21 C O U R S E S Diploma of Aircraft Maintenance Engineering (Mechanical) (TB1.1) Diploma of Automotive Management (Vehicle Refinisher Stream) Diploma of Automotive Technology (Electrical Stream) Diploma of Automotive Technology (Heavy Vehicle Stream) Diploma of Automotive Technology (Light Vehicle Stream) Diploma of Engineering Technology (Welding and Fabrication Stream) Diploma of Engineering Technology Advanced Diploma of Engineering Technology CertificatE IV of Polymer Technology Diploma of Polymer Technology Advanced Diploma of Polymer Technology 060642B 058755M 055282G 055282G 055282G 055135G 055135G 055134J 045551G 045552G 045553F CRICOS Provider Code: 01218G www.kangan.com.au
22 Diploma of Aircraft Maintenance Engineering (Mechanical) (TB1.1) 060642B 2 years you have successfully completed the Australian year 12, including passes in mathematics and physics, or equivalent in your country proficiency of IELTS 6.0 (academic) across all bands. $16,500 per year February I m studying Aerospace Engineering. Everyone here is friendly and helpful. The Institute provides you with good facilities and workshops where students can practice while studying.thank you Kangan for the good education, good teachers, great friends and the excellent career path. Sunny Shakya ( N e p a l ) Campus Broadmeadows Books and materials are included in the tuition fee. Career PROSPECTS On completion of the Diploma graduates may: apply for positions in the field Commercial Aircraft Maintenance Engineering Mechanical. Course structure The course provides the underpinning theoretical knowledge and basic skills and maintenance practices training required of the Aircraft Maintenance Engineering category B1.1 role. The teaching methods used in the Diploma include classroom based instruction and supervised practical workshop practice in the Institute aircraft hangar. The assessment methods include theory exams, assignments, projects and practical skills assessments.rosp Mathematics Physics Electrical fundamentals Electronic fundamentals Digital techniques / electronic instrument systems Materials and hardware Maintenance practices Basic aerodynamics Human factors Aviation legislation Aeroplanes aerodynamics, structures & systems Gas turbine engines Propeller Note: Kangan Batman Institute of TAFE is not responsible for facilitating the application or acquisition of the B1.1 Licence or requirements. The experience and requirements will only be obtained once gainfully employed. The graduate before applying for a category B1.1 licence must have completed a prescribed period of aircraft maintenance experience. This experience is to be relevant to the licence category required and to the maintenance experience of operating aircraft. This experience should include maintenance on aircraft structure, powerplant, mechanical and electrical systems and replacement of avionic LRU s requiring simple tests to prove their serviceability. Examination re-sits will incur additional costs of AUD$135 per assessment. International Student Guide 2008
Diploma of Automotive Management (Vehicle Refinisher Stream) 058755M 2 years you have successfully completed year 12 or an equivalent in your country proficiency of IELTS 5.5 (academic). $11,900 per year July Campus Docklands Approximately $200 per year Materials Fee (AUD$) $1,900 per year (compulsory) Career PROSPECTS On completion of the Diploma graduates may: seek recognition as an Automotive Vehicle Refinisher apply for positions as a skilled tradesperson in the automotive refinishing field apply for positions of responsibility in workshop supervision. Course structure The Diploma consists of 39 units under the following areas of study and 900 hours of course work practical placement and assessment. The course work practical placement will be organised by the Institute. The teaching methods used in the Diploma include classroom based teaching and supervised practical components within a workshop. The assessment methods include written and oral tests and practical components within a workshop and in the workplace. Automotive classes are scheduled at various times throughout the week. Scheduled classes include night classes finishing approximately 9.30pm and Saturday classes. All classes commence at 8.30am. Students are required to attend all scheduled classes. 23 CRICOS Provider Code: 01218G www.kangan.com.au
24 Apply safe working practices Implement and monitor environmental regulations in the body repair industry Prepare spray painting materials and equipment Prepare spray booth and paint drying equipment Apply fundamental colour matching techniques Carry out masking procedures Apply paint removal methods Prepare substrate for refinishing Prepare vehicle components for paint repairs Apply solid acrylic enamel refinishing materials (two component system) Apply clear over base refinishing material (two component system) Apply clear over base multi layered and pearl refinishing materials Carry out de-nibbing, buffing and polishing Apply solid colour matching techniques Prepare and paint plastic components Apply paint touch-up techniques Carry out paint rectification and touch up work for solids (two component system) Carry out paint rectification and touch up work for clear over base (two component system) Carry out paint rectification and touch up work for multi layer and pearl (two component system) Apply multi layer and clear over base colour matching techniques Apply rust prevention and sound deadening materials Apply water base refinishing