Manufacturing Skills Australia (Manufacturing Industry Skills Council) ABN 88 006 441 685 Case for Endorsement MEM05v9 Metal and Engineering Training Package Endorsed 5/12/12 Modified for publication
Manufacturing Skills Australia (Manufacturing Industry Skills Council)
ABN 88 006 441 685
Case for Endorsement
MEM05v9
Metal and Engineering Training
Package
Endorsed 5/12/12
Modified for publication
Contents
CASE FOR ENDORSEMENT – MEM05V9 METAL AND ENGINEERING TRAINING PACKAGE ... 1
OVERVIEW .......................................................................................................................................................... 1 Components for endorsement ........................................................................................................................ 1 Project background ....................................................................................................................................... 1
SECTION 1: RESPONSIVENESS AND RECOGNITION ............................................................................................... 2 Industry drivers for change ........................................................................................................................... 2 Project management ..................................................................................................................................... 2 Consultation and validation processes ......................................................................................................... 3
SECTION 2: QUALITY PRINCIPLES ....................................................................................................................... 7 Quality assurance ......................................................................................................................................... 7 Quality Report ............................................................................................................................................... 7 Editing ........................................................................................................................................................... 8 Equity review ................................................................................................................................................ 8
SECTION 3: IMPACT OF CHANGES ........................................................................................................................ 9 Summary of changes – qualifications ............................................................................................................ 9 Pathways ....................................................................................................................................................... 9 Impact of newly endorsed components ........................................................................................................ 10 Enrolment and delivery data ....................................................................................................................... 10
FINAL APPROVAL – ENDORSED COMPONENTS ................................................................................................... 12 Industry and RTOs ...................................................................................................................................... 12 State and Territory Training Authorities..................................................................................................... 12
APPENDIX 1: MEM05V9 COMPONENTS FOR ENDORSEMENT ............................................................................ 13 New units of competency ............................................................................................................................. 13 Units not carried forward ........................................................................................................................... 14
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 1
Case for Endorsement –
MEM05v9 Metal and Engineering Training Package
Overview
Components for endorsement
This Case for Endorsement seeks approval by the National Skills Standards Council (NSSC) of the
following changes/additions to the MEM05 Metal and Engineering Training Package:
1. 74 new MEM units of competency
2. 32 existing MEM units replaced/not carried forward
3. Three updated qualifications with inclusion of a wide range of additional electives:
MEM50212 Diploma of Engineering – Technical
MEM60112 Advanced Diploma of Engineering
MEM80112 Vocational Graduate Diploma of Engineering
A complete list of all qualifications and units of competency submitted for endorsement is provided
in Appendix 1 of this submission.
Project background
The Metal and Engineering Training Package qualifications for engineering technicians and
paraprofessionals were first endorsed in 2005, and cover the four engineering disciplines of
mechanical, mechatronic, manufacturing and maintenance engineering.
Since endorsement of MEM05 Metal and Engineering Training Package, technology has advanced
and it was identified in the MSA Continuous Improvement Plan in 2009 that there was a need to
develop new units and update many individual units in the technician/paraprofessional
qualifications. As well, MSA received requests to develop units in additional areas of technology,
such as rapid manufacturing and heating, ventilation, air conditioning and refrigeration (HVAC/R).
The new units have been included as additional electives, with no change to the packaging rules. All
the MEM05 Metal and Engineering Training Package qualifications will be reviewed in 2013 as part
of the MEM05 review/streamlining project which commenced August 2012.
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MEM05v9 Case for Endorsement – modified for publication December 2012 2
Section 1: Responsiveness and recognition
Industry drivers for change
In response to industry identified needs, MSA has progressively updated the Diploma and Advanced
Diploma qualifications, with the inclusion of additional electives endorsed in 2009-11 (MEM50211
and MEM60111), and developed of a Vocational Graduate Diploma (MEM80111 Vocational
Graduate Diploma of Engineering).
A further driver for development of the units submitted for endorsement has been the need to
improve the coverage of engineering science and mathematics. This is in response to feedback from
industry and providers that the current units in some cases lacked sufficient detail to ensure a logical
selection process and did not provide sufficient clarity on content for VET providers applying for
articulation to universities. The new/revised units of competency address the above content
improvements.
