堪诺多学院

Start your career in manufacturing and technology management. This cross-disciplinary program will provide you with the technical and leadership skills you need to succeed in this lucrative industry. Train with a wide range of tools, technologies, standards and techniques that are revolutionizing manufacturing today. Learn robotics, automation, modelling, simulation and additive manufacturing in Canadore’s advanced, industrial laboratories, workshops and classrooms. Train with industry professionals and prepare to launch your career in this emerging field.

Career Opportunities:

• Manufacturing companies
• Engineering firms
• Mining companies

What You Learn:

• Manufacturing and mechanical fundamentals
• Automation, robotics and process control
• Technology management
• Manufacturing/operations planning and control
• Machining and manufacturing techniques
• Computer-aided design and engineering

Curriculum:

Year One Semester One

• Electrical and Electronic Circuits and Machines
• Calculus
• Introduction to Programming
• Introduction to Robotics
• Communications: Critical Thinking and Writing

Year One Semester Two

• Physics
• Materials and Testing
• Advanced Programming and Data Structures
• Introduction to Technology Infrastructure
• Organizational Behaviour

Year Two Semester Three

• Statistics and Data Management
• Engineering Mechanics: Statistics and Dynamics
• Data Science and Database Management
• Machining and Manufacturing Techniques
• Introduction to Research

Year Two Semester Four

• Project Management
• Computer-Aided Design and Engineering
• Sensors and instrumentation
• Economics of Advanced Manufacturing
• Human Resource Management

Year Three Semester Five

• Quality Management and Reliability
• Computer-aided Product Design
• Control Systems
• Risk Management
• Entrepreneurship and the Business Plan

Year Three Semester Six

• Thermodynamics and Heat Transfer
• Fluid Mechanics and Machinery
• Robotics and Process Optimization
• Technology Planning, Financing and Acquisition
• Liberal Studies Elective
• Work-term Preparation
• 14-week Work-integrated Learning (WIL) Placement

Year Four Semester Seven

• Work-term Reflection
• System-level Reliability
• Computer-aided Manufacturing
• Manufacturing Automation Project I
• Law, Ethics & Professional Practice
• Survival in the Information Age: Risk and the Media

Year Four Semester Eight

• Manufacturing/Operations Planning & Control
• Technology Integration
• Manufacturing Automation Project II
• Emergent Advanced Manufacturing Processes

• Global Perspectives​

Learning outcomes

Learning outcomes represent culminating demonstrations of learning and achievement. In addition, learning outcomes are interrelated and cannot be viewed in isolation of one another. As such, they should be viewed as a comprehensive whole. They describe performances that demonstrate that significant integrated learning by graduates of the program has been achieved.