Humber Polytechnic

Overview

The Master of Engineering in Advanced Manufacturing Engineering at Humber Polytechnic is tailored for engineers aspiring to leverage Industry 4.0 technologies within real manufacturing contexts. This program seamlessly integrates applied coursework with industry-focused research and practical learning experiences at Humber’s Barrett Centre for Technology Innovation.

• Degree: Master of Engineering (MEng)
• Program focus: Advanced manufacturing, Industry 4.0, automation, robotics, IoT, and smart maintenance
• Delivery: Applied learning with industry-informed projects
• Campus/learning hub: Humber’s Barrett Centre for Technology Innovation (Barrett CTI)
• Industry collaboration: Supported by the Advanced Manufacturing Skills Consortium
• Language of instruction: English
• Credits/Duration: Please confirm details on the official program page
• Application: Submit through Humber’s graduate admissions process

What you'll study

The curriculum is designed to enhance technical expertise and manufacturing systems proficiency, enriched by practical learning experiences and industry engagement.

Core learning areas

• Smart Maintenance
• 3D Technology
• Internet of Things (IoT)
• System Integration
• Engineering Leadership
• Emerging Technologies in Advanced Manufacturing
• Advanced Robotics
• Production Planning and Control

Applied projects and scholarly work

Research initiatives and projects are intended to address real industry challenges, offering opportunities to work in practical or industry-relevant environments depending on project specifications and partner availability.

Check the full curriculum: For a complete list of courses and elective options, please visit Humber Polytechnic’s official program page.

Entry requirements

Minimum academic background: A four-year honours degree (or equivalent) in mechanical, mechatronics, industrial, or electrical engineering, or a related field.

Minimum CGPA: B (70–74%) overall, or within the final two years of the relevant honours undergraduate degree.

Alternative consideration: Applicants who do not meet the academic requirements may be evaluated based on a combination of academic background and relevant industry experience, assessed through transcripts, a current résumé, and a letter of interest outlining their suitability for the program.

Career prospects

Graduates of the Master of Engineering in Advanced Manufacturing Engineering will be well-equipped to pursue advanced roles in various sectors, including manufacturing, automation, and engineering leadership. The program's emphasis on practical experience and industry collaboration positions graduates for successful careers in a rapidly evolving technological landscape.