In addition to the 73 new technician units, one new unit of competency has been developed in
response to an approach from Sutton Tools (Maryborough in Victoria) in conjunction with Bendigo
TAFE in 2011, to address the need for a new unit of competency for developing production
machining skills for training existing workers in complex machine setting skills. Sutton Tools is one of
the world’s largest independent family owned cutting tool companies producing high-quality
precision cutting tools for the industrial, trade and DIY markets. Sutton Tools is one of three
companies chosen to feature in this year’s Australian Made, Australian Grown (AMAG) ‘Keep
Australians Working’ campaign. This new unit of competency will typically apply to senior operators
undertaking volume production who have responsibility for machine set up to defined parameters,
selection of materials and lubricants, establishment of datum points and basic marking out, as well
as setting speeds, feeds and other machining parameters. This unit will be a new elective in the
MEM20205 Certificate II in Engineering - Production Technology and MEM30105 Certificate III in
Engineering - Production Systems and other qualifications requiring production machining skills.
Project management
The development work has been undertaken for MSA by Richard Jenkins and Associates (RJA) with
initial scoping and unit review undertaken by Kevin Clayton.
The project was managed by Barbara Wallace (MSA Training Products Manager) and overseen by the
MSA Metal and Engineering Board Sub-Committee, made up of major stakeholders. The terms of
reference for the Board Sub-committee are to:
assist in the identification of stakeholders to be consulted for the project
identify and assist in the resolution of industry issues in relation to strategic objectives of the
Review
provide industry input and advice on:
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MEM05v9 Case for Endorsement – modified for publication December 2012 3
o industrial issues
o training and assessment issues
o priority areas for industry skills development
o appropriate methods for collection, collation and consolidation of industry information
o validity of the content of project outcomes
provide feedback on MSA’s development work undertaken for the area covered
exchange information as appropriate between MSA, industry and other relevant
professional groups covered
provide feedback on the project development work for the area of interest
make recommendations to the MSA Board on acceptance of the product of the project.
The individuals and enterprises/organisations represented on the MSA Board Sub-Committee are
listed below.
Ian Curry Australian Manufacturing Workers Union (Chair)
Derek Cupp Manufacturing Industry Skills Advisory Council, SA
Megan Lilly Australian Industry Group
Peter Cavanan Australian Industry Group
Michael Grogan Sutton Tools
Paul Kennett Industry consultant
Dave Hicks Engineering and Automotive Training Council, WA
Consultation and validation processes
Consultation and development of draft materials has been undertaken with industry and RTO
stakeholders via face-to-face meetings, phone consultation and by email.
State and Territory Industry Training Advisory Bodies (ITABs) and State and Territory Training
Authorities (STAs) have been kept informed, with updates provided via direct emails and the regular
MSA email newsletters.
The following individuals and organisations provided feedback or input into unit development.
Name Organisation State/T
David Tiller Organisational Development and Learning Specialist
Ampcontrol Pty Ltd National
Anne Donnellan AMWU National
Alan Bradley Associate Director
Engineers Australia National
Peter Hoffman Associate Director
Engineers Australia National
Karen Humphreys Head Teacher Mechanical & Manufacturing Engineering, Materials Technology and
TAFE – Hunter Institute NSW
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MEM05v9 Case for Endorsement – modified for publication December 2012 4
Name Organisation State/T
Warehousing
Stephen Johnson Manager Industry Team
TAFE NSW Industry Skills Unit Meadowbank
NSW
Warren Rhoades Business Manager
QLD TAFE – Mt Gravatt Qld
Gordon Elledge Assistant Director
Skills Tech Australia Qld
Gary Andrew Curriculum Development Officer
ATEC SA
Werner Lausberg General Manager,
TAFE SA – Regency Manufacturing, Engineering & Transport
SA
Robert Squires Head of Department Engineering South Andrew Richardson
TAFE Tasmania Tas
Dennis Crowley Executive Officer
Box Hill Institute of TAFE CMM Engineering Industries
Vic
George Adda Executive Officer
Box Hill Institute of TAFE CMM Engineering Industries
Vic
Bill Chau RMIT University Vic
Leon Mattatia Senior Educator, Mechanical Engineering
RMIT University Vic
Klaus Bienert Training consultant Vic
David Akers Head of School, Engineering and Electrotechnology
Victoria University Technical and Trades Innovation
Vic
Peter Ebell A/Executive Director Engineering, Technology and Business
Central Institute of Technology WA
Graham Boyle Portfolio Manager – Metals, Technology, Asset Maintenance & Safety
Polytechnic West WA
Ian Hood Training Manager
Scientific Management Associates Engineering Faculty
WA
Greg Guppy Director Training Services
TAFE WA Challenger, Defence & Resources Industries Division Rockingham Campus
WA
In addition to the above participants, the following people were provided with an opportunity to
review and respond to draft materials.
