Certificate IV in Polymer Technology
| Course Code: | PMB40107 |
| Department: | Centre for Competitive Operations |
| Study Area(s): | Polymer Engineering |
| Location(s): | Broadmeadows |
| Course Length: | Full-time (6 months) Part-time day (1 year, 6 months) Part-time night (1 year, 6 months) Flexible (1 year) |
| Direct Entry: | You can apply for this course directly through Kangan Institute. |
| Mid-year Entry: | This course accepts mid-year applications. |
Need more information?
Call us on 13 TAFE (13 8233)
or +613 9279 2222
Email us at enquiries@kangan.edu.au
Or fill in our feedback form
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Course overview
Students will achieve competencies that enable them to solve complex non-routine problems relating to specific plastics processes, and the leading of teams operating those processes.
Course modules
| CORE | ||
| Module Code | Module Title | Nominal Hours |
|---|---|---|
| MCMT251A | Apply Quality Standards | 30 |
| MSAPMOHS200A | Work Safely | 30 |
| MSAPMSUP200A | Achieve Work Outcomes | 30 |
| MSAPMSUP210A | Process and Record Information | 30 |
| Total hours: | 120 | |
| ELECTIVE | ||
| Module Code | Module Title | Nominal Hours |
|---|---|---|
| MCMC410A | Lead Change in a Manufacturing Environment | 50 |
| MCMS401A | Ensure Process Improvements Are Sustained | 50 |
| MCMT421A | Facilitate a Just in Time (Jit) System | 50 |
| MCMT440A | Lead 5s in a Manufacturing Environment | 50 |
| MCMT450A | Undertake Process Capability Improvement | 50 |
| MCMT451A | Mistake Proof a Production Process | 50 |
| MCMT452A | Apply Statistics to Processes in Manufacturing | 40 |
| MEM09002B | Interpret Technical Drawing | 40 |
| MEM09003B | Prepare Basic Engineering Drawing | 80 |
| MEM15001B | Perform Basic Statistical Quality Control | 20 |
| MSAPMOHS400A | Contribute to OHS Management System | 40 |
| MSAPMOHS401A | Assess Risk | 40 |
| MSAPMOHS510A | Manage Risk | 40 |
| MSAPMOPS400A | Optimise Process/Plant Area | 60 |
| MSAPMOPS401A | Trial New Process or Product | 60 |
| MSAPMOPS404A | Co-Ordinate Maintenance | 40 |
| MSAPMOPS405A | Identify Problems in Fluid Power System | 50 |
| MSAPMOPS406A | Identify Problems in Electronic Control Systems | 50 |
| MSAPMSUP400A | Develop and Monitor Quality Systems | 50 |
| PMBPROD430B | Trial a New Die/Tool | 60 |
| PMBPROD431B | Trial a New, Advanced or Complex Mould | 40 |
| PMBTECH401B | Predict Polymer Properties and Characteristics | 60 |
| PMBTECH402B | Set Advanced or Complex Dies | 60 |
| PMBTECH403B | Test Fibre- Composites Materials and Laminates | 40 |
| PMBTECH404B | Mould Chemical Resistant and/or Fire Retardant Fibre-Composites | 40 |
| PMBTECH405B | Repair Damaged Fibre-Composites Structures | 50 |
| PMBTECH406A | Diagnose Production Equipment Problems | 50 |
| PMLTEST406A | Perform Physical Tests | 100 |
| PMLTEST411A | Perform Mechanical Tests | 80 |
| TAAASS401A | Plan and Organise Assessment | 10 |
| TAAASS402A | Assess Competence | 15 |
| TAAASS404A | Participate in Assessment Validation | 20 |
Course Fees
Are you eligible for Government Subsidised fees? Find out now!
You may be eligible for concession. Find out now!
| Government Subsidised | Fee For Service (Full fee) | |||||
|---|---|---|---|---|---|---|
| Concession | Non concession | RPL | Concession | Non concession | RPL | |
| Tuition fees | $ 188 | $ 990^ | $ 95 | n/a | $ 6,500^ | $ 3,250^ |
| Student Services & Amenities Fees | $ 32 | $ 212^ | n/a | n/a | n/a | n/a |
| Ancillary Fees | $ 26 | $ 26 | n/a | n/a | n/a | n/a |
^ Fees will not be more than stated.