materials Restore vehicle exterior paint Clean and finish vehicle interior trim and seats Remove, replace fit protector mouldings, transfers and decals Clean and polish vehicle exterior paint Communicate effectively in the workplace Carry out panel repairs Plan and manage compliance with environmental regulations in the body repair industry Develop and document specifications and procedures Prepare technical reports Inspect technical quality of work Estimate complex jobs Determine retail rates for work Implement and manage effective workplace relationships Implement and manage operational plans Prepare budgets and financial plans Develop and use complex databases Determine vehicle body damage and recommend repair procedures Note: In order to undertake the 900 hours course work practical placement and assessment, students must be assessed as work ready. The work based components are mandatory for satisfying the assessment requirements for the qualification. The course work practical placement is currently under review and is subject to change. International Student Guide 2008
Diploma of Automotive Technology (Electrical Stream) 055282G 2 years you have successfully completed Australian Year 12 or equivalent in your country standard of IELTS 5.5 (academic). $11,900 per year April Included in course fee Materials Fee (AUD$) $1,900 per year (compulsory) campus Richmond Career PROSPECTS On completion of the Diploma graduates may: seek recognition as an Automotive Electrician apply for positions as a skilled trades person in the automotive electrical field apply for positions of responsibility in workshop supervision. Course structure The Diploma consists of 45 units and 900 hours of course work practical placement and assessment. The course work placement will be organised by the Institute. The teaching methods used in the Diploma include classroom based teaching and supervised practical components within a workshop and service centre. The assessment methods include written and oral tests, research projects and practical components within a workshop and the workplace. Automotive classes are scheduled at various times throughout the week. Scheduled classes include night classes finishing approximately 9.30pm and Saturday classes. All classes commence at 8.30am. Students are required to attend all scheduled classes. 25 CRICOS Provider Code: 01218G www.kangan.com.au
26 Remove and replace electrical / electronic units / assemblies Apply safe working practices Test, service and charge batteries Carry out repairs to single electrical circuits Install, test and repair low voltage wiring / lighting systems Install, test and repair electrical security systems / components Install ancillary electrical components Manufacture and repair wiring harness looms Carry out soldering of electrical wiring harness / looms Inspect and service emission control systems Use and maintain measuring equipment Use and maintaining workplace tools and equipment Implement and monitor environmental regulations in the automotive mechanical industry Conduct information sessions Maintain quality systems Build customer relations Repair ignition systems Service and repair electronically controlled steering systems Service and repair electronically controlled suspension systems Repair electronic systems Service and repair electronic spark ignition engine management systems Service and repair electronic drive management systems Service and repair electronic body management systems Repair electrical systems Repair instruments and warning systems Overhaul charging system alternators Repair charging systems Overhaul starting motors Repair starting systems Repair hydraulic braking systems Repair final drive (driveline) Carry out diagnosis of complex system faults Plan and manage compliance with environmental regulations in the Mechanical Industry Analyse and evaluate electrical and electronic faults in electric and hybrid vehicle systems Analyse and evaluate light vehicle driveline system faults Analyse and evaluate light vehicle engine and fuel system faults Analyse and evaluate light vehicle braking system faults Analyse and evaluate electrical and electronic faults in engine management systems Analyse and evaluate electrical and electronic faults in safety systems Analyse and evaluate electrical and electronic faults in climate control systems Prepare technical reports Develop and document specifications and procedures Monitor safe working place Manage personal work priorities Manage quality customer service Note: In order to undertake the 900 hours course work practical placement and assessment, students must be assessed as work ready. The work based components are mandatory for satisfying the assessment requirements for the qualification. The course work practical placement is currently under review and is subject to change. International Student Guide 2008