Name Organisation State/T
Ian Curry AMWU National
Sandy Smith Assistant Director Engineering Professionalisation
Defence Materiel Organisation National
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 5
Name Organisation State/T
Ray Stuckey Country Practice Manager
Thales National
Leon Drury Manufacturing Skills Australia NSW
Terry Lawler Executive Officer
TEATAC (NT) NT
John Nibbs Defence National Skills Framework Coordinator
Defence Education and Training Development Branch Gallipoli Barracks Qld
Qld
Erik Salonen General Manager
Manufacturing Skills Queensland Qld
Carl Spruce Director
Outsource Services Qld
Derek Cupp Executive Officer
Manufacturing Industry Skills Advisory Council SA Inc
SA
Deb Doherty Senior Project Officer, Workforce Development
Skills Tasmania Tas
Simon Harris Senior Educator Engineering-Mechanical
Bendigo TAFE Vic
Edward Stone Director
Educational Living Vic
Amita Iyer RMIT University Vic
Ian Bailey Senior Educator (Projects)
RMIT University Vic
Andrew Black Principal Assessor Competency Management Cell
Scientific Management Associates Vic
Tony Hudson Business Unit Manager
Suttons Tools Vic
Ian Black Mechatronics Department
Swinburne University School of Engineering
Vic
Ismat Hijazin Faculty of Engineering and Industrial Sciences
Swinburne University
Vic
Kenneth Barnett Project Coordinator Mechatronics
Swinburne University of Technology
Vic
Tony Elgueta Engineering Teacher
Victoria University Vic
Paula Dewhurst Central Institute of Technology WA
David Hicks CEO
Engineering and Automotive Training Council
WA
Brian Chanter Engineering Project Manager
Engineering and Automotive Training Council Inc.
WA
All currently endorsed units of competency were initially reviewed against developments in
technology and changes in Training Package policy since first endorsement in 2005.
Following a lengthy consultation and development phase, initial drafts of the new/revised units of
competency were circulated for public comment by email, and were made available on the MSA
website in mid 2012, with feedback required by August 2012.
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Stakeholders were advised by email and by telephone about how to access the site and provide
feedback. This included industry stakeholders on the MSA and RJA databases, state and territory
ITABs and STAs.
Feedback from consultations on the initial draft reviewed units indicated that additional units were
required in the areas of HVAC/R and also in configuration management, integrated logistics support
and systems engineering. Drafts of these units were made available end of August 2012.
Changes resulting from initial quality review and stakeholder feedback were incorporated in the final
endorsement drafts, which were circulated and signed-off by major stakeholders in September 2012.
MSA is not aware of any unresolved issues concerning this submission.
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 7
Section 2: Quality principles
Quality assurance
The final drafts of the updated qualifications and new units of competency have been validated and
signed-off by all major stakeholders (both industry and RTOs) with no outstanding or unresolved
issues. Validation and acceptance of final drafts was undertaken by email.
In developing the updated qualifications and new units of competency, the following quality issues
have been addressed:
all development was based on workplace requirements and the needs of individuals and
enterprises
all development work was undertaken in compliance with Training Package Development
Handbook and are compliant with TGA templates
all units of competency have been reviewed for plain English, consistency and inclusion of
Employability Skills relevant to this sector
packaging rules have been developed to ensure they are flexible and meet AQF and NSSC
requirements.
Editing and quality assurance advice was provided for early drafts, and final editing, equity and
quality assurance reviews were undertaken.
Quality Report
A provisional evaluation of the units submitted for endorsement was undertaken by Andre Lewis
and Associates. The evaluation indicated that there were no obvious quality issues that would
impede endorsement after editing and equity evaluations had been completed. The evaluation
commented that the higher level technical nature of the units is addressed well with good
integration of theory with required performance.
The evaluation noted some minor issues which have been addressed, as listed below.
Some performance criteria were not sufficiently clear or assessable. In response, all performance criteria were reviewed and a small number were adjusted while explanations on others were given to the evaluator’s satisfaction.
References to OHS were changed to WHS (Workplace Health and Safety) to reflect most states and territories adopting model WHS legislation.
References to seeking additional technical and professional assistance were standardised. Clarification was also provided to the evaluator that this assistance is not always sought as at this technical level it is at the discretion of the learner.