* Approximate fees displayed are based on calendar year calculations. The fees apply to the units enrolled in 2012 only. Any enrolments in subsequent years will be charged at the rates applicable for that year.
* Materials fees may be required.
How to calculate fees? See the examples here.
| Tuition fee | Student Services & Amenities Fees | Ancillary Fees | Total | |
|---|---|---|---|---|
| Example 1: | A student is enrolled in a Skills Building program with 200 nominal hours. | |||
| Government subsidised (Non concession) | $1.75 x 200 = $350.00 | $0.32 x 200 = $64.00 | $26.00 | $440.00 |
| Fee-For-Service (Non concession) | $8.00 x 200 = $1,600.00 | n/a | n/a | $8.00 x 200 = $1,600.00 |
| Fee-For-Service (RPL) | $4.00 x 200 = $800.00 | n/a | n/a | $4.00 x 200 = $800.00 |
| Example 2: | A student is enrolled in a Skills Building program with 900 nominal hours. | |||
| Government subsidised (Non concession) | $1.75 x 900 = $1,575.00 but capped at the maximum of $990.00 | $0.32 x 900 = $288.00 but capped at the maximum of $212.00 | $26.00 | $1,228.00 |
| Fee-For-Service (Non concession) | $8.00 x 900 = $7,200.00 but capped at the maximum of $6500.00 | n/a | n/a | $6500.00 |
| Fee-For-Service (RPL) | $4.00 x 900 = $3,600.00 but capped at the maximum of $3250.00 | n/a | n/a | $3250.00 |
See the detailed fees structure.
What costs and other fees should I expect?
For a fee schedule, call us on 13 TAFE (13 8233) or (03) 9279 2222. Alternatively email enquiries@kangan.edu.au. There may be an extra cost for reference books and specialised materials.
What employment opportunities will I have?
This qualification is for polymer technicians and when you graduate from this course, you will be able to seek employment at or advancement to a technician or team leader level.
What skills will I have when I complete this course?
Competencies achieved towards the Certificate IV in Polymer Technology relate to properties of materials, process optimisation, problem solving, and product and material testing and trialling.
What qualifications will I receive?
On successful completion of the course you will be awarded the Certificate IV in Polymer Technology. As part of the Australian Qualifications Framework this program is nationally recognised.
What opportunities for further studies will I have?
Graduates from this course will be able to continue further studies in polymer technology at Kangan Institute up to the Advanced Diploma of Polymer Technology level.
Can I apply?
This course is open to all applicants who have successfully completed the Certificate III in Plastics or Process Manufacturing, or who have sufficient experience in the plastics industry.
How do I apply?
If you wish to apply for this course, you must obtain an application form from the Institute. Call us on 13 TAFE (13 8233) or email enquiries@kangan.edu.au. This course has a mid-year intake.
How will I be selected for this course?
Applicants will be selected on their merits, based on the results of a standardised pre-entry written exercise.
How long is the course?
This course has a nominal duration of 1,220 hours. Graduates of the Certificate III in Plastics or Process Manufacturing need to complete an additional nominal 450 hours of study.
Where and how can I study?
You will study at the Broadmeadows campus
How will I be assessed?
You will be assessed to show that you have achieved the skills and knowledge required by the course. Assessment may include written, oral or practical assessment methods. The components of this course are assessed by a series of integrated practical tasks, together with tests of underpinning knowledge. Applicants already employed in the plastics industry may be able to be assessed in their workplace, based upon their existing skills and knowledge. You will know in advance about the type of assessment and the how it will operate. There is the opportunity for reassessment and appeal and you will be given this information.
Additional comments
This course features a substantial component of practical delivery relating to specific plastics processes, using industry standard equipment and staff with relevant industry experience.
This course has a mid-year entry.
What will I study?
Students and employers are able to select from the range of competencies listed in the Plastics, Rubber, Cablemaking Training Package PMB07
The following program meets the Training Package requirements for someone who has completed the Certificate III in Plastics:
Perform basic tests
Identify problems in fluid power systems
Predict polymer properties and characteristics
Solve problems using quality tools
Optimise process systems
Conduct trials on products or processes
Apply materials and process knowledge to coordinate work operations
