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Precision Machining/Millwright OYAP

 

Program Description

Precision Machining / Millwright Concentrated OYAP is a program specifically designed to help students make a smooth successful transition from high school directly into their post-secondary General Machinist, Tool & Die Maker, Millwright / Industrial Mechanic apprenticeship. The Precision Machining / Millwright Concentrated OYAP program is a pre apprenticeship program that delivers the common core curriculum for the precision metal trades as well as the Ontario curriculum.

Similar Apprenticeship Preparation Certificate programs are also offered at local community colleges, and private Technical Training Centres. They can cost between $2,500 and $9,000 at these other sites.

The course includes project driven assignments focused on and theoretical components for the safe and proper use of: machine tools such as lathe, horizontal and vertical mills, Computer Numeric Controlled (CNC) plasma arc cutting, radial arm drill, surface grinder, arc, stick, TIG and MIG welding.

Other components of this course include blueprint reading, metallurgy, trade calculations and precision measurement (working within specified tolerances).

The Precision Machining / Millwright Concentrated OYAP Program follows the Ministry of Training, Colleges and Universities Curriculum guidelines for the Precision Machining and Tooling Trades. It will also prepare students for a career as a Millwright / Industrial Mechanic.

 

Download Link: Precision Machining/Millwright OYAP Brochure

Watch this great video about the Precision Machining / Millwright Program. Find out more about the Precision Machining / Millwright trade.

Program Planning

 

2009 - 2010 School Year

Teacher

Location & Phone Number

Offered in Semester

Credit Value

Times

Jeff Pilszak pilszakj@hdsb.ca Colin Post

M.M. Robinson High School Burlington 905.335.5588

Part 1: Sem 2 08/09 Part 2: Sem 1 09/10

2 Manufacturing Credits + 1 optional credit + min 2 coop credits

7:15am–1:00 pm PM co-op available

James Brogly broglyj@hdsb.ca David Rideout

White Oaks Secondary School Oakville 905.845.5200

Part 1: Sem 2 08/09 Part 2: Sem 1 09/10

2 Manufacturing Credits +1 Optional credit + min 2 coop credits

7:15am–1:00 pm PM co-op available

Proposed 2010-2011 School Year

Teacher

Location & Phone Number

Offered in Semester

Credit Value

Times

Jeff Pilszak pilszakj@hdsb.ca Colin Post

M.M. Robinson High School Burlington 905.335.5588

Part 1: Sem 1 2010/11 Part 2: Sem 2 2010/11

3 Manufacturing Credits each semester + 1 Optional credit + min 2 coop credits

7:15am–1:00 pm PM co-op available

James Brogly broglyj@hdsb.ca David Rideout

White Oaks Secondary School Oakville 905.845.5200

Part 1: Sem 2 2010/11 Part 2: Sem 1 2010/11

3 Manufacturing Credits each semester +1 Optional credit + min 2 coop credits

7:15am–1:00 pm PM co-op available

Students will have the opportunity to be placed in a 2 credit OYAP coop placement in semester two. Students may return to their home school for semester two to do this. This placement will have the possibility of becoming an apprenticeship.

Pathway Charts

Precision Machining/Millwright OYAP

The course will cover the following units as outlined in the MTCU Curriculum Guidelines for the Precision Machining and Tooling Trades

Applied Safety Procedures

Metal Cutting Saw

Applied Trade Calculations

Drilling Technology

Engineering Drawings / Layout Processes

Turning Technology

Metallurgy

Milling Technology

Metrology (Measuring and checking)

Surface Grinding Technology

Bench-working Techniques

Welding

In addition to the units above, students will also have a chance to earn certification in

Standard First Aid

Adult CPR

and may also earn worker awareness in

WHMIS

Fall Arrest

Career Opportunities

Machinists

Machinists set up and operate a variety of machine tools to cut or grind metal, plastic or other materials to make or modify parts or products with precise dimensions. They are employed by machinery, equipment, motor vehicle, automotive parts, aircraft and other metal products manufacturing companies and by machine shops.

The most important Essential Skills for this occupation are: Data Analysis, Document Use, Measurement and Calculation, Numerical Estimation, Scheduling or Budgeting and Accounting.

Tool and Die Makers

Tool and die makers make, repair and modify custom-made, prototype or special tools, dies, jigs, fixtures and gauges using various metals, alloys and plastics which require precise dimensions. They are employed primarily in manufacturing industries such as automotive, aircraft, metal fabrication, electrical machinery and plastics, and in tool and die, mould making and machine shops. This unit group includes metal pattern makers and metal mould makers.

