Master of Engineering (Professional)
Course summary for current students
Note:
You are seeing the 2007 view of this course information. These details may
no longer be current.
[Go to the current version]
Faculty of Science and Technology
School of Engineering and Information Technology
Tel 03 9244 6699
sci-tech@deakin.edu.au
B = Melbourne Campus at Burwood
G = Geelong Campus at Waurn
Ponds
S = Geelong Waterfront Campus
T = Melbourne Campus at Toorak
W =Warrnambool Campus
X = Off campus
| Award granted | Master of Engineering (Professional) |
|---|
| Campus | Offered at Geelong Waurn Ponds Campus |
|---|
| Duration | 2 years full-time or part-time equivalent |
|---|
| CRICOS course code | 052600A |
|---|
| Deakin course code | S751 |
|---|
Course sub-headings
Course overview
The Master of Engineering (Professional) is a postgraduate program designed to strengthen, build on and extend students' understanding of engineering principles required for successful engineering careers in Australia and overseas. The course will enable students to apply their skills and knowledge to practical, industrially focussed problems. The proposed program will:
- Allow students to specialise and apply advanced technical knowledge and skills in an industrial context.
- Enable students to partner with industry and form professional networks.
- Build upon Deakin's research expertise in a number of specialised fields of engineering.
- Allow high performing students to move into PhD studies.
Students will be provided with advanced technical skills through a supervised research project or engineering professional practice project.
Employers are increasingly interested in graduates with specialised engineering skills who are capable of starting work on projects immediately. The course will be regularly updated through consultation with specific industry sectors via reference groups/industry based workshops. This process will ensure that the course will adequately cover necessary advanced technical skills required by employers.
Back to top
Computing requirements
Students must have access to the internet, a microcomputer, modem and printer to provide, via the telephone network, communication with Deakin University's on-campus computers. Prospective students may wish to contact the School of Engineering and Information Technology to obtain information about the hardware and software requirements, telephone 03 5227 2033.
Back to top
Fees and charges
Fee paying students
For students enrolled prior to 2005, fees were calculated based on the fee rate applicable to the course in which they were enrolled. This fee rate was fixed for the minimum expected duration of the course, i.e. the minimum amount of time in which the course could be completed. This method of calculation will be maintained for continuing students (for the pre-2005 course only) unless the student has exceeded the minimum period for completion of the course.
From 2005 fees will be calculated on a per unit basis. The fees charged will depend on the individual units chosen. The cost of each unit can be viewed within each unit description or you can specifically search for units at
http://www.deakin.edu.au/handbooks2007/search.php. Please note that the fees per unit/credit point may increase annually due to rises in the cost of course delivery and services.
Back to top
Course rules
To be awarded the degree of Master of Engineering (Professional) a student must successfully complete units with a total value of 16 credit points, including the following:
- Two common core units (SEB711 and one of SEN752 or SIT764)
- A specialism in one of Electronics and Telecommunication, Information Technology and Telecommunication, Water Environment or Mechanical that comprises six specific units
- Three approved elective units at level 7 (across the University)
- Those with an average grade of 70% or greater in their first 8 units can elect to take a research project of 4 credit points
- SEN700 Research Methodology
- SEN701/702 Engineering Professional Practice Project 1/2 or SEN719/720 Engineering Research Project 1/2 and two Science and Technology course grouped level 7 elective units.
Back to top
Specialisations
Four specialist areas, strongly aligned to the School's areas of research strength and industry partnerships, are available:
Electronics and Telecommunication Information Technology and Telecommunication Water Environment Mechanical (with particular emphasis on automotive product development)
Back to top
Course structure
Common core units
| SEB711 | Developing and Managing Innovation (G, X) |
| SEN752 | Engineering Management and the Environment (G, X) or |
| SIT764 | Project Management for Software Development (B, G, X) |
Specialisms
The specialisms and associated core units are listed below. Successful candidates will be awarded a Master of Engineering (Professional) with a major study in the specialism recorded on their academic transcript.
Back to top
Details of specialisations
Electronics and Telecommunication
| SEE701 | Advanced Control Systems (G, X) |
| SEE703 | Signals and Communication Systems (G) |
| SEE704 | Wireless Communications (G) |
| SEE706 | Digital Signal Processing and Applications (B, G) |
| SEE708 | Applied Electronics (B, G) |
| SIT777 | Computer Networks (B, G, X) |
Information Technology and Telecommunication
| SEE703 | Signals and Communication Systems (G) |
| SEE704 | Wireless Communications (G) |
| SEE706 | Digital Signal Processing and Applications (B, G) |
| SIT763 | IT Security Management (B, G, X) |
| SIT777 | Computer Networks (B, G, X) |
| SIT784 | Mobile and Ubiquitous Computing (B, G, X) |
Water Environment*
| SEN711 | Environmental System Design (G) |
| SEN740 | Water Treatment Processes and Design (G, X) |
| SEN741 | Wastewater Treatment Processes and Design (G, X) |
| SEN743 | Water Resources Engineering ** |
Or
| SEN763 | Water Resources and Society (G) |
| SEN744 | Environmental Systems ** |
| SEN745 | Wastewater Reclamation and Reuse ** |
*Specialism is not available in off campus mode in 2007
** SEN743, SEN744 and SEN745 will not be offered until 2008
Mechanical (Automotive Product Development)
| SEM711 | CAE and Automotive Product Development (G) |
| SEM712 | CAE and Finite Element Analysis (G) |
| SEM713 | CAE and Computational Fluid Dynamics (G) |
| SEM721 | Automotive Product Development (G) |
| SEM731 | Automotive Materials (G) |
| SEM733 | Materials Application for Product Design (G) |
Research/Professional Practice Project units
| SEN700 | Research Methodology (G, X) |
| SEN701 | Engineering Professional Practice 1 (G, X) |
| SEN702 | Engineering Professional Practice 2 (G, X) |
| SEN719 | Engineering Project 1 (G, X) |
| SEN720 | Engineering Project 2 (G, X) |
Electives
Any other level 7 approved units.