Diploma of Automotive Technology (Heavy Vehicle Stream) 055282G 2 years you have successfully completed Australian Year 12 or equivalent in your country standard of IELTS 5.5 (academic). $11,900 per year July Campus Coburg Included in course fees. Materials Fee (AUD$) $1,900 per year (compulsory) Career PROSPECTS On completion of the Diploma graduates may: seek recognition as a Heavy Vehicle Mechanic apply for positions as a skilled tradesperson in the automotive heavy vehicle field apply for a position of responsibility in workshop supervision. Course structure The Diploma consists of 51 units and 900 hours of course work practical placement and assessment. The course work practical placement will be organised by the Institute. The teaching methods used in the Diploma include classroom based teaching and supervised practical components within a workshop. The assessment methods include written and oral tests and practical components within a workshop and in the workplace. Automotive classes are scheduled at various times throughout the week. Scheduled classes include night classes finishing approximately 9.30pm and Saturday classes. All classes commence at 8.30am. Students are required to attend all scheduled classes. 27 CRICOS Provider Code: 01218G www.kangan.com.au
28 Apply safe working practices Carry out diagnostic procedures Implement and monitor environmental regulations in the automotive mechanical industry Test, service and charge batteries Carry out repairs to single electrical circuits Remove and install engine assemblies Repair cooling systems Repair engines and associated engine components Repair diesel fuel systems Repair and replace emission control systems Inspect, service and or repair clutch assemblies and associated operating system components Repair hydraulic braking systems Repair air braking systems Repair final drive assemblies Repair final drive (driveline) Repair steering systems Repair suspension systems Inspect and repair engine forced induction systems Perform routine gas metal arc welding Carry out wheel alignment operations Use and maintain measuring equipment Carry out servicing operations Inspect and service engines Inspect and service cooling systems Service diesel fuel injection systems Inspect and service transmissions (manual) Inspect and service braking systems Service final drive assemblies Service final drive (driveline) Repair transmissions (manual) Repair transmissions (automatic) Repair charging systems Repair starting systems Service and repair electronic drive management Service and repair electronically controlled anti-lock braking systems How to service and repair electronic compression ignition engine management systems Overhaul manual transmissions Overhaul engines and associated engine components Carry out diagnosis of complex system faults Plan manage compliance with environmental regulations in the mechanical repair industry Develop and document specifications and procedures Analyse and evaluate electrical and electronic faults in engine management systems Prepare technical reports Analyse and evaluate diagnose electrical electronic faults in transmission and drive line systems Analyse and evaluate electrical and electronic faults in electric over hydraulic systems Analyse and evaluate electrical and electronic faults in climate control systems Develop and apply hydraulic system modifications Identify and calculate total cost of work Analyse and evaluate heavy vehicle engine and fuel system faults Analyse and evaluate heavy vehicle braking system faults Analyse and evaluate electrical and electronic faults in braking systems Note: In order to undertake the 900 hours course work practical placement and assessment, students must be assessed as work ready. The work based components are mandatory for satisfying the assessment requirements for the qualification. The course work practical placement is currently under review and is subject to change. International Student Guide 2008
Diploma of Automotive Technology (Light Vehicle Stream) 055282G 2 years you have successfully completed Australian Year 12 or equivalent in your country proficiency of IELTS 5.5 (academic). $11,900 per year February, April, July and September Campus Richmond Included in course fee Materials Fee (AUD$) $1,900 per year (compulsory) Career PROSPECTS On completion of the Diploma graduates may: seek recognition as a Motor Mechanic apply for positions as a skilled tradesperson in the advanced vehicle service, repair and diagnostic fields apply for positions of responsibility in workshop supervision. Course structure The Diploma consists of 45 units and 900 hours of course work practical placement and assessment. The course work practical placement will be organised by the Institute. The teaching methods used in the Diploma include classroom based teaching and supervised practical components within a workshop and service centre. The assessment methods include written and oral tests, research projects and practical components within a workshop and in the workplace. Automotive classes are scheduled at various times throughout the week. Scheduled classes include night classes finishing approximately 9.30pm and Saturday classes. All classes commence at 8.30am. Students are required to attend all scheduled classes. 29 CRICOS Provider Code: 01218G www.kangan.com.au
