Be at the forefront of innovation with Master of Materials Chemistry and Engineering (MMCEN). This interdisciplinary field combines Materials Chemistry and Materials Engineering to develop new and improved products, and to test the quality of manufactured goods. This program includes introductory courses in both fields to provide students with a solid theoretical foundation. Along with practical lab skills, students will also gain experience in business plan development to prepare them for a wide range of career opportunities.
Students with degrees in Chemistry or Engineering can gain additional education & experiences in both fields, enabling you to work at the forefront in careers that rely on Materials Science and Engineering.
This program will produce graduates with expertise ranging across Science and Engineering, enabling you to develop successful careers in materials science & engineering, and giving you an edge in the job market.
Gain experience in business plan development and implementation related to Materials Science and Engineering industries to help prepare you for a wide range of career opportunities worldwide.
"The Aeronautics program has provided me with a well-rounded education and leadership skills that I will take with me as I pursue my dream of flying for a commercial airline.”
Jessica Garant
BA (Honours) in Liberal Arts and Professional Studies: Aeronautics Leadership
Materials/Organic/Polymer Chemistry
Ph.D. (Bremen Germany)
Associate Professor
Materials chemistry and engineering have been at the forefront of technological developments in organic electronics and nanotechnology, which have both been instrumental for many recent advances in sensing, drug delivery, green technologies, and smart devices. The MMCEN program will teach you the essential underlying scientific concepts and technologies that will position you well in the growing job markets of these sectors.
Organic Materials
Ph.D. (Université Laval)
Associate Professor
This unique program will provide strong foundations in materials chemistry and engineering, while also offering exceptional perspectives on the most recent developments in these booming areas. Students will receive incomparable cutting-edge training, from materials synthesis to device engineering, and will have the chance to use the knowledge gained in the classrooms directly in state-of-the-art research labs. This program will contribute to position students as future leaders in advanced technologies to address key challenges faced by modern society.