The evaluator sought an explanation as to why some units referred to seeking assistance of a licensed person while other units only referred generally to technical and professional assistance. It was explained that the licensed reference related to some units in the mechatronics discipline where the assistance of a licensed electrician may be required depending on the technical task. Assistance from licensed personnel would not be normally required in the other engineering disciplines.
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 8
Clarification was provided on the relationship between design and detail drafting and why the detail drafting units in the MEM40412 Certificate IV in Engineering Drafting were not prerequisites to the design units.
No issues requiring action were raised in the final quality report.
Editing
All qualifications and units of competency were reviewed and edited by Gamper Consulting Services.
Equity review
An equity review was undertaken by Barbara Wallace, MSA Training Products Manager.
The final Quality Report, Editorial Report and Equity Report are provided as separate documents.
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 9
Section 3: Impact of changes
Summary of changes – qualifications
The new technician units of competency have been made available as electives in the following
qualifications:
MEM05v8 qualification MEM05v9 qualification Comment/ equivalence
MEM50211 Diploma of Engineering – Technical
MEM50212 Diploma of Engineering – Technical
Elective units replaced New elective units added Equivalent – increased choice of electives
MEM60111 Advanced Diploma of Engineering
MEM60112 Advanced Diploma of Engineering
Elective units replaced New elective units added Equivalent – increased choice of electives
MEM80111 Vocational Graduate Diploma of Engineering
MEM80112 Vocational Graduate Diploma of Engineering
Elective units replaced New elective units added Equivalent – increased choice of electives
Pathways
Consultation with training providers indicated that the MEM50211 Diploma of Engineering –
Technical and MEM60111 Advanced Diploma of Engineering are primarily delivered full time to
school leavers with many students seeking careers as technicians in a wider range of industries,
including manufacturing, transport, mining and healthcare. The MEM05 Metal and Engineering
Training Package qualifications also provide a pathway into professional engineering via articulation
into engineering degrees. The articulation varies according to each university and the particular
electives completed by a student. Extensive consultation was undertaken with Engineers Australia to
ensure that the new units have the potential to maximise articulation.
The MEM05 Diploma and Advanced Diploma qualifications also provide a pathway for many existing
employees, especially tradespersons, to progress their career by studying to become a technician. In
some areas, such as drafting and maintenance engineering, this is a common pathway. The project
paid particular attention to content of units to ensure that unnecessary barriers to access by
tradespersons were not established.
The new units of competency provide substantial detail on the skills required at technician and
paraprofessional occupation levels in the mechanical, mechatronic, manufacturing, maintenance
and HVAC/R disciplines. In many units the content difference to currently endorsed units will be
substantial especially in regards to required knowledge. While this will lead to some revision of
learning resources by providers, RTO’s have generally welcomed the changes for the greater
guidance provided on the content and application of each unit.
Once endorsed, it is anticipated that the new units of competency will enable the replacement of
current state accredited courses in Victoria and South Australia in the mechanical, mechatronic,
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MEM05v9 Case for Endorsement – modified for publication December 2012 10
maintenance, manufacturing and HVAC/R disciplines. However, the current state accredited courses
are likely to remain accredited to allow for ongoing delivery in the civil engineering discipline which
is outside MSA’s coverage.
Impact of newly endorsed components
The changes will not cause significant impacts to RTOs delivering the existing qualifications. A
detailed mapping has been provided with equivalences identified in the Training Package
endorsement details attachment (provided separately).
The range of electives has been increased for the following engineering disciplines:
Manufacturing
Mechanical
Mechatronic
Maintenance
Heating, ventilation, air conditioning and refrigeration (HVAC/R).
Implementation of the updated qualifications is expected in all states and territories. STAs, RTOs and
industry stakeholders have been consulted during the development process and have been kept
informed of the changes. MSA is not aware of any issues that need addressing to ensure successful
implementation. It is expected RTOs with scope of the existing MEM05 Metal and Engineering
Training Package qualifications will be seek extension of scope for the revised qualifications.
Enrolment and delivery data
The following enrolment and delivery data represents funded training only and doesn’t include
information on 2012 activity. At this time, no statistics are available for MEM80111.
