UCL Australia is an international campus of the University College London, located on Victoria Square in Adelaide, South Australia. It has three parts: the School of Energy and Resources (SERAus), the International Energy Policy Institute (IEPI) and a branch of UCL's Mullard Space Science Laboratory. UCL Australia describes its university community as "welcoming, dynamic and influential."
In December 2008, Professor Michael Worton (Academic & International UCL Vice-Provost) said of the establishment of UCL Australia that the university was "committed to working to solve real-world problems and we relish the opportunity to work not only with the South Australian Government but also with Santos and a range of other Australian and international energy companies through our presence in Adelaide." UCL Australia established key corporate partnerships with two major resource and energy companies operating in South Australia: Santos and BHP Billiton. Santos' South Australian interests include onshore and offshore oil and gas developments while BHP Billiton's interest is concentrated on the expansion of the Olympic Dam mine- the world's largest known deposit of uranium. Its campus was established in the Torrens Building on Victoria Square, Adelaide after the Government of South Australia committed AUD$4 million to refurbishing the building. The building also houses an international campus of Carnegie Mellon University. In 2010, UCL Australia completed its first full academic year. Agreements between the partners were negotiated by Adelaide lawyer and public servant, Pamela Martin.
In January 2015, UCL Australia announced that its campus would close within three years but agreed to support currently enrolled students through their degrees and courses. A $10 million agreement with the Government of South Australia and Santos expires in 2017.
In 2012, research undertaken at UCL Australia included efforts to address problems in water processing for coal seam gas (coal bed methane), design evaporative cooling systems for buildings using sea water and develop integrated energy systems for sustainable wine production.