30 Apply safe working practices Conduct information sessions Test, service and charge batteries Carry out repairs to single electrical circuits Repair electrical systems Repair ignition systems Repair electronic systems Service and repair electronic spark ignition engine management systems Service and repair electronic drive management systems Service and repair electronic body management systems Inspect and service engines Service petrol fuel systems Inspect and service cooling systems Inspect and service emission control systems Inspect and service steering systems Inspect and service suspension systems Use and maintain measuring equipment Use and maintain workplace tools and equipment Implement and monitor environmental regulations in the automotive mechanical industry Repair engines and associated engine components Repair petrol fuel systems Repair and replace emission control systems Repair transmissions (manual) Maintain quality systems Build customer relations Repair transmissions (automatic) Repair hydraulic braking systems Repair final drive (driveline) Repair suspension systems Carry out vehicle safety / roadworthy inspection Carry out diagnosis of complex system faults Plan and manage compliance with environmental regulations Overhaul petrol fuel system components Overhaul braking system components (light) Overhaul steering system components Analyse and evaluate light vehicle steering and suspension system faults Analyse and evaluate light vehicle driveline system faults Analyse and evaluate light vehicle engine and fuel system faults Analyse and evaluate light vehicle braking system faults Analyse and evaluate electrical and electronic faults in stability / steering / suspension systems Analyse and evaluate electrical and electronic faults in safety systems Prepare technical reports Develop and document specifications and procedures Manage personal work priorities and professional development Manage quality customer service Note: In order to undertake the 900 hours course work practical placement and assessment, students must be assessed as work ready. The work based components are mandatory for satisfying the assessment requirements for the qualification. The course work practical placement is currently under review and is subject to change. Diploma of Engineering Technology (Welding and Fabrication Stream) 055135G 2 years you have successfully completed the Australian Year 12 or equivalent in your country standard of IELTS 5.5 (academic). $10,500 per year February and July Campus Broadmeadows Approximately $400 per year Materials Fee (AUD$) $1,000 per year (compulsory) Career PROSPECTS On completion of the Diploma, graduates may: seek recognition as a welder or general fabrication engineering tradesperson seek employment in the areas of general fabrication, light to medium sheet metal, welder / boilermaker, design and drafting, including computer aided drafting (CAD). International Student Guide 2008
Course structure The Diploma consists of 46 units. The teaching methods used in the Diploma include classroom based teaching, lectures and supervised practical component in a workshop. The assessment methods include tests and end of semester examinations, assignments (both group and individual), and practical components in a workshop. Undertake interactive workplace communication Apply principles of occupational health and safety in work environment Apply quality procedures Plan to undertake a routine task Apply quality systems Organise and analyse information Operate in a work based team environment Assist in the provision of on the job training Measure with graduated devices Perform computations - basic Plan a complete activity Perform computations Perform computer operations Perform routine oxy acetylene welding Carry out mechanical cutting Manual heating and thermal cutting Undertake fabrication, forming, bending and shaping Assemble fabricated components Perform routine manual metal arc welding Weld using manual metal arc welding process Weld using gas metal arc welding process Weld using gas tungsten arc welding process Geometric development Perform routine gas tungsten arc welding Perform routine gas metal arc welding Perform basic incidental heat, quenching, tempering and annealing Perform general machining Draw and interpret sketch Interpret technical drawing Manual handling Mark off and out structural fabrications and shapes Work safely with industrial chemicals and materials Use hand tools Dismantle, replace and assemble engineering components Use power tools / hand held operations Apply communications management techniques Apply mathematical solutions to engineering problems Apply scientific principles to engineering problems Apply principles of mechanics to engineering problems Apply principles of strength of materials to engineering problems Use 2D computer aided drafting systems Apply computer based solid modelling techniques Annotate and create assemblies using solid models Set up manufacturing processes for engineering applications Apply basic principles of materials science to engineering applications Plan for the implementation of mechanical drive systems 31 CRICOS Provider Code: 01218G www.kangan.com.au
32 Diploma of Engineering Technology 055135G 1 year you have successfully completed the Australian Year 12 or equivalent in your country standard of IELTS 5.5 (academic). $9,400 February Campus Broadmeadows Approximately $400 Career PROSPECTS On completion of the Diploma, graduates may: seek employment in the areas of design and drafting, including Computer Aided Drafting (CAD) seek employment in production planning including scheduling work, estimating, working with materials handling systems, robotics, inspection, quality assurance and control, supplier evaluation, laboratory work, technical purchasing, and design and development work which can involve prototypes and model specifications apply for articulation into the Advanced Diploma of Engineering Technology at Kangan Batman Institute of TAFE. Course structure The Diploma consists of 18 units. The teaching methods used in the Diploma include classroom based teaching, lectures and supervised practical components in a workshop. The assessment methods include tests and end of semester examinations, assignments (both group and individual), and practical components