Master of Engineering (Autonomous Systems)
Degree Level Postgraduate
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You're considered an International student if you are:
- NOT an Australian or New Zealand citizen
- NOT an Australian Permanent Resident (including Humanitarian Visa holders)
Start date
February
July
Campus
Mawson Lakes
Duration
2 year(s) full-time
Program Code
LMEB
Fees
AUD$ 28,000 per annum (per 1.0 EFTSL) for students enrolled in 2014
English Language Requirements
- IELTS total [6.5]
- IELTS reading [6.0]
- IELTS writing [6.0]
International Admission by Country
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CRICOS Code
080230A
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Entry requirements
Applicants to the Master of Engineering (Autonomous Systems) program are required to have one of the following:
A Bachelor Degree in engineering, science or technology from a recognised higher education institution
OR
A Bachelor Degree Honours, Graduate Certificate or Graduate Diploma in engineering from a recognised higher education institution.English language entry requirements
In addition, international students who speak English as a foreign language must have obtained one of the following standards within the last two years prior to admission. Possession of one or more of these qualifications, in addition to the academic entry requirements, does not, in itself, guarantee a place at the University of South Australia. Applications are considered on an individual basis and selection is competitive. Where previous study/work experience was conducted in English, the application must be accompanied by certified documentation from the educational institution/employer certifying that the language of instruction/employment was English.English language testPlease access the following link for a comprehensive list of English language tests accepted by UniSA and other important information in relation to meeting the University’s language requirements: English Language Equivalence Table (PDF)- IELTS total [6.5]
- IELTS reading [6.0]
- IELTS writing [6.0]
Aim
The proposed program will provide development engineers, engineering managers, acquisition specialists, capability planners, and researchers with essential principles and advanced skills, and the latest practice and research outcomes in intelligent autonomous systems. This program covers various areas of engineering and technology including areas such as sensing and sensor systems, advanced control, actuation and automation, advanced mechatronic systems, communications, and test & evaluation. Students also develop engineering research method skills and have the opportunity to apply their knowledge to a substantial work-based project with a local organisation.
Content & Structure
The program provides graduates with extended skills and knowledge in key areas of both enabling technology and systems integration techniques that comprise intelligent autonomous systems; and considerations germane to the integration of these systems into a human-centric society. In addition, it provides students with opportunities to develop and apply those skills whilst integrating knowledge to complete a practical project in their own area of interest, a project related to any research institutes affiliated to the school, or a project from their workplace.
In the first year of the program students gain an appreciation of the functional elements of an autonomous system. This includes studies in areas such as advanced control, autonomous mechatronic systems, industrial actuation and automation, principles of test & evaluation, sensing & sensor systems, and the principles of systems engineering. In addition they develop engineering research practice skills.
In the second year of the program students undertake more advanced studies which emphasise the integrated nature of intelligent autonomous systems. This includes consideration of issues relating to legal and ethical frameworks, certification, system evaluation and determination of the value proposition, and integration of the enabling technologies. The program also contains a major final year project where students will apply their knowledge and research skills to a substantial research or workplace project.
In the first year of the program students gain an appreciation of the functional elements of an autonomous system. This includes studies in areas such as advanced control, autonomous mechatronic systems, industrial actuation and automation, principles of test & evaluation, sensing & sensor systems, and the principles of systems engineering. In addition they develop engineering research practice skills.
In the second year of the program students undertake more advanced studies which emphasise the integrated nature of intelligent autonomous systems. This includes consideration of issues relating to legal and ethical frameworks, certification, system evaluation and determination of the value proposition, and integration of the enabling technologies. The program also contains a major final year project where students will apply their knowledge and research skills to a substantial research or workplace project.
