I help keep aircraft operations running efficiently by solving real-world engineering and business problems that directly shape how airlines operate every day. My work involves understanding why things happen, like delays, maintenance issues or rising costs, and working with technical teams to create better ways of doing things. I spend my time bringing together complex data, working with knowledgeable experts and turning this into clear decisions that help teams on the ground perform at their best. I got here through a love of maths, science and problem-solving at school, which led me to study aerospace engineering and business. What inspires me most is knowing that curiosity, courage and teamwork can turn big challenges into meaningful change.
I work with data to answer difficult questions. Each day I analyse large datasets, test ideas and build models that help reveal patterns people might otherwise miss. I enjoy solving puzzles and figuring out what information truly reveals. The most rewarding part of my work is transforming complicated data into clear explanations that help others make smarter decisions.
I'm a PhD in optimisation and a former Fulbright Scholar, with graduate training at the University of Adelaide and the University of Texas at Austin. My background spans mathematical optimisation, machine learning, and large-scale systems, with applied experience across energy markets, resources, and quantitative finance. I'm comfortable across the full stack — from numerical modelling and stochastic simulation through to production deployment on modern cloud platforms. My ongoing interests include algorithmic trading, portfolio optimisation, and AI-native product development. I'm based in Australia, splitting my time between Adelaide and Melbourne. I'm a direct communicator who values rigorous analysis, clean engineering, and shipping working software over polished narratives.
I work with data on how people use electricity to help keep the lights on for everyone. I build models smarter than any human at predicting how much electricity people need — factoring in cold mornings, cloudy afternoons, and whether rooftop solar panels are doing the heavy lifting. Since I was six, computers excited me and what they could do. That curiosity pulled me through maths and into computer science, and eventually to a problem that truly matters. The most important part of my job is building intelligent models and explaining their decisions to people who act on them.
I build the human operating systems powering global mobility tech. My career evolved from education leadership and edtech growth into the high-stakes world of payments across transit and mobility. I specialise in scaling innovative cultures from small squads to hundreds of global disruptors. By leveraging behavioral analytics and strategic design, I create inclusive environments where engineers and thinkers thrive. My journey proves that the most critical infrastructure in STEM isn't just code — it's the people who write it. I transform start-up energy into sustainable, high-performing global ecosystems.
My career involves projects that assist in the design, planning, development, testing, regulation, and implementation of technology that enables information to be transferred reliably and safely, often to space and back. The type of information can be for enabling voice or video calls, messaging, internet, emergency services, transport, television, radio, GPS, remote-controlled equipment, monitoring, radio-astronomy, satellites and space mission support. In my present job I interact with various international space agencies, universities, government and the community. A love for mathematics, physics, general science, innovation and teamwork has led me to fully engage in and enjoy this multi-disciplinary occupation.
I run a high-tech indoor farm, known as a hydroponic or vertical farm where I grow microgreens. These tiny plants are often referred to as a superfood due to their intense flavour and a highly concentrated nutrient profile. My days involve controlling and optimising an entire growing system. I do this using lights, water and nutrient chemistry, as well as clever engineering to automate the watering of my crops. I was drawn to this space by questioning how well established agricultural techniques could become more resource-conscious for the future, alongside an interest in applying biological research and sustainable engineering.
I work in arts and cultural administration, supporting the development and delivery of creative programs and public experiences. My journey into this field began as a performer and artist, where I learned firsthand the vulnerability, collaboration, and resilience at the heart of creative work. That lived experience continues to shape how I approach my role, with empathy for artists, care for audiences, and a deep respect for process. I enjoy bringing people together, building strong relationships, and creating the structure behind the scenes that allows ideas to flourish. I'm especially passionate about making the arts more accessible, participatory, and connected to community.
I work to help people better understand the Earth and environment. My days involve bringing people together around different types of data, like groundwater, earthquakes or GPS, so scientists can answer questions and support decisions. I started out studying general science, then moved into maths and computer science, before focusing on geology. Over time, I became more interested in what's behind the science and how it can be reused to learn more about Earth. The most important part of my work is making data easier to find, understand and trust, so it can support more research and better decisions.
I am a multidisciplinary designer and exhibition manager. My career began working as a graphic designer in an exhibition design firm, developing to a creative team lead, working across immersive exhibitions and experiences. This led me into exhibition management and delivery, working with institutions such as AMCI and the University of Melbourne. I maintain a freelance design practice working on recent exhibitions such as Frida Kahlo: In Her Own Image and Paris: Impression of Life 1880–1925.
I'm an architect in an Education team, where I've spent the past 3.5 years helping shape learning environments that make every student feel welcome. My role spans concept design through to construction, navigating complex design challenges with creativity, technical knowledge and clear communication. Architecture is inherently collaborative, and I work closely with clients, consultants and builders to coordinate disciplines, balance competing priorities and deliver thoughtful, people‑centred outcomes. I'm committed to creating inclusive spaces that respond to community needs and strengthen each school's connection to place.
I work with the hidden flavours inside leafy greens to help people enjoy plant‑based foods both on Earth and beyond it. My days revolve around extracting proteins, guiding enzymatic reactions and translating complex chemistry into sensory experiences people can actually taste. I've always been fascinated by how small molecular changes can transform flavour, and that curiosity led me through engineering, food science and now research on crops suited for space missions. The heart of my work is understanding how umami develops naturally — and how we can enhance it to support nutrition, pleasure and wellbeing in challenging environments.
I build the invisible systems that power the technology people interact with every day. My career evolved from a natural affinity with computers and a curiosity about how things work, into the high-stakes world of payments and now into transit — where millions of journeys depend on everything working seamlessly. I specialise in turning complexity into simplicity, creating solutions that keep cities moving without people ever thinking twice about it. The most critical part of any transit system isn't the infrastructure itself — it's the thinking behind it. My own journey took unexpected turns before I found where I truly belonged — and I wouldn't change a thing. I turn ideas into digital reality.
I help organisations understand and manage cybersecurity risk in ways that are strategic, practical and aligned to business outcomes. My work sits at the intersection of security, risk management and commercial decision-making, from identifying where threats and exposures really matter, to shaping solutions that make companies stronger, more resilient and more confident about their future. Every day I'm interpreting complex information, industry trends, threat data, market signals and human behaviour, and turning that into frameworks and insights people can act on. I've always been curious about why some organisations succeed against digital risk while others struggle, and that curiosity has taken me through pathways I didn't initially expect to follow.
I turn everyday plants into exciting, flavour-packed foods for places where options are limited. Using ancient preservation methods, I create new tastes and textures from simple ingredients. I've always been fascinated by how food can be transformed, which led me to explore the mix of science, engineering and creativity behind it. In space, you can't have unlimited choices, and eating the same meal every day can get boring fast. So, I work on making food more varied, enjoyable and practical for long missions. My goal is to help build future food systems for space while also making food on Earth more sustainable and interesting.
I turn complex Earth science into stories people can connect with, drawing on research and creative communication to share impact and engage ideas. My work brings together scientists and audiences to explore the planet, from shifting landscapes to future risks. I was drawn here through a long curiosity about rocks, place, and deep time, which began in geology and expanded into storytelling and design. Along the way, I have published creative work, organised outreach events and even danced to seismic recordings. What matters most to me is helping people see and feel their connection to the Earth.