From energy efficient power grids to life-changing medical devices - design and manage the electrical systems powering our lives with the Master of Electrical Engineering at Australia's top university. You'll develop unique skills that will allow you to build and improve our power and telecommunications systems and develop future electronic and autonomous devices. Be guided by renowned academics in communications and networks, control and signal processing through to power and energy systems. Our electrical engineers are working on state-of-the-art models and tools for our future energy systems, automated irrigation networks, energy efficient wireless communications and nano-electronics.

The Master of Philosophy (MPhil) consists of an examinable coursework component and thesis comprising 72 Units of Credit: A program of advanced study, comprising 18-24 Units of Credit of coursework makes up the remainder of the program. The coursework component will normally comprise three or four courses selected from the Coursework Masters offering for the relevant discipline and approved by the Head of School. Candidates may undertake interdisciplinary studies subject to approval. A thesis embodies the result of an original investigation, design or engineering development. The thesis shall not exceed more than 40,000 words on an approved topic to the value of 48 - 54 units of credit

Prepare to solve global problems by advancing your skills and knowledge in electrical engineering. The Master of Electrical Engineering (Professional) degree will develop your technical and research skills, provide a global perspective on professional engineering practice and give you the competence to identify and apply current practice to solve real-world engineering problems. As part of this program you will complete a 2-semester research project or industry placement giving you invaluable experience in developing, managing and delivering complex projects.

Science Communication provides you with experience in new media, written, oral and visual presentations, science performance and working with industry experts. It teaches you to communicate effectively with audiences ranging from children to scientists. Learn the principles of effective science communication, develop practical skills necessary for effective science communication, and design strategies that address communication needs of groups such as government organisations, informal museums, science centres and research centres. You will gain an understanding of the theory underlying the discipline and be able to apply their knowledge to a research project.

The Executive Master of Strategic Communication provides advanced study for communication professionals working in corporate, government, organisational or marketing communication, advertising, or public relations. The course is open to applicants with a minimum of three years experience in professional public communication and an undergraduate degree. Students can select corporate and marketing communication or government communication streams, and the course culminates with a practice-related project relevant to the student's field of interest. Course content addresses up-to-date issues, such as audience insights, through data analysis, digital communication, and strategic communication informed by research and evaluation. The world of public communication is changing rapidly through digitalisation, 'big data' analysis, new platforms and channels and shifting attitudes and concerns. These are leading to changing practices and challenges, and new ethical concerns. The UTS Executive Master of Strategic Communication is based on the latest research and is taught by a combination of senior academic researchers and leading industry professionals.

In the Advanced Diploma of Engineering Technology - Electrical, you'll learn to design, validate, and evaluate electrical equipment and systems, as well as provide technical advice and sales. Electrical engineers design and maintain electrical systems to improve the production and distribution of energy. As our society increasingly depends on electrical and electronic devices, electrical engineers are in high demand. In your career as an electrical engineer, you will design and maintain electrical systems in areas like aerospace, power utilities, mining, oil and gas, wind and solar food and beverages, pharmaceuticals, data centres, transport and logistics, and many others. You'll gain skills in electrical design, programmable logic controllers, supervisory control and data acquisition systems, industrial data networking, and motor control. Following graduation, you'll be qualified to work in the electrical industry.