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Master of Electronic Engineering - La Trobe University |
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TEL: 0207 193 7932
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| YEAR | | 2010 | | | | AWARD | | Master of Electronic Engineering | | | | CRICOS COURSE CODE | | 020934K | | | | LENGTH | | 1 year | | | | CAMPUSES | | MELBOURNE (BUNDOORA) | | | | COURSE DESCRIPTION | This course enables students to upgrade their skills and specialise in rapidly developing high technology areas. Students are able to choose components in the course that best suit their interests and chosen speciality:
Biomedical Engineering:
Specialists in this field are at the forefront of the rapidly expanding high-technology provision of health-care services. Areas of study include biomedical instrumentation and signal processing; hospital safety; computerised medical imaging; artificial organs and life support systems; as well as many other aspects of technology as applied to medicine. This particular specialisation requires the completion of a number of compulsory units, so as to satisfy the requirements for membership of the (Engineers Australia) College of Biomedical Engineering.
Electronic Systems Engineering:
Intelligent control systems and entertainment systems are becoming an ever-increasing part of our everyday lives. Areas studied include distributed control systems; embedded systems fuzzy systems; neural nets; signal processing; image processing; advanced computer architecture and hardware; parallel computing and instrumentation.
Optical Engineering:
This century will see opto-electronics and light 3 carriers. Photonics will also become a major technology for specialist signal processing and sensing applications. Areas studied include photonic networks and devices; optical fibre communication systems; advanced optoelectronic devices and circuits.
Telecommunication Engineering:
This is now the fastest-growing industry sector in the world. Areas of study include signal processing for voice and data; networking; multimedia; integrated broadband systems (ISDN, ATM); mobile and personal communications; data superhighways; communications theory; communication systems simulation; digital receiver design and advanced radar systems. | | | | OVERSEAS STUDY OPPORTUNITIES | | Overseas study opportunities are available. | | | | TUITION FEE ($AUD) | | Fees are indexed and may increase by up to 7% per year | | 20,600 | | | | SCHOLARSHIPS | | Scholarships are available for high achieving students, please ask for further information. | | | | ENGLISH LANGUAGE REQUIREMENTS | IELTS (Academic) - minimum overall band score of 6.5 with no individual band score less than 6.0; or
TOEFL Computer-Based Test - A minimum score of 233 with a score of 5 in essay writing; or
TOEFL Paper-based Test - A minimum score of 575 with a score of 5 or more in the test of Written English; or
TOEFL Internet-based Test - A minimum score of 88 with no individual score less than 22; or
Completion of the English for Further Studies Advanced Stage 5B certificate at PG (postgraduate) level available from the La Trobe University Language Centre; or
Approved equivalent. | | | | ACADEMIC ENTRY REQUIREMENTS | A four-year Australian Bachelor's degree in engineering or approved international equivalent, or an Honours degree in an appropriate field of science. Candidates who do not strictly meet these requirements may be considered for admission following the successful completion of the Postgraduate Diploma in Electronic Engineering.
Two academic references are required for all applicants. | | | | SEMESTER STARTS | | Semester 1 and 2 (March and July) | | | | CAREER OPPORTUNITIES | | This course prepares graduates for advanced technology positions at the cutting edge of electronic engineering applications, including research and development opportunities. Graduates from this program have proceeded to careers in communications industries, microelectronics industries, automotive industries, defence organisations, electronic equipment design and manufacturing, hospitals and medical equipment industries, and quality control positions. |
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