My interests stretch across several broad areas.
I’m passionate about providing critical analysis that helps industry and government transition our energy sector to a low emissions future.
I’m particularly interested in the integration of renewable generation into our grids, and how electricity markets could (or should) evolve over time to provide the right signals for investors.
I draw on a broad background of physics, engineering, policy work and economics to deliver a big picture view – while still undertaking detailed, quantitative analysis to make sure recommendations are backed up by hard data.
Past projects have included advising the Queensland Government on a 50% renewable energy target for Queensland, undertaking market modelling of the Renewable Energy Target, and book chapters on market design and long-term planning. More details on LinkedIn.
I’m a skilled science communicator, and regularly give public lectures on a range of topics, and have featured in several TV shows. My specialty is food science and novel cooking methods, but I’ve previously spoken on quantum mechanics, astronomy and climate change. I’m the MC of BrisScience, a series of free public lectures on cutting edge science held in Brisbane. I’ve also presented in countries around the world, including Kenya, Bhutan, Sri Lanka and Antarctica (albeit only to penguins).
MC and performer
In addition to my science communication, I often MC, chair or host other events. In the past, this has included chairing panel discussions for the Brisbane Writers Festival, acting as an advisor and chair for the Brisbane IDEAS Festival, compering the Seniors Helpline Jazz and Swing Night and, of course, the obligatory weddings and birthday parties.
My extensive speaking experience is backed up by a history of acting, improvisational theatre, stand-up comedy and working as a magician. For special events, I also include magic, custom comedy songs or parodies, and circus based performances.
I have a PhD in physics from the University of Queensland where I worked on developing models for biological systems such as vision in the eye and photosynthesis in plants. My project worked towards developing models of biomolecules that could reveal fundamental principles of biophysics, an approach that has been very successful in other areas of condensed matter physics.
In 2014, I took a partial sabbatical from my day job to do research at the University of New South Wales into renewable energy and energy markets.