in a workshop. Apply communication management techniques Use hand tools Use power tools / hand held operations Perform basic machining processes Apply basic fabrication techniques Produce basic engineering sketches and drawings Perform cutting, grinding and turning operations Apply principles of occupational health and safety in the work environment Apply mathematical solutions to engineering problems Apply science principles to engineering problems Apply principles of mechanics to engineering problems Apply principles of strength of materials to engineering problems Apply basic principles of materials science to engineering applications Use 2D computer aided drafting systems Apply computer solid modelling techniques Annotate and create assemblies using solid models Set-up manufacturing processes for engineering applications Plan for the implementation of mechanical drive systems Advanced Diploma of Engineering Technology 055134J 2 years you have successfully completed the Australian Year 12 or equivalent in your country proficiency of IELTS 5.5 (academic). $9,400 per year February Campus Broadmeadows Approximately $400 per year International Student Guide 2008
Career PROSPECTS On completion of the Advanced Diploma, graduates may: seek employment in the areas of design and drafting, including computer aided drafting (CAD) seek employment in production planning including scheduling work, estimating, working with materials handling systems, robotics, inspection, quality assurance and control, supplier evaluation, laboratory work, technical purchasing, and design and development work which can involve prototypes and model specifications apply for articulation into a degree at a university with some exemptions depending on course of study. Course structure The Advanced Diploma consists of 28 units. The teaching methods used in the Advanced Diploma include classroom based teaching, lectures and supervised practical component in a workshop. The assessment methods include tests and end of semester examinations, assignments (both group and individual), and practical components in a workshop. Apply communication management techniques Use hand tools Use power tools / hand held operations Perform basic machining processes Apply basic fabrication techniques Produce basic engineering sketches and drawings Perform cutting, grinding and turning operations Apply principles of occupational health and safety in the work environment Apply mathematical solutions to engineering problems Apply science principles to engineering problems Apply principles of mechanics to engineering problems Apply principles of strength of materials to engineering problems Apply basic principles of materials science to engineering applications Use 2D computer aided drafting systems Apply computer solid modelling techniques Annotate create assemblies using solid models Set-up manufacturing processes for engineering applications Plan for the implementation of mechanical drive systems Manage projects Operate computing packages Develop, manage and maintain quality systems Apply calculus to engineering problems Advanced CAD 2D and 3D Create and modify surfaces for simple consumer products Use extended features of CAD Establish and manage maintenance procedures Environmental issues to engineering Apply principles of mechanics to engineering structures 33 CRICOS Provider Code: 01218G www.kangan.com.au
34 Certificate IV in Polymer Technology 045551G 1 year you have successfully completed the Australian Year 12 or equivalent in your country proficiency of IELTS 5.5 (academic). $9,400 February and July I am currently studying at Kangan Batman Institute of TAFE. I have wonderful teachers and very friendly classmates. When I am there they help me so much with my study and living in Australia. I think this is a great opportunity in my life for my success in the future. Anh Tran Dang ( V i e t n a m ) CAMPUS Broadmeadows Approximately $120 Career Prospects On completion of the Certificate IV graduates may: seek employment in a plastics manufacturing environment at a Technician or Team Leader level apply for articulation into the Diploma of Polymer Technology at Kangan Batman Institute of TAFE. Course Structure The Certificate IV consists of a total of 31 units. The teaching methods used in the Certificate IV include classroom based teaching, lectures, supervised practical components in a workshop, field trips, laboratory exercises and course work practical placement. The assessment methods include tests, end of semester examinations, external examinations, assignments, (both group and individual), class presentations, practical demonstrations and portfolios of evidence. Shift materials safely by hand Apply occupational health and safety policies and procedures Apply quality processes Apply work procedures and practices Complete workplace documents Use equipment Make measurements Conduct housekeeping activities Monitor product quality Operate injection moulding equipment Use computers in the workplace Use materials and process knowledge to complete work operations Operate granulating equipment Undertake basic maintenance Change equipment dies Use materials and process knowledge to solve problems Produce injection moulded products Set up and prepare for production Interpret job specifications Solve problems using quality tools Operate a forklift Perform basic tests Identify problems with fluid power systems International Student Guide 2008
