Master of Engineering (Microsystems Technology), University of South Australia (UniSA). 2013 information for International students

International students

Start date
February
July

Campus
Mawson Lakes

Duration
1.5 year(s) full-time

Program Code
LMEE

Fees
AUD$ 26,250 per annum (per 1.0 EFTSL) for students enrolled in 2013

English Language Requirements

IELTS total [6.5]
IELTS reading [6.0]
IELTS writing [6.0]

Equivalent English qualifications (PDF)

International Admission by Country
See full entry requirements

CRICOS Code
048095C

Entry requirements
Applicants would normally have completed a degree in a relevant discipline, or equivalent qualification. Entry is competitive and experience in engineering and information technology and completion of professional qualifications will be taken into account.
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 test
- IELTS total [6.5]
- IELTS reading [6.0]
- IELTS writing [6.0]
Please 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)
View full entry requirements Hide full entry requirements

This program is under review and will not be having any intakes from 2014 onwards.

Aim

This program provides graduates in Electrical and ICT (Information and Communications Technologies) oriented engineering disciplines with an advanced understanding of the current practice and technology in one of the following streams:

Computer Systems Engineering
Electrical Power Engineering
Microsystems Technology
Telecommunications
In addition, a general stream is available without a specialisation.

Content & Structure

Students are required to complete a total of 54 units of study to be eligible for the degree. The 54 units of study may consist of six courses (27 units) listed for the relevant specialisation stream and EITHER –

Engineering Research Practice (4.5 units), one course (4.5 units) listed in the Program Schedule of Courses in any stream, Engineering Minor Thesis 1 (9 units) and Engineering Minor Thesis 2 (9 units)
Six courses (27 units) from courses listed in the Program Schedule of Courses in any stream
Students must complete courses to the value of 27 units from their nominated stream in order to graduate with a stream specialisation.

What courses you'll study

Course name	Area and cat no.	Units	Reference
MICROSYSTEMS TECHNOLOGY STREAM
FIRST YEAR. Study Perior 2 or 5
Three courses taken from Microsystems Technology stream courses listed in the Program Schedule of Courses
One course of 4.5 units from the courses listed in the electives in any stream.		4.5
FIRST YEAR: First Semester (Study Period 2), Second Semester (Study Period 5)
Three courses taken from Microsystems Technology stream courses listed in the electives
Engineering Research Practice	EEET 5004	4.5	Note(s): 5
OR
One course of 4.5 units from the courses listed in the electives in any stream
SECOND YEAR: First Semester (Study Period 2), Second Semester (Study Period 5)
Engineering Minor Thesis 1	EEET 5121	9	Note(s): 5
Engineering Minor Thesis 2	EEET 5122	9	Note(s): 5
OR
Four courses listed in the electives in any stream.

