![]() ![]() The PhD/MPhil research that you will perform also is not specific to internal combustion engines only, but it involves optical/laser diagnostics, image processing, and data analysis, which are applicable to various research and engineering jobs. ![]() Unlike the growing perception, there are a lot of research that need to be done to further improve engine efficiency and reduce air polluting emissions, and the new engines should adopt alternative fuels and electrification, which you will experience through funded research projects and a direct collaboration with our industry partners. What is the benefit of earning PhD/MPhil degree when Australia has no significant automotive industry and the new internal combustion engine cars will be phased out in some countries? First of all, good research has no border - we work closely with overseas companies and research groups, and some of the lab graduates find overseas jobs. You will join in an energetic and friendly team of research associates, PhD and MPhil students who share the same interest with you, and be closely guided by a highly experienced professor whose technical expertise and global network could boost your career. If you are passionate about cars and fascinated by the idea of taking images and high-speed movies of flow and flames inside the cylinder of the engine, there is an excellent opportunity for you to grow as a leading engineer/researcher/academic through PhD and MPhil programs. Career advancement through PhD and MPhil study in engines:Īfter receiving their advanced degrees in PhD or MPhil, the graduates of the UNSW Engine Research Laboratory find researcher positions in automotive companies (FCA, Jaguar/Land Rover, BMW China etc.) and other research institutions, universities and companies ranging from energy consulting firms to banks - see at the end of this page! Our long-term research goal is carbon neutral propulsion and power generation achieved through the development of affordable and reliable powertrain technologies. ![]() We also conduct systematic performance and emissions testing to demonstrate new technologies and alternative fuels at a realistic condition. At the UNSW Engine Research Laboratory, we experimentally investigate new powertrain technologies and alternative fuels to achieve significantly reduced air polluting emissions. We are specialists in optical/laser-based imaging diagnostics that are used to show the inner workings of engines and to enhance scientific knowledge of flow fields, turbulence, mixing, reaction and pollutant formation processes. ![]()
0 Comments
Leave a Reply. |