Optimise process systems Predict polymer properties and characteristics Trial a new die or tool Interpret technical drawing Perform statistical quality control Conduct trials on products or processes Perform computations basic Solve problems using quality tools Note: The course work practical placement is under review and is subject to change. Diploma of Polymer Technology 1.5 years 045552G you have successfully completed the Australian Year 12 or equivalent in your country proficiency of IELTS 5.5 (academic). $9,400 per year February and July CAMPUS Broadmeadows Approximately $120 per year Career Prospects On completion of the Diploma graduates may: seek employment in the industries of Plastic Product Development, Materials Research and Development, Polymer Blending and Compounding, Recycling Technology or as a Laboratory Technician apply for articulation into the Advanced Diploma of Polymer Technology at Kangan Batman Institute of TAFE. Course Structure The Diploma consists of a total of 37 units. The teaching methods used in the Diploma include classroom based teaching, lectures, supervised practical components in a workshop, field trips, laboratory exercises, course work practical placements. The assessment methods include tests, end of semester examinations, external examinations, assignments, (both group and individual), class presentations, practical demonstrations and portfolios of evidence. 35 CRICOS Provider Code: 01218G www.kangan.com.au
36 Shift materials safely by hand Apply occupational health and safety policies and procedures Apply quality processes Apply work procedures and practices Complete workplace documents Use equipment Make measurements Conduct housekeeping activities Monitor product quality Operate injection moulding equipment Use computers in the workplace Using materials and process knowledge to complete work operations Operate granulating equipment Undertake basic maintenance Change equipment dies Use materials and process knowledge to solve problems Produce injection moulded products Set up and prepare for production Interpret job specifications Solve problems using quality tools Operate a forklift Perform basic tests Identify problems with fluid power systems Optimise process systems Predict polymer properties and characteristics Trial a new die or tool Interpret technical drawing Perform statistical quality control Conduct trials on products or processes Perform computations basic Solve problems using quality tools Perform mathematical computations Determine rheology and output of plastics materials from processing equipment Determine heat transfer loads for processing equipment Manage projects Choose materials for an application Analyse the design of products and tools Note: The course work practical placement is under review and is subject to change. International Student Guide 2008
Advanced Diploma of Polymer Technology 045553F 2 years you have successfully completed the Australian Year 12 or equivalent in your country and proficiency of IELTS 5.5 (academic). $9,400 per year February and July CAMPUS Broadmeadows Approximately $120 per year Career Prospects On completion of the Advanced Diploma graduates may: seek employment in the industries of Plastic Product Development, Materials Research and Development, Polymer Blending and Compounding, Recycling Technology or as a Laboratory Technician apply for articulation into a Bachelor of Engineering at a university. COURSE STRUCTURE The Advanced Diploma consists of a total of 39 units. The teaching methods used in the Advanced Diploma include classroom based teaching, lectures, supervised practical components in a workshop, field trips, laboratory exercises and practical placement. The assessment methods include tests, end of semester examinations, external examinations, assignments (both group and individual), class presentations, practical demonstrations and portfolios of evidence. 37 I like Kangan Batman Institute of TAFE. It has many teaching departments and equipment for all student s needs. The teachers are very helpful, friendly and excellent. I feel comfortable and happy meeting different cultures. I m happy I made the right choice. I m glad to be at this TAFE. Walham El Mir ( L e b a n o n ) ) CRICOS Provider Code: 01218G
38 Shift materials safely by hand Apply occupational health and safety policies and procedures Apply quality processes Apply work procedures and practices Complete workplace documents Use equipment Make measurements Conduct housekeeping activities Monitor product quality Operate injection moulding equipment Use computers in the workplace Use materials and process knowledge to complete work operations Operate granulating equipment Undertake basic maintenance Change equipment dies Use materials and process knowledge to solve problems Produce injection moulded products Set up and prepare for production Interpret job specifications Solve problems using quality tools Operate a forklift Perform basic tests Identify problems with fluid power systems Optimise process systems Predict polymer properties and characteristics Trial a new die or tool Interpret technical drawing Perform statistical quality control Perform non-instrumental tests Analyse equipment performance Choose polymer materials for an application Analyse the design of products and tools Produce drawings Determine heat transfer load Manage product development project Develop a new product Develop a new die or tool Design structural and mechanical polymer components Design equipment and system modifications International Student Guide 2008