Keely Perry

As a Research Assistant and Indigenous Liaison at The University of Queensland, in affiliation with the National Indigenous Science Translation Centre, Keely works with academic and industry partners to establish the NISTC's foundational structure from research, Indigenous, and educational perspectives.

Exciting developments in her field include the centre itself, which she describes as "the first Indigenous-led, Indigenous-owned research centre of its kind, involving Indigenous parties across Australia."

Despite being an early-stage researcher, Keely proudly highlights her first piece of published research and lengthier piece of prose. "Career achievement-wise, I’ve written a book – which I find super exciting, and am incredibly proud of," she shares.

To those considering involvement in local science, she stresses the diversity and evolving nature of the field. "Science is part of everyday life. It has applications across all jobs and living experiences. And most important of all – it’s fun!"

At National Science Week’s STEM in the Outback launch in Cloncurry, she’s keen to showcase the diverse applications of Australian native bush foods, highlighting their uses as food, materials, and medicine.

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Liam Krueger

Liam Krueger is a registered pharmacist and PhD candidate at The University of Queensland's School of Pharmacy. His research focuses on combining medications with polymers and using 3D printing to create personalised medicine – real futuristic stuff.

He finds the progress in new clinical trials overseas particularly exciting: "It inspires hope that this technology will be available in Australia soon." Reflecting on his achievements, Liam highlights his first research paper and an article he wrote for The Conversation about 3D medicine. "I designed the tablets and manufactured the filament from the ground up. It was extremely rewarding to have all that hard work come together so nicely."

Liam is keen for folks to explore local science, mentioning the unexpected joys of new experiences: "It was a happy accident that I developed a passion for this field of research, and it wouldn't have happened if I didn't give something completely new a try."

At National Science Week’s From Pixels to Pills event, you can expect a chance to get hands-on. "You'll have the opportunity to design your own tablet and watch it print live," Liam explains – so you can see the practical applications of pharmaceutical 3D printing in action!

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Dr Mariel Familiar López

Dr Mariel Familiar López is a wildlife biologist and science communication specialist at the forefront of amphibian and shark conservation. Her research addresses the impacts of disease and climate change on frog populations, aiming to contribute to global amphibian conservation efforts. She has also expanded her research into the movement and behavioural ecology of hammerhead and bull sharks in Southeast Queensland waters.

She highlights the alarming decline of amphibian populations due to Chytridiomycosis, a disease that has caused the extinction of more than 500 species globally. “Creating ‘frog saunas’ could help save species from this devastating chytrid fungal disease,” she says, noting the accessibility of this low-cost solution for public involvement. On top of this, her shark research will help create better management strategies for these critical marine species.

Among her proudest achievements are her roles as a science communicator and STEM advocate – and as a self-professed STEMinist, she’s leading the charge to get women involved in science. She featured in a National Geographic documentary during its Shark Fest and joined an all-female Inspiring Australia ambassador team. “Being showcased as a Latina in STEM doing shark science, especially fieldwork, was incredibly rewarding,” she shares. Mariel encourages everyone to embrace their local science community: “It’s about connecting with others, making a difference, and enjoying the process of discovery.”

For National Science Week 2024, she will be at Cloncurry’s Opening Day and Science at Heart in Dubbo, presenting vivid talks and interactive demonstrations on frogs and sharks – and yes, we’ve heard there will be a frog call game. “The best part is sharing scientific knowledge and my passion for science with others!”

Embracing Queensland science: get involved!

If you’ve ever wanted to get involved in your local science scene but weren’t sure where to start, check out the National Science Week website and the events happening near you on the Inspiring Australia Queensland website. Whether you want to have a casual chat at the pub or get hands-on with some citizen science, there’s something for every curious mind! You don’t have to limit yourself to just the week, either – there are loads of ongoing citizen science projects in Queensland or other STEM education activities that you can jump into.