CNC Machining and Design Placements
General
- Diploma; 2nd year
- 30 learners; teams of 5
- 520 hours per learner
- Dates set by experience
- Learners self-assign
Preferred companies
- 5 projects wanted
- Ontario, Canada
- Academic experience
- Any
- Construction, engineering & trades, Manufacturing, Technology, Automotive
Categories
Skills
Project timeline
-
January 8, 2021Experience start
-
September 22, 2020Project Decision
-
October 6, 2020Scope Statement and Project Charter Due
-
November 14, 2020Mid Term Presentation
-
December 5, 2020Final Presentations Start
-
December 8, 2020Final Report Due
-
May 1, 2021Experience end
Timeline
-
January 8, 2021Experience start
-
September 22, 2020Project Decision
Meeting between students and company to confirm: project scope, communication styles, and important dates.
-
October 6, 2020Scope Statement and Project Charter Due
Initial project paperwork to confirm all project details. EVA, gantt chart, scope statement.
-
November 14, 2020Mid Term Presentation
An update presentation to go over how the project is going.
-
December 5, 2020Final Presentations Start
Groups will have 17 minutes to talk about their project and do a demonstration in front of their classmates.
-
December 8, 2020Final Report Due
The final written report is to be handed into the professor.
-
May 1, 2021Experience end
Overview
- Details
-
*EMPLOYERS MUST BE ONTARIO-BASED FOR ELIGIBILITY*
This program is supported by the Career Ready Fund which is intended to support the automotive sector. Eligible employers will be provided with $3,000 per student/recent alumni hired. In this course, students will engage in an applied project of your choosing to design and fabricate prototypes by using digital manufacturing technology (lasers, 3D printer, multi-axis CNC machine tools) over the course of 15 weeks.
The program will integrate precision machining methods with advanced computer-controlled machine technology (CNC) in state-of-the-art Precision Machining, CAD/CAM, CNC, Research, and Welding Labs and the students will come prepared to tackle the challenge provided.
- Learner skills
- Manufacturing, Cnc, Design, Project planning, Technical writing
- Deliverables
-
The final project deliverable will include:
- Final report
- Prototype demonstration (if applicable)
Project Examples
In teams of 1 to 5, students will be required to design and fabricate prototypes by using digital manufacturing technology. They will first work on a design followed by creating drawings. Once those are created and approved, the group will start to manufacture the parts. Followed by the final assembly and testing which will provide your organization with a final product.
Examples that students can design and manufacture include but are not limited to:
- Tools
- Jigs
- Fixtures
- Precision Fabrication Assemblies
- Prototypes
Past project examples have included:
Additional company criteria
Companies must answer the following questions to submit a match request to this experience:
Be available for a quick phone call with the instructor to initiate your relationship and confirm your scope is an appropriate fit for the course.
Provide a dedicated contact who is available to answer periodic emails or phone calls over the duration of the project to address students' questions.
Be able to complete a performance evaluation form for students.
Funding documents will be required in order for funding to be processed (Provided by George Brown College and Ministry of Education).
This course is supported by the Career Ready Fund which is intended to support the automotive sector. Eligible employers will be provided with $3,000 per student/recent alumni hired.