Old Engineering, the original home of the Department of Electrical Engineering.
The first degrees in engineering at the University of Melbourne were
awarded in 1883. It was not until 1889 that the
Melbourne School of Engineer at
the University was established with 8 members and 40 undergraduate
students. The only degree course available was in Civil Engineering,
reflecting the great changes in the industrial world of the nineteenth
century that engineers had designed and manufactured. In the early days,
the engineering degree was primarily an Arts course including Natural
Philosophy (now Physics) and Geology, with specific engineering subjects to
be completed at third and fourth year.
Photo: Picture of Mr Charles Moorhourse
Separate degrees in Mechanical and Electrical Engineering commenced in 1911
but there was only one Department of Engineering. The first graduate in
Electrical Engineering received his degree in 1913. However, the demands
of a changing world and the disruption of two world wars refocussed the
demands of the engineering department and required it to broaden its choice
of subjects. In 1946 the Melbourne School of Engineer divided the one existing
Chair of Engineering to create three Chairs - one each of Civil, Mechanical
and Electrical. Mr Charles Moorhouse, a past graduate of the Melbourne
University School of Engineer and not yet a professor, was appointed
Senior Lecturer in charge of the Department of Electrical Engineering in
January 1947. A new staff member, Mr Arthur Ferguson, was appointed Senior
Lecturer in Electronics, but it was not until 1948 that electronics
appeared as part of the Electrical Engineering course.
Photo: Picture of Mr Arthur Ferguson
In his 1947 Presidential Address to the Melbourne University Engineering
Students' Club (MUESC), recorded in Cranks & Nuts, Professor Blackwood,
Dean of the Faculty, credited the rapid growth of secondary industries in
Australia in the post-war years with the need for more graduates trained in
mechanical and electrical engineering. The Melbourne School of Engineer and its
new Departments were to develop and train young engineers to add to the
strengths in industry that a young country needed. At that time there was a
rapid expansion taking place in electricity generation and distribution
networks and in 1954 Ken Mackley, whose research was supported by the
Electrical Research Board, became the first PhD student to graduate from
the department.
New courses and subjects were introduced in the early 1950s. This saw the
introduction of electrical engineering subjects into second and
third year as well as in fourth year. In 1954, Professor Moorhouse,
who thought that
engineering students should have the opportunity to study a wider range of
subjects, pioneered the introduction of non-technical topics into
engineering courses. Subjects from literature, history, geography and the
arts were introduced alongside technical subjects to counteract the
perception that engineering courses were too insular. In 1955, space was
provided for the Department in the new Mining Building and this greatly
enhanced the teaching and research facilities available to the Electronics
group.
Although research had always been carried out in the department, its value to a rapidly changing nation was
becoming of greater importance in the 1960s. Postgraduate training and research was developed more fully
throughout this period, particularly in the fields of power system stability, electronic circuit
design, communications and control.
The 1970s brought many changes to the Department, not least among them the
enrolment of female students. The Department of Electrical and Electronic
Engineering was somewhat ahead of the other departments when it had two
female graduates in 1974. In the 21st century, Diversity in Engineering
encourages female students to take part in student life in their department as well as showcasing opportunities for women in industry.
The Department moved to a new building on campus in 1973. The Department of Electrical Engineering continued to
rapidly expand with the introduction of new courses. In 1974 research in Biomedical Engineering was undertaken
by David Dewhurst. In the 1970s the Biomedical engineers pioneered the design of the micro-electronics of the
cochlear implants of the bionic ear program initiated in Melbourne by Professor Graeme Clark and now in
world-wide use. In 1975 a second Chair was introduced in Electronics and Communications but it was not until
1982 that the Department changed its name to include Electronics and become the Department of Electrical and
Electronic Engineering. During the late 1970s and 80s the Department continued to expand with enrolments swelling.
The Department today has more than 80 staff, 60 postgraduates and 500
undergraduates. Two Co-operative Research Centres (CRCs) and an ARC Special
Research Centre are now fundamental parts of the department. The Centre
for Sensor Signalling and Information Processing conducts leading-edge
research into radar and signal processing. The Australian
Photonics Cooperative Research Centre is one of the major research areas of the Department of
Electrical and Electronic Engineering and is a world-leader in its field. In 1997 Professor Rodney Tucker, the
then Director of the Australian Photonics CRC, was jointly awarded the
Australia Prize
for scientific research (see photo at right). His telecommunications
research is not only world-class but representative of the excellent quality
of work coming out of the Department of Electrical and Electronic Engineering.
In 2000 Professor Tucker opened the ARC Special
Research Centre for Ultra-Broadband Information Networks. The objective
of CUBIN is to undertake research in leading-edge technologies, architectures,
and protocols for future very high capacity telecommunications networks.
An official history of the Department of Electrical and Electronic
Engineering, by Associate Professor John Packer, was launched in 1997
as part of the 50th Anniversary celebrations.
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