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Trades - Manukau Institute of Technology

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Method <strong>of</strong> Study<br />

Qualification<br />

Duration<br />

Full-time<br />

MIT Certificate<br />

One year<br />

Certificate in<br />

Motorsport<br />

Applications<br />

Close when the programme is full<br />

Start Dates<br />

February<br />

Level 3<br />

Credits 120<br />

Programme code<br />

Cost (2014 fees) <br />

MN4509<br />

Domestic Student $6,173 (approx)<br />

International Student $17,500 (approx)<br />

Get in the driver’s seat with your motorsport career<br />

Following on from the Certificate in Motorsport (Level 2),<br />

this programme will equip you with the knowledge and<br />

skills needed to work in the world <strong>of</strong> managed motorsport<br />

events.<br />

You’ll build on your base <strong>of</strong> knowledge and skills required<br />

to modify a vehicle for participation in motorsport, as<br />

well as learn about pit crew protocol. You’ll also have the<br />

opportunity to move into other areas in the automotive<br />

engineering, automotive electrical, motor body and vehicle<br />

refinishing trades.<br />

Based in Pukekohe, this innovative and flexible programme<br />

is designed to give you experience in a range <strong>of</strong> trade<br />

disciplines within the automotive industry, and to equip<br />

you with sufficient knowledge and skills, to prepare under<br />

supervision, an automotive vehicle for participation in<br />

motorsport. You can take advantage <strong>of</strong> the action and race<br />

your specially modified vehicle at the test at the end <strong>of</strong><br />

your training.<br />

You’ll be ready to work as a technician under supervision<br />

in the motorsport industry, or you can also further your<br />

training with a national certificate.<br />

Programme Summary<br />

Students complete the following courses:<br />

• Carry Out General Repairs to an Engine Short Block<br />

• Pit Crew Protocol<br />

• Demonstrate Knowledge <strong>of</strong> Fuel Systems and Fuel<br />

System Requirements for Competition Race Vehicles<br />

• Demonstrate Knowledge <strong>of</strong> Driveline Components on<br />

Light Vehicles<br />

• Demonstrate Knowledge <strong>of</strong> Light Vehicle Final Drive<br />

Assembly Operation<br />

• Check and Rectify Faults in Manual Single Plate<br />

Clutches Used on Light Vehicles<br />

• Carry Out Automotive Wiring Repairs and Replace a<br />

Wiring Circuit<br />

• Remove and Replace Light Vehicle Brake Pads<br />

and Shoes<br />

• Dismantle, Inspect, and Overhaul Vehicle Manual<br />

Steering Boxes and Rack Assemblies<br />

• Rectify Driveline Faults on Light Vehicles, and Overhaul<br />

Universal and Constant Velocity (CV) Joints<br />

• Assemble and Mechanically Join Tube, Pipe and<br />

Sections Under Supervision<br />

• Remove, Disassemble, Inspect, Reassemble, and Refit<br />

an Engine Cylinder Head<br />

• Carry Out General Repairs to a Cylinder Head That<br />

Does Not Require Machining<br />

• Disassemble, Inspect, and Reassemble an Engine<br />

Short Block Under General Supervision<br />

• Demonstrate Knowledge <strong>of</strong> Vehicle Exhaust Systems<br />

• Check a Four Stroke Petrol Engine for Condition Using<br />

Hand Held Test Equipment<br />

• Disassemble and Reassemble a Four Cylinder Four<br />

Stroke Engine to a Running State<br />

• Demonstrate Knowledge <strong>of</strong> Hydraulic Brake Fluid, Fluid<br />

Replacement, and Brake Bleeding Procedures<br />

• Demonstrate Knowledge <strong>of</strong> MIG Welding in the<br />

Motor Industry<br />

• Use an Oxy-Acetylene Welding Plant in the<br />

Motor Industry<br />

• Demonstrate Knowledge <strong>of</strong> Glass Reinforced<br />

Plastic (GRP) and Working With GRP Repair Kits for<br />

Motor Vehicles<br />

• Use a Glass Reinforced Plastic (GRP) Repair Kit to<br />

Repair a Damaged Motor Vehicle Panel<br />

• Weld Aluminium in the Downhand Positions Using the<br />

Gas Tungsten Arc Welding Process<br />

• Use and Maintain a Gas Metal Arc Welding (GMAW)<br />

Plant in the Motor and Related Industries<br />

• Join Metals Using the Torch Brazing and Soldering<br />

Processes<br />

4

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