Totals - 2011
Qualification Contracts of training Student enrolments RTOs with scope
MEM50205 31 2,153 24
MEM50211 3 0 17
MEM60105 2 1,025 21
MEM60111 0 56 14
MEM80111 0 0 0
Enrolments by State/Territory – 2007 to 2011
Enrolments 2007 2008 2009 2010 2011
MEM50205/MEM50211 Diploma of Engineering – Technical
New South Wales 329 538 567 476 559
Victoria 2 18 41 41 46
Queensland 0 62 196 358 617
South Australia 1 13 20 14 19
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MEM05v9 Case for Endorsement – modified for publication December 2012 11
Western Australia 727 868 884 803 912
Tasmania
Northern Territory
ACT
Total 1059 1499 1708 1692 2153
MEM60105/MEM60111 Advanced Diploma of Engineering
New South Wales 93 191 294 374 356
Victoria 0 8 2 10 73
Queensland 453 522 414 403 349
South Australia 2 11 21 20 27
Western Australia 0 113 149 181 276
Tasmania
Northern Territory
ACT
Total 548 845 880 988 1081
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 12
Final approval – endorsed components
Industry and RTOs
The final drafts of the updated qualifications and new units of competency have been validated and
approved by all major stakeholders. This included the MSA Board Sub-committee, the MSA Board,
industry representatives, state and territory ITABs and RTOs. No issues affecting implementation
have been raised that required action and all major stakeholders have provided unanimous support
for endorsement of the MEM05 Metal and Engineering Training Package (version 9) qualifications
and units of competency.
State and Territory Training Authorities
STAs were provided with an opportunity to evaluate the draft units and qualifications when the
validation drafts were distributed in August 2012.
The draft Case for Endorsement was also forwarded to STAs by email on 28 September, with a
deadline of 14 October 2012 for feedback. Comments were received regarding the inclusion of
superseded MSACM units in the updated MEM qualifications. MSA advised that replacement of
imported units in MEM qualifications required review and agreement from the industrial parties and
that this was being considered separately. Imported units will be updated as an ISC upgrade once
agreement has been reached. This doesn’t impact on the current units being submitted for
endorsement.
The draft Case for Endorsement and all endorsed components were available on the MSA website
during this period. MSA is not aware of any unresolved issues and is confident that the new units of
competency have full support of all major stakeholders.
Barbara Wallace
MSA Training Products Manager
December 2012
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 13
Appendix 1: MEM05v9 Components for Endorsement The following components are submitted for endorsement for inclusion in MEM05v9:
1. 74 new MEM units of competency
2. 32 existing MEM units replaced/not carried forward
3. Three updated qualifications with inclusion of a wide range of additional electives:
MEM50212 Diploma of Engineering – Technical
MEM6012 Advanced Diploma of Engineer
MEM80112 Vocational Graduate Diploma of Engineering
New units of competency
MEM05v9 unit code and title
MEM07041A Perform production machining
MEM09155A Prepare mechanical models for computer-aided engineering
MEM09156A Prepare mechatronic models for computer-aided engineering
MEM09157A Perform mechanical engineering design drafting
MEM09158A Perform mechatronics engineering design drafting
MEM14085A Apply mechanical engineering analysis techniques
MEM14086A Apply mechatronic engineering analysis techniques
MEM14087A Apply manufactured product design techniques
MEM14088A Apply maintenance engineering techniques to equipment and component repairs and modifications
MEM14089A Integrate mechanical fundamentals into an engineering task
MEM14090A Integrate mechatronic fundamentals into an engineering task
MEM14091A Integrate manufacturing fundamentals into an engineering task
MEM14092A Integrate maintenance fundamentals into an engineering task
MEM22012A Coordinate resources for an engineering project or operation
MEM22013A Coordinate engineering projects
MEM22014A Coordinate engineering-related manufacturing operations
MEM22015A Source and estimate engineering materials requirements
MEM22017A Coordinate continuous improvement and technical development in an engineering-related project or operation
MEM22018A Coordinate sales and promotion of engineering-related products or services
MEM23004A Apply technical mathematics
MEM23005A Apply statistics and probability techniques to engineering tasks
MEM23006A Apply fluid and thermodynamics principles in engineering
MEM23007A Apply calculus to engineering tasks
MEM23008A Apply advanced algebra and numerical methods to engineering tasks
MEM23063A Select and test mechanical engineering materials
MEM23064A Select and test mechatronic engineering materials
MEM23086A Apply scientific principles and techniques in avionic engineering situations
MEM23109A Apply engineering mechanic principles
MEM23111A Select electrical equipment and components for engineering applications
MEM23112A Investigate electrical and electronic controllers in engineering applications
MEM23113A Evaluate hydrodynamic systems and system components