The most important Essential Skills for this occupation are: Critical Thinking, Data Analysis, Document Use, Measurement and Calculation, Numerical Estimation.

Millwright

Millwrights organize and carry out the installation of new equipment in many different kinds of automation centres and high-tech facilities . For example, suppose that a car manufacturer decides to use a new robot on the assembly line. When the robot arrives at the factory, millwrights plan how to move it into its proper position. They study blueprints and drawings to determine the safest and most efficient means for moving the robot. With the help of cranes, hoists, pulleys, and forklifts, the robot is manoeuvred into position.

It may also be the millwright’s responsibility to get the new piece of machinery functioning properly. This can involve a number of tasks, including making sure that the machine is level (sometimes with the help of lasers), using grouting and bolts to secure the machine, and working with electricians and plumbers to provide the necessary power and water for the robot to run. In these situations, millwrights must be able to follow the machine manufacturer’s instructions closely to ensure that it is set up exactly right.

Millwrights have to keep all of a factory’s machines running properly. If a machine such as a lathe or drill press breaks down, a millwright diagnoses the problem and does the necessary repair work. Often this involves the use of screwdrivers, wrenches, and even welding torches. When a breakdown causes delays for a production line, millwrights are under intense pressure to complete the repairs as quickly as possible.

To help avoid emergency repair work, millwrights spend a lot of their time monitoring and maintaining the working machines. They must routinely clean, oil, and grease the machine parts. Computer diagnostic tools have become more common tools for millwrights, and as factory machines become more technologically advanced millwrights will be expected to know more about their electronic and computerized systems.

In addition to installing and repairing machinery, millwrights sometimes help with plant maintenance, for example, making and installing guardrails to prevent workers from falling, or installing fans to improve ventilation. They also rebuild broken-down machinery such as lathes, milling machines, and hydraulic pumps.

Other Related Career Pathways: CNC Programmer/Operator, mechanical engineer, Metallurgist, Industrial Millwright, Welder/Fitter, Materials/Metallurgical Engineer, Mould & Pattern Maker, Stationery Engineer, Estimator, CAD/CAM Technician, Industrial Designer/Prototyping, Sales & Marketing, Instructor/Trainer.

Salaries

The salaries are between $40,000 - $100,000+ depending on your destination.

Interesting Facts

 

  • Ontario’s Manufacturing Sector employs 1.1 million people, the second highest level in North America, after California
  • General Machinist or Industrial Mechanic/Millwright are 7280 hour apprenticeship (4 years)
  • Manufacturing account for 20% of all economic activity in Ontario
  • General Machinist, Tool & Die Maker, Industrial Mechanic/Millwright are all red seal trades. You can travel across Canada with these apprenticeships.
  • Ontario boast a diverse manufacturing base. The provinces largest manufacturing industries include automotive, primary and fabricated metals, food & beverage, and computer, telecommunication and electronics production. (Source: Canadian Manufacturers & Exporters)

Certificates and Exemptions

 

Students that are successful in this program earning all four of their in-school credits and a minimum of 2 Coop Credits will earn a Concentrated OYAP pre-Apprenticeship certificate. This indicates that the students have successfully completed the Concentrated OYAP Program.

It is recommended that only students, who have earned a minimum of 70% on all units with an overall average of 80%, consider writing this exam. Students with the above will earn a Concentrated OYAP pre-Apprenticeship Certificate with Honours.

Students who are successful in challenging the ministry exemption exam will be granted a Concentrated OYAP Exemption Certificate. Passing this exam means students may be exempt from the first level of Apprenticeship Training.

Please note the college may charge a fee for administering this test.

Process:

The OYAP process consists of 4 main stages 1. The information gathering and awareness stage 2. The program contact stage (log onto www.onsorts.ca and choose up to 2 courses that you may be interested in.) 3. The interview preparation stage 4. The interview

To learn more about the process or to start the process you can download the following documents. These documents designed to help you through the process of being accepted into a Concentrated OYAP Program.

Downloads:

You may also pick up a complete package from the School to Career Guidance contact at your present school to book a visit or interview.

For the name of the School to Career Contact at your school go to our Contact Us page.

To apply or find out more about an OYAP school to career program, click here

 
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