Electives

Course name	Area and cat no.	Units
Microsystems Technology Stream
Computational Science 1	PHYS 2003	4.5
Electromagnetic Compatibility	EEET 4053	4.5
Computational Science 2	PHYS 2005	4.5
Engineering Research Practice	EEET 5004	4.5
VLSI Design	EEET 4045	4.5
Introduction to Microelectromechanical Systems	EEET 4047	4.5
Nanoparticles and Assembly	NASC 3012	4.5
Nanofabrication and Microfluidics	NASC 3013	4.5
Microengineering Technology	EEET 4061	4.5
Computational Physics Stream
Engineering Research Practice	EEET 5004	4.5
Computational Science 2	PHYS 2005	4.5
Computational Science 1	PHYS 2003	4.5
Applied Physics 4	PHYS 2004	4.5
Applied Science Project	PHYS 3002	4.5
Computer Systems Engineering Stream
Data Communications and Networks	EEET 3025	4.5
Computer Hardware Design N	EEET 1009	4.5
System Design Techniques	EEET 4031	4.5
Advanced Internet Technology	EEET 4032	4.5
Electromagnetic Compatibility	EEET 4053	4.5
Engineering Research Practice	EEET 5004	4.5
VLSI Design	EEET 4045	4.5
Virtual Instrumentation Programming	EEET 4044	4.5
Telecommunication Networks M	EEET 4035	4.5
Real-Time Systems and Control	EEET 3040	4.5
Computer Organisation and Design	EEET 3042	4.5
Digital Image Processing and Computer Vision	EEET 4055	4.5
Knowledge-Based Paradigms and their Engineering Applications	EEET 4056	4.5
Electrical Power Engineering Stream
Power System Analysis	EEET 4057	4.5
Mechatronics 2	EEET 4060	4.5
Real-Time Systems and Control	EEET 3040	4.5
Virtual Instrumentation Programming	EEET 4044	4.5
Engineering Research Practice	EEET 5004	4.5
Electromagnetic Compatibility	EEET 4053	4.5
Advanced Power Electronics	EEET 5030	4.5
Dynamics of Electrical Machines	EEET 5009	4.5
Power System Operation and Control	EEET 5034	4.5
Renewable Energy Systems	EEET 5012	4.5
Telecommunications Stream
System Design Techniques	EEET 4031	4.5
Data Communications and Networks	EEET 3025	4.5
Advanced Internet Technology	EEET 4032	4.5
Engineering Research Practice	EEET 5004	4.5
Error Control Coding G	EEET 5099	4.5
Information Theory G	EEET 5101	4.5
Mobile Communications Fundamentals G	EEET 5102	4.5
Radio Technology Fundamentals G	EEET 5103	4.5
Satellite Communications G	EEET 5104	4.5
Speech Processing G	EEET 4041	4.5
Telecommunication Networks M	EEET 4035	4.5
Modern Communication Systems	EEET 4036	4.5
Optical Communications G	EEET 4046	4.5
Digital Receiver Techniques	EEET 5126	4.5
WCDMA for Third Generation Mobile Communications G	EEET 4054	4.5

Rules & notes

Rules

1. Credit to a maximum of 18 units will be given to students who have completed a Graduate Certificate in Engineering (LCEE) program at UniSA.

2. Credit to a maximum of 36 units will be given to students who have completed a Graduate Diploma in Engineering (LGEE) program at UniSA.

3. In other cases, credit may be given to students who completed postgraduate level courses in addition to their undergraduate study, subject to the approval of the Program Director.Such credit will not be granted for more than one third of the total units of the program.

4. Where there is significant overlap of contents between courses offered as part of Masters of Engineering and courses completed as part of undergraduate study, students are required to enrol in courses that have no such overlap.

Notes

1. Upon successful completion of 8 courses (36 units) from the Master of Engineering schedule, students may elect to exit with a Graduate Diploma in Engineering degree.

2. Upon successful completion of 4 courses (18 units) from the Master of Engineering schedule, students may elect to exit with a Graduate Certificate in Engineering degree.

3. The Graduate Diploma in Professional Practice (Microsystems Technology) provides a pathway for subsequent entry to this program and both awards can be completed in two years of full time study or part time equivalent

4. Courses selected by a student must form a coherent discipline stream subject to the approval of the Program Director.

5. Engineering Research Practice is a compulsory course for students who will undertake Engineering Minor Thesis 1 & 2.Students not undertaking Engineering Minor Thesis 1 & 2 may choose any course listed in the Program Schedule of Courses.Eligible students for the Engineering Minor Thesis will be identified and notified after the first study period by the Program Director.Subject to approval of the Program Director, students will normally be eligible to enrol in Minor Thesis 1 & 2 subject to achieving a Grade Point Average of 5.5

6. in justified cases, and subject to the approval from the Program Director, students may be permitted to enrol in courses offered as part of other programs, e.g. LMST ¿ Master of Engineering (Systems Engineering) or (Test and Evaluation).

7. Not all courses will be available in all study periods.

Master of Engineering (Electrical Power)

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Master of Engineering (Microsystems Technology)

Entry requirements

English language entry requirements

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Aim

Content & Structure

What courses you'll study

FIRST YEAR. Study Perior 2 or 5

FIRST YEAR: First Semester (Study Period 2), Second Semester (Study Period 5)

SECOND YEAR: First Semester (Study Period 2), Second Semester (Study Period 5)

Rules

Notes

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