Master of Renewable Energy with Data Analytics

Queensland University of Technology

You will emerge with cutting-edge knowledge and skills in renewable energy, specialising in renewable power (electrical) enhanced by fundamental data analytics knowledge. You will plan, execute, and complete a project delivering several products relevant to an industry client, and work collaboratively in a team environment to deliver a sophisticated, culturally responsible professional engineering solution. You will also undertake a supervised research project over two semesters where you will manage and explain your findings and what they contribute to the renewable energy field. The way we generate transport and consume energy is undergoing a retransformation so there has never been a better time than now to commence renewable engineering. There is a large global demand for expertise in renewable energy and new engineers with a focus on renewable energy will bring vision and action to the industry.HighlightsBrisbane is transforming in preparation for the climate-positive 2032 Olympic Games, creating an urgency for skilled engineers with expertise in sustainable engineering practices.Specialise in renewable power and upskill in sustainable energy systems and data analytics to help get ahead in your engineering career.Learn alongside leading engineering academics and engage with key industry partners such as Energy Queensland and Powerlink as you complete an industry project and industry-informed research.QUT is Australia's top research institution for data mining and analysis (The Australian Research Magazine 2024).Careers and outcomesGraduates will have the skills necessary to work in a range of relevant industries, including, electricity network system operators, energy providers, renewable project developers, as well as engineering consulting companies.Possible careersElectrical engineerElectrical power engineerEnergy analystEnergy consultantEnergy policy officerPower engineerSustainability engineer

Faculty of Engineering

114975H