MEM23114A Evaluate thermodynamic systems and components
MEM23115A Evaluate fluid power systems
MEM23116A Evaluate programmable logic controller and related control system component applications
MEM23117A Evaluate microcontroller applications
Manufacturing Skills Australia
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MEM05v9 unit code and title
MEM23118A Apply production and service control techniques
MEM23119A Evaluate continuous improvement processes
MEM23120A Select mechanical machine and equipment components
MEM23121A Analyse loads on frames and mechanisms
MEM23122A Evaluate computer integrated manufacturing systems
MEM23123A Evaluate manufacturing processes
MEM23124A Measure and analyse noise and vibration
MEM23125A Evaluate maintenance systems
MEM23126A Evaluate industrial robotic applications
MEM23129A Evaluate thermal loads in heating, ventilation, air conditioning and refrigeration
MEM23130A Coordinate servicing and fault finding of HVAC/R control systems
MEM23131A Evaluate rapid prototyping applications
MEM23132AEvaluate rapid manufacturing processes
MEM23133A Evaluate rapid tooling applications
MEM23134A Evaluate jigs and fixtures
MEM23135A Evaluate moulding tools and processes
MEM23136A Evaluate stamping and forging tools
MEM23137A Evaluate rolling tools and processes
MEM23138A Evaluate suitability of materials for engineering related applications
MEM23139A Design a basic single zone duct distribution system
MEM23140A Determine operational parameters for building HVAC hydronic systems
MEM23141A Complete a building thermal performance survey
MEM23142A Determine psychrometric processes and system performance
MEM23143A Apply energy management principles
MEM23144A Contribute to the design of a commercial refrigeration system
MEM23145A Apply codes and regulations to air conditioning designs
MEM23146A Contribute to the design of industrial refrigeration systems
MEM23147A Contribute to the design of hydronic systems
MEM23148A Develop energy management solutions
MEM23149A Contribute to the design of commercial and industrial exhaust systems
MEM23150A Contribute to the design of heating systems
MEM23151A Commission and optimise performance of HVAC/R systems
MEM23152A Apply principles of refrigeration food storage technology
MEM23153A Contribute to the design of heat exchanger systems
MEM23154A Analyse and service HVAC/R control systems
MEM234036A Apply configuration management procedures in engineering project management
MEM234037A Perform maintenance-related integrated logistic support management activities
MEM234038A Apply systems engineering procedures to engineering design project management
MEM30029A Use workshop equipment and processes to complete an engineering project
Units not carried forward
MEM09141A Represent mechanical engineering designs graphically
MEM09142A Represent mechatronic engineering designs graphically
MEM09151A Apply computer aided modelling and data management techniques to mechanical engineering designs
MEM09152A Apply CAD modelling and data management techniques to mechatronic engineering designs
MEM14061A Plan and design mechanical engineering projects
MEM14062A Plan and design mechatronic engineering projects
MEM14063A Plan and design manufacturing engineering projects
MEM14064A Plan and design maintenance engineering projects
MEM14081A Apply mechanical engineering fundamentals to support design and development of projects
Manufacturing Skills Australia
MEM05v9 Case for Endorsement – modified for publication December 2012 15
MEM14082A Apply mechatronic engineering fundamentals to support design and development of projects
MEM22003A Manage engineering resources
MEM22004A Manage engineering projects
MEM22005A Manage engineering operations
MEM22006A Source and estimate materials
MEM22008A Manage change and technical development
MEM22009A Manage technical sales and promotion
MEM23001A Apply advanced mathematical techniques in a manufacturing, engineering or related environment
MEM23002A Apply calculus in engineering situations
MEM23041A Apply basic scientific principles and techniques in mechanical engineering situations
MEM23051A Apply basic electro and control scientific principles and techniques
MEM23061A Select and test mechanical engineering materials
MEM23062A Select and test mechatronic engineering materials
MEM23071A Select and apply mechanical methods, processes and construction techniques
MEM23072A Select and apply mechatronic methods, processes and construction techniques
MEM23081A Apply scientific principles and techniques in mechanical engineering situations
MEM23082A Apply scientific principles and techniques in mechatronic engineering situations
MEM23083A Apply industrial engineering principles and techniques in competitive manufacturing engineering situations
MEM23085A Apply scientific principles and techniques in avionic engineering situations
MEM23091A Apply mechanical system design principles and techniques in mechanical engineering situations
MEM23092A Apply automated systems principles and techniques in engineering situations
MEM23093A Apply plant and process design principles and techniques in engineering situations
MEM23094A Apply maintenance systems principles and techniques in engineering situations