Mechanical Engineering Technician (Tool Design)
|Duration:||4 Semesters (2 Years)|
|Start Dates:||Fall, |
Start dates are subject to change
|Credential Awarded:||Ontario College Diploma|
Upon graduation from this program, you will have gained the skills and knowledge necessary to use the latest computer software to assist in the manufacture of production tools. You’ll learn to develop basic press tooling and moulds, in accordance with production requirements. The program includes practical instruction using the following modern manufacturing aids:
- Computer Aided Design (SolidWorks);
- Computer Aided Drafting (AutoCAD);
- Computer Numerical Control (CNC) Programming;
- Computer Assisted Manufacturing (CAM) (Mastercam) software.
You’ll also have the opportunity to experience the practical production considerations of tool design as you gain experience in a fully equipped machining lab. After four semesters, you’ll be ready to accept exciting and rewarding entry–level positions with a wide variety of tooling manufacturers. After graduation, you can transfer directly into the third year of the Mechanical Engineering Technology – Industrial Design program.
Program Learning Outcomes:
This Seneca College program meets the system-wide standards as set by the Ministry of Training, Colleges and Universities.
As a graduate, you will be prepared to reliably demonstrate the ability to:
- Complete all work in compliance with current legislation, standards, regulations and guidelines.
- Apply quality control and quality assurance procedures to meet organizational standards and requirements.
- Comply with current health and safety legislation, as well as organizational practices and procedures.
- Apply sustainability best practices in workplaces.
- Use current and emerging technologies to support the implementation of mechanical engineering projects.
- Analyze and solve mechanical problems by applying mathematics and fundamentals of mechanical engineering.
- Interpret, prepare and modify mechanical engineering drawings and other related technical documents.
- Contribute to the design and the analysis of mechanical components, processes and systems applying fundamentals of mechanical engineering.
- Manufacture, assemble, maintain and repair mechanical components according to required specifications.
- Verify the specifications of materials, processes and operations to support the design and production of mechanical components.
- Contribute to the planning, implementation and evaluation of projects.
- Develop strategies for ongoing personal and professional development to enhance work performance.
Essential Employability Skills:
Graduates of this program are also expected to demonstrate the essential employability skills learning outcomes as outlined on the Ministry of Training, College and Universities website.
- Ontario Secondary School Diploma (OSSD) or equivalent with:
- Grade 12 English: ENG4(C) or ENG4(U)
- Grade 12 Mathematics: (C) or (U) or Grade 11 Mathematics: MCR3(U)
- OR Mature Student Status (age 19 or older) with the above prerequisite course(s), their equivalent(s), or appropriate Academic and Career Entrance (ACE) Certificate program credits (see Academic Upgrading).
- Students who do not meet these requirements may be given an alternate offer for the Applied Science and Technology Fundamentals Certificate Program.
- In the event of oversubscription, assignments given at an orientation, previous academic achievement and grades in pre–requisite courses (or their equivalents) may be used to select candidates.
The Importance of Learning Skills:
Student success in college requires well developed learning skills (such as being able to work independently, participate in a team, be well–organized, develop good work habits, and show initiative). These skills are as important as prior academic achievement. While it is expected that applicants would have developed these skills through previous education and life experiences, Seneca offers support to assist students with further development of these important skills. Seminars, workshops and tutoring are available at Seneca's Learning Centres.
There is a critical need for people who possess the necessary knowledge and skills to design the production tools used to mass–produce plastic or metal parts. Build a rewarding career in Mechanical Engineering Technician – Tool Design with this four–semester diploma program. You’ll learn important skills for career success in a variety of industries which produce cars, airplanes, home appliances, medical equipment, computers, and household goods.
Areas of Study
Your studies will include both the theoretical and practical aspects of designing production tools. Areas of study include die design, jig and fixture design, mould design, metallurgy, mathematics, pneumatics and hydraulics, manufacturing processes, interpreting engineering drawings, and machine theory and practice. To maximize your practical introduction into the field of manufacturing, semesters one and two follow the required Ontario Government In–School Curriculum for the Tool and Die, Mould Maker and Machinist trades (Level 1/Common Core and Level 2).
Seneca’s Mechanical Technician and Technology (MATD and MIT) programs are now fully recognized for their academic and practical content by OACETT. Graduates from these programs may enjoy enhanced opportunities for employment and the potential to earn higher salaries.
FAST TRACK into Semester 3
If you have prior post–secondary education in Mechanical Engineering or other related technology disciplines you may qualify to FAST TRACK your studies through direct entry into the second year of this program. The granting of credits beyond semester two is possible in exceptional cases. FAST TRACK entry may, at the discretion of the department, be offered to partially qualified candidates, in conjunction with requirements to complete additional courses from semesters one or two.
Diploma to Degree... and Beyond
Through transfer agreements and institution partnerships, graduates of this Seneca College program may be eligible for credit at the following post-secondary institution(s):
|York University||• Any relevant major|
Important Academic Dates
Please take a few moments to view Important Academic Dates for your relevant semester.
|Semester 1||Course Name||Hrs/Wk|
|CNC101||Computer Numerical Control||2|
|Semester 2||Course Name||Hrs/Wk|
|CAM201||Computer Assisted Machining||2|
|MTH201||Technical Mathematics I||2|
|XXXXXX||General Education Option||3|
|Semester 3||Course Name||Hrs/Wk|
|HPN301||Hydraulics and Pneumatics||3|
|JFX301||Jig and Fixture Design||4|
|MAN301||Manufacturing Processes I||4|
|MTH301||Technical Mathematics II||4|
|PLC301||PLC Electrical Control Systems||3|
|XXXXXX||General Education Option||3|
|Semester 4||Course Name||Hrs/Wk|
|EAC392||Effective Business and Technical Writing||3|
|MAN401||Manufacturing Process II||4|
|QLA401||Quality Assurance CMM||4|
|For additional information, please visit our website.|
|Domestic Admissions Advisor:||Margaret Lim
Telephone: (416) 491-5050 Ext. 22806
|International Admissions Advisor:||Valentyna Gorodovych
Telephone: (416) 491-5050 Ext. 22432
|Registration & Records Advisor:|
Telephone: (416) 491-5050 Ext. 22469
|Program Coordinator:||Romel Cipriani
Telephone: (416) 491-5050 Ext. 44361
|Program Chair:||Ken Ellis
Telephone: (416) 491-5050 Ext. 22250
Mechanical Engineering Technician (Tool Design) graduates Fabrizio and Stefano Beninati have gone from the shop floor to hollywood.
Students Fabrizio and Brian discuss the options available to graduates of the programs at Seneca College's Centre for Advanced Technologies - Jane Campus. Video
Learn more about the state-of-the-art equipment used at the Centre:
Co-ordinate Measuring Machine
This machine can measure to 1/10 of a thousandth-of-an-inch. Video
Stereo Lithography Machine
Program Co-ordinator Romel Cipriani talks about this "printer" that creates three dimensional objects. Video
White Light Scanner
Fabrizio and Program Co-ordinator Romel Cipriani Scanning explain how the scanner turns objects into computer files. Video
Wire Electrical Discharge Machine
Program Co-ordinator Romel Cipriani explains how steel is cut with a wire. Video