Please note - Swinburne University of Technology

also in a position to provide an independent assessment of
the quality capabilities of manufacturing processes and to
provide quality assurance information regarding the
conformance to specification of materials and
manufactured goods.
Course structure
One year full-time and two years pan-time.
Students who have successfully completed the
following subjects will be eligible for a Certificate in
Quality Technology awarded by Swinburne University of
Technology (TAFE Division).
Core subjects
Hourdweek
TFl95 Organisation and Management for Qdty A 2
TF196 Orgamsation and Management for Qdty B 2
TF197A Statistical Quality Control A 2
TF197B Statistical Quality Control B 2
TM127 Statistics 2
Electives
Three electives are to be selected from the following:
TF253 Computer Appreciation and Application
to Quality Control 2
TF297 Statistical Quality Control 2 2
$f TF317 Dimensional Metrology 2
g TF340 Principles of Measurement 2
TF462 Reliability and Prototype Testing 2
% TF464 Product Liability and Recall Management 2
m
TF465 Quality Control Systems and Assessment 2
?. TF467 Human Factors 2
(D
Application procedure
Students should contact the Mechanical and
Manufacturing Technology Department on 9214 8504 for
further information regarding application.
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2 2100~F~ Certificate in Engineering
5 1. (Basic)
P Course aims
g Thecertificate in Engineering (Basic) has been developed as
a pre-emplo ment program to assist school leavers and
8 unernploye B people to enter employment in the metal
and engineering industry.
Entry requirements
Participants should be not less than fifteen years of age and
have the basic literacy and numeracy skills to undertake
the course.
Course structure
The Basic Certificate in Engineering is a one year, full-time
course that involves 600 hours of provider based training.
Students must complete the equivalent of fifteenmodules.
One module is equivalent to 40 hours and a half module to
twenty hours.
Hours
AATMOl Functional Maths 20
NBBOl Communications and Industrial Relations 40
NBBO2 Occupational Health and Safety 20
NBB04 Computing in Engineering 40
NBB06 Machining 40
NBB07 Hand and Power Tools 40
NBBO9 Welding and Thermal Cutting 40
NBBlO Fabrication Techniques 1 40
NBB12 Engineering Drawing Interpretation 40
NBB13 Engineering Science 40
NFOOl Manual Metal Arc Welding 1 40
NF002 General Metal Arc Welding WIG) 40
NF019 Fabrication Techniques 2 40
NMOOl Milling 1 40
NM016 Drills and Drilling Machines 40
NM025 Turning 1 40
Application procedure
Application should be made directly to the School of
Engineering and Industrial Science on 9214 8916.
3 1 OOERA Engineering Production
Certificate
(Level 1 )
3221 ERA Engineering Production
Certificate
(Level 2)
3 2 2 2 ~ Engineering ~ ~ Production
Certificate
(Level 3)
Course aims and description
This course gives production workers access to training
which will increase their skill levels in their industry.
Completion of twenty-four modules enables a person to
move to C10 level (tradesperson) in the Metal and
Engineering Award structure.
Career potential
The Engineering Production Certificate is a new training
program specifically developed for production and process
workers by the Metals and Engineering Industry in
conjunction with TAFE.
Entry requirements
The student would need to be employed in the industry
that he/she is studying for.
Course planning is organised between the employer,
Swinburne University of Technology and the student.
Course location
The training can be conducted in your workplace or at
Swinburne University of Technology, using TAFE
teachers or a combination of TAFE teachers and workplace
trainers.
Course structure
The Engineering Production Certificate @PC) has three
levels designated as C10, C11 and C12, in the Metal and
Engineering Award Structure, each level having eight
modules of forty hours duration.