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Master of Engineering Science (Microelectronic Engineering) 

A103A     


Study Mode Study Level Duration Campus and Intake Show intake calendar
Full-time
Part-time (day) 		Postgraduate 2 years full-time or the equivalent part-time Hawthorn (Semester 1, Semester 2)

This program replaces Master of Engineering (Microelectronic Engineering) (Honours).
 
The Master of Engineering Science (Microelectronic Engineering) forms the final stage in a four-stage nested suite of programs consisting of:
The major role of professional engineers is to act as agents for change through the development of technically sound, economically viable and socially acceptable solutions to complex and new technical problems. In this context, the microelectronics engineer today is faced with many challenges brought about by the rapid advances in computer, multimedia and telecommunication technology.
 
The Master of Engineering Science addresses all aspects of this technology, from high-level specification of microelectronic systems, through implementation alternatives, to realisation of integrated circuits. The course aims to produce engineers with the practical experience and research skills to satisfy the requirements of the microelectronics industry.

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The general aims of the course are to provide graduates with:

  • High levels of both logical and lateral thinking development so that the graduates can lead constructive change through innovation
  • The ability to use a multi-disciplinary engineering philosophy towards the synthesis, design and integration of solutions
  • A level of professional development in confidence, judgment and experience such that the implementation of proposed solutions proceeds successfully
The specific aims of the course are to:
  • Develop integrated circuit design expertise in embedded system, digital, mixed signal and system-on-chip
  • Develop understanding of the device physics, fabrication process and testing needed by IC designers
  • Develop the advanced technical skills necessary to master state of the art microelectronic technology
  • Develop research skills necessary to obtain specialist knowledge of subjects pertinent to integrated circuit design
  • Cultivate logical and lateral thinking that leads to creation and innovation in the pursuit of solutions to engineering problems

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Swinburne's Microelectronic Engineering programs are a nested suite, offering students the opportunity to exit at the Graduate Certificate, Graduate Diploma or Master stage. Please note that while the program as a whole is available full-time and part-time*, the final stage is available full-time only.
 
The Master of Engineering Science (Microelectronic Engineering) comprises 200 credit points, consisting of ten coursework units (125 credit points), a Minor Project (25 credit points), and a Major Research Project (50 credit points).
  
Preliminary units
Students who lack the appropriate background may be required to do relevant undergraduate units before they commence postgraduate studies of units that assume knowledge in specialist areas. The following units would provide the level of assumed knowledge for all the Microelectronic Engineering courses. These units are offered in the undergraduate program Bachelor of Engineering (Electronics and Computer Systems) and students can enrol in these units concurrent with other master degree units, which do not require the assumed knowledge provided in these units.
 
*Please note that international students holding a student visa are required to study full-time.

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Core microelectronic units
HET6001 HDL and High Level Synthesis
 
 
Research and project electives
HET6020 Minor Project  (25 credit points)
HET6030 Major Project  *(50 credit points)
 
Management electives
 
* Students who intend to do HET6030 Major Project must have successfully completed HIT9010 Research Methods or HMS613 Stochastic Modelling and Survival Analysis in a previous semester as one of the electives.
 
Recommended study sequence

Stage 1

Stage 2
 

Choose two from:
 
Note
  • All units are 12.5 credit points (CP) unless noted otherwise
  • Onshore international students can undertake no more than 25% of their course by online or distance education and may not study exclusively online/distance in any compulsory study period in accordance with government regulation.

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Career opportunities involve work in embedded system design, VLSI design, system on chip, chip design, design of DSP-based systems, in a wide range of industries including telecommunications, automotive, chip design and testing corporations (Motorolla, Intel, Bosch, etc) and research organisations.

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Swinburne University of Technology works to produce higher education graduates who are capable in their chosen profession.
 
Swinburne specific graduate attributes include the following. Graduates:
  • Are entrepreneurial in contributing to innovation and development within their business, workplace, or community
  • Are capable in their chosen professional, vocational or study areas
  • Operate effectively in work and community situations
  • Are adaptable and manage change
  • Are aware of environments in which they will be contributing

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Admission to the course normally requires a four year Bachelor of Engineering degree in electronic engineering, computer engineering or communication/telecommunication engineering or a four year Bachelor of Science (Honours) degree in an appropriate field, or an equivalent qualification.
 
Applicants with a three year Bachelor of Science degree (in an appropriate field) or a Bachelor of Engineering degree in another field may also be considered for admission on the condition that they may be required to take up additional (preliminary) units that will strengthen their knowledge and skills in digital systems, analogue electronics and microprocessor systems.

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Applicants with prior tertiary studies that satisfy part of the academic requirements of this course may be granted 'credit' and/or entry to the program with 'advanced standing'. University policies apply and applicants are assessed on a case-by-case basis. All applications for unit exemptions should be submitted on the appropriate form at the time of enrolment in the course.

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Recognition of Prior Learning (RPL) is a process where a student may be granted credit or partial credit towards a qualification in recognition of skills and knowledge gained through work experience, life experience and/or formal training. Further details for students considering Higher Education courses: http://www.future.swinburne.edu.au/pathways/rpl/higher-ed/

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The total tuition fee is dependent upon the combination of units of study selected by the student. Fees are reviewed each year.

For information about Swinburne's fees visit: www.swinburne.edu.au/fees
 

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If you have all the information you need, you can apply directly by completing and submitting the Direct Application Form on the How To Apply website.

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Web: Enquire online

Tel: 1300 ASK SWIN (1300 275 794)
 

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