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Agri-tech Concentration in MSE
Become a leader in transforming the agricultural landscape through innovative technology.
Is this concentration for you?
Are you a mechatronic systems engineering (MSE) undergraduate student who is interested in cutting-edge agricultural technologies?
Our Agritech concentration equips you with the skills and knowledge for a career focused on advancing agricultural practices. By integrating cutting-edge technologies such as artificial intelligence (AI), robotics and remote sensing, you will gain hands-on experience to support the evolving demands of the global agricultural ecosystem.
For international students, our program offers a fast track to join the professional industry in North America, equipping you with in-demand technical prowess along with valuable firsthand experience in the Canadian agricultural sector.
Students who choose this concentration will complete three mechatronic systems engineering elective courses and all of:
- BISC 106 - Biological Systems for Engineers (3)
- MSE 360 - Introduction to Biosystems Engineering (3)
- MSE 460 - Precision AgriTech Engineering (3)
- MSE 480 - Manufacturing Systems (3)
- SEE 351 - Bioprocess Engineering Systems (3)
Students do not need to complete the following from the program requirements
- MSE 311 - Introduction to Microelectromechanical Systems (3)
Students also complete three mechatronic systems engineering elective courses selected from a pre-approved MSE electives list instead of six courses.
Students also complete at least two co-op terms within the Agricultural Industry.
As the program provides both technical expertise and practical experience, graduates are well-equipped to make significant contributions to the evolving Agritech landscape pursuing roles such as:
- Agricultural Engineer
- Precision Agriculture Specialist
- Robotics Engineer
- Data Scientist/analyst
- Research Scientist
- Agricultural Technology Consultants
- Sustainability Specialists
- Various Roles in Product Development, Farm Management, Entrepreneurship and Policy Analysis
The Agritech concentration offers field study opportunities that enhance hands-on learning and global engagement for students.
Over the past two years (2024 and 2025), Agritech capstone teams have traveled to Tanzania to collaborate with local farmers and researchers, allowing students to apply their knowledge in real-world settings while addressing local agricultural challenges.
In addition, another capstone team is set to participate in a student challenge at Wageningen University & Research (WUR) in the Netherlands, where they will engage with innovative agricultural practices and solutions in one of the world鈥檚 leading Agritech hubs.
Looking ahead, future capstone teams (2026, 2027) will have the opportunity to explore the Asia-Pacific region, specifically in Philippines, Korea, or Japan, where they can gain further insights into advanced agricultural technologies and practices that are shaping the industry.
Field study experiences not only enrich the academic journey but also prepare students to be leaders in the global agricultural ecosystem.
Fruit Harvesting Robot Development
Students developed a fruit-harvesting robot that utilized AI algorithms to identify ripe fruits and automate the picking process. The project involved designing the robot's mechanical components and integrating computer vision technology to recognize various fruit types. Students also implemented machine learning techniques to optimize the robot's performance in different environmental conditions, thereby increasing efficiency and reducing labor costs in agricultural operations.
GIS Mapping for Disease and Soil Nutrient Distribution:
Students created Geographic Information System (GIS) maps to analyze and visualize the distribution of specific agricultural diseases and soil nutrient levels across open fields. By collecting data from soil samples and conducting field surveys, students used GIS software to generate detailed maps that identified problem areas and guided agricultural intervention strategies. This project aimed to enhance decision-making for farmers, enabling them to adopt targeted management practices and improve crop health and yield.