Ontario College Advanced Diploma Mechanical Engineering Technology - Robotics and Automation (Optional Co-op)
Course Overview
This advanced diploma program in Robotics and Automation integrates six academic semesters with three co-op work terms, providing a comprehensive education that blends theory with hands-on, industry-relevant experience. Students master the control of automated equipment using electronics, PLCs, hydraulics, and pneumatics while developing expertise in industrial robotics, 3D CAD, and smart systems integration. The curriculum culminates in a capstone project where students design and build a fully functional manufacturing work cell, preparing them for exciting careers in the Industry 4.0 landscape.
Key Program Highlights
- Gain invaluable real-world experience through three optional co-op work terms
- Master cutting-edge technologies including PLCs, industrial robotics, and 3D CAD
- Design and build a complete automated manufacturing work cell for your capstone project
- Learn the principles of Industry 4.0, IoT, and smart systems integration
- Graduate with academic requirements for the OACETT Certified Engineering Technologist (CET) designation
Course Overview
This advanced diploma program in Robotics and Automation integrates six academic semesters with three co-op work terms, providing a comprehensive education that blends theory with hands-on, industry-relevant experience. Students master the control of automated equipment using electronics, PLCs, hydraulics, and pneumatics while developing expertise in industrial robotics, 3D CAD, and smart systems integration. The curriculum culminates in a capstone project where students design and build a fully functional manufacturing work cell, preparing them for exciting careers in the Industry 4.0 landscape.
Key Program Highlights
- Gain invaluable real-world experience through three optional co-op work terms
- Master cutting-edge technologies including PLCs, industrial robotics, and 3D CAD
- Design and build a complete automated manufacturing work cell for your capstone project
- Learn the principles of Industry 4.0, IoT, and smart systems integration
- Graduate with academic requirements for the OACETT Certified Engineering Technologist (CET) designation
Requirements
Modules
- College Reading & Writing Across Contexts
- Excel for Engineering Technology
- Conestoga 101
- Electrical Fundamentals
- Introduction to Fluid Power and Automation
- Machining Processes
- Mathematics I
- Engineering Drawing I
- Introduction to Structured Programming
- Introduction to Geometric Dimensioning and Tolerancing
- Mathematics II
- Engineering Drawing II
- Engineering Materials
- Applied Mechanics
- PLC and HMI Programming
- Co-op and Career Preparation
- Dimensional Metrology and Coordinate Measuring Machines
- Digital Devices and Microprocessors
- Electrical Design and Commissioning
- Manufacturing Processes
- Advanced PLC Programming
- Introduction to Robotics
- Co-op Work Term I (Robotics and Automation)
- Process Control - Control Systems
- Advanced Solid Modelling for Robotics
- Mechanical Design
- Mechanics of Materials
- Advanced Programming
- Advanced Automation and Robotics
- Design for Manufacturing and Assembly
- Internet and Device Communication
- Industrial Engineering and Time Study
- Additive and Advanced Manufacturing
- Mechanism Design and Analysis
- Safety Circuits and Standards
- Automation Project - A
- Co-op Work Term II (Robotics and Automation)
- Engineering Economics
- Computer Integrated Manufacturing (CIM)
- Quality Assurance and Systems
- Automation Project - B
- Co-op Work Term III (Robotics and Automation)
