1997 Swinburne Higher Education Handbook

Semester 2
MM819 Risk Engineering Science 6.0
MM822 Risk Management Practices 6.0
MM825 Risk Technology 6.0
MM827 Risk Project 7.0
Maintenance (Production Risks) stream
Semester 1
MM810 Risk Engineering Science 6.0
MM813 Risk Management Practices 6.0
MM815 Risk Technology 6.0
MM817 Risk Research 7.0
Semester 2
MM820 Risk Engineering Science 6.0
MM823 Risk Management Practices 6.0
MM826 Risk Technology 6.0
MM827 Risk Project 7.0
Further Information
Contact the Industrial Research Institute Swinburne (IRIS)
on 9214 8280.
Internet: http://www.swin.edu.au.iris
.** Graduate Diploma of
Engineering (Robotics &
Automation) (subiect to accreditation)
This course may lead to the Master of Engineering
(Robotics & Automation).
This is a one year full-time or two year part-time course
commencing in March or July.
The degree program
Graduates from this program will be able todesign and put
into operation robotic and automated systems in
manufacturing environments.
Entrance requirements
A degree or diploma in any branch of Engineering, Applied
Science or Business.
3 Coursestructure
b
a
In addtion to those subects in the Graduate Certificate:
P
Robot Systems
5
Computer Modelling
g
Industrial Electronics & FEA
(D
3 Technology Management
-
8
Further Information
rn
-J
Contact the Industrial Research Institute Swinburne (IRIS)
e.
-J on 9214 8280.
m
. Internet: http://www.swin.edu.au.iris
-J
(C]
2 E086 Graduate Diploma in
n
u
2.
Telecommunications
For information on this course please refer to E096 Master
of Engineering (Telecommunications).
Master degrees
Z091
Master of Applied Science
(Applied Colloid Science) -by
coursework
The aims of this course are to provide students with an
understanding of modern colloid science at an advanced
level, to develop research capabilities and to introduce the
latest technology to industry.
The course includes a research project which is cormally
undertaken throughout the second and third years of the
course, and for which a minor thesis is submitted. This
project may be carried out at the student's workplace or
within the Swinburne Colloid laboratory or at a similiar
institution.
The program is an eighteen-month full-time, or a three-year
part-time course involving up to eight hours per week (two
evenings). Each topic runs for five weeks (one evening per
week), except the research project, which is designed to
occupy roughly one-third of the student's total work load
and is to be carried out at the student's discretion.
Students who successfully complete, with good results, the
first year of the Graduate Diploma in Applied Colloid
Science may progress to the second year of the Master
course. Direct entry into the first year of the Master course
is available to applicants having a Swinburne degree with
distinction in computer-aided chemistry or biochemistry or
an honours degree in a related discipline. Equivalent
experience will be considered.
Course structure
Year 1
Semester 1
Credit points
SC716 Basic Colloid Science 7.5
SC717 Basic Surface Science 7.5
SC733 Practical Techniques in Colloid Science 7.5
SC734 Practical Techniques in Surface Science 7.5
semester 2
SC736 Research Skills, Pan 1
Elective Unit (One)
Elective Unit (Two)
Year 2
Semester 1
SC718 Surface Characterisation 7.5
SC719 Chemistry of Inorganic Colloids 7.5
Semester 2
Elective Unit (Three) 7.5
Elective Unit (Four) 7.5
SC757 Research Project 10.0
Year 3
Semester I
Elective Unit (Five)
SC757 Research Project