A public research university with its main campus in Tasmania, Australia, is called the University of Tasmania (UTAS). Built around 1890. It is the fourth-oldest university in Australia. The institution is made of sandstone and a part of both the Association of Southeast Asian Institutions of Higher Learning and the international Association of Commonwealth Universities.
The university collaborates with 20 specialized research institutes and cooperative research centers, and it provides a variety of undergraduate and graduate degrees in a number of subject areas. The university's multiple 5 rating scores (far above world standard) for excellence in research earned by the Australian Research Council are in large part due to the Institute for Marine and Antarctic Studies. At the Australian Maritime College, the country's hub for maritime education, training, and research, the university also offers tertiary education.
There are three main campuses for the institution, located in Burnie, Launceston, and Hobart. On its Sydney sites in Darlinghurst and Rozelle, the College of Health and Medicine also houses a variety of small, specialized facilities. Additionally, it shares a research space with the Australian National Maritime Museum in Pyrmont.
The research strengths of the institution aim to benefit from Tasmania's distinctive features, notably its natural environment and geographic location. The research is strongest in the areas of data, knowledge, and decision-making as well as the environment, resources, and sustainability; creativity, culture, and society; health; the marine, antarctic, and maritime.
The next generation of creative professional engineers will be inspired by the Master of Professional Engineering (Specialization). This postgraduate course will provide you the information and abilities to achieve your professional goals in this developing field, whether you wish to switch to a new specialization or upgrade your credentials to match Australian industry standards.
You will put theory into practice in this hands-on course in a number of ways. You will put your knowledge to the test in practical laboratory lessons, go on thrilling field trips across the state, and listen to guest speakers from the business world.
With the help of your peers and personal supervisor, you will conceive, develop, prototype-test, and execute your designs for a research project in your final year of study that falls under the category of your selected specialization. You'll graduate prepared for the workforce and able to advance society in fields including design, building, mechanics, and electrical.
Apply local and advanced technical knowledge, as well as known and new engineering analysis techniques, to create verified findings for a variety of modern engineering challenges.
Design engineering elements, systems, and/or procedures to take into account a variety of technological, moral, legal, and financial factors.
Apply the skills and traits necessary to become a certified professional engineer to successfully finish engineering tasks in the real world.
For professional, academic, and lay audiences, disseminate unique research findings resulting from a local engineering project.
Tuition: $37250 per year
25% reduction in registered tuition fees for the duration of the course.
Academics: 2.8 GPA