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are considered on a case-by-case basis.
You may also be interested in…
»» Computer and network engineering
(page 22)
»» Computer and network engineering and
computer science (page 23)
»» Computer science (see the computing
and information technology brochure)
»» Electrical and electronic engineering
(page 27)
»» Electrical engineering (page 28)
»» Electronic and communication engineering
(page 36)
Legend: D—Degree; T —TAFE; FT—full-time; PT—part-time; PTA—part-time may be available; RC—A range of selection criteria applied; N/A—not available 35
Electronics and communications
engineering T
C6083 Advanced Diploma of Electronics
and Communications Engineering
Duration: 2 yrs FT or 6 yrs PT
City
This qualification will provide you with the
skills and knowledge to design and validate/
evaluate electronics and communications
equipment and systems, manage risk,
estimate and manage projects and provide
technical advice. You will develop knowledge
and skills in computer-aided drafting and
electronic design, computer interfacing,
microprocessor programming, design, testing
and commissioning of analogue and digital
electronics systems, computer programming
and perform simulations using various
engineering software packages.
Learning by doing
The program is structured to deliver
competencies, knowledge and skills required
by the nationally-accredited
Electrotechnology Training Package. It
includes a number of core and elective
competency units in the major study areas.
This program is delivered through:
»» balanced hands-on practice
»» competency-based assessments
»» lectures
»» online and off-line learning
»» practical/laboratory exercises
»» tutorials
»» work-simulated projects.
What you’ll study
Areas of specialised study include:
»» Analogue integrated circuit design
»» Circuit simulation
»» Communications and networks
»» Computational solutions
»» Computer programming
»» Digital and analogue electronics and
applications
»» Electronic interfacing
»» Electronic technology and instrumentation
»» Gate array technology
»» Microelectronics
»» Microprocessor control systems
»» Microprocessors
»» Object-oriented programming
»» Occupational Health and Safety
»» Printed circuit board design
»» Project management
»» Technical leadership skills
»» Telecommunications.
Career outlook
You will have employment opportunities in a
range of industries, such as manufacturing,
telecommunications, radio communications,
electronics equipment and services, security
systems, scientific instruments, and sales.
Roles at paraprofessional (technical officer)
level may include, but are not limited to,
electronics technician, technical officer,
engineering associate, draftsperson, sales
engineer.
Professional recognition
Graduates are eligible to seek membership
of Engineers Australia at the engineering
officer level.
www.engineersaustralia.org.au
Application and entrance procedures
Application procedure
Full-time by VTAC application
Part-time by RMIT direct application
Entrance requirements
Current Year 12
2010 ENTER/ATAR: N/A
Prerequisite: none.
Non-Year 12
Prerequisite: none.
Please refer to page 57 for more details.
Extra requirements
Non-Year 12 applicants must complete and
submit a VTAC Pi form, available online at
www.vtac.edu.au , if they wish other
information to be considered.
Please refer to the 2011 VTAC Guide for
full details on extra requirements.
Pathway
Graduates may be eligible to apply for
exemptions from the following degrees:
»» Bachelor of Engineering
(Electrical and Electronic Engineering)
»» Bachelor of Engineering (Electronic
and Communication Engineering)
You may also be interested in…
»» Computer systems engineering (page 25)
»» Electrical/electronics (page 31)
»» Telecommunication engineering (page 54)
36 RMIT | 2011 Degree and Diploma | Engineering
Engineering design
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