Modern mechatronic systems are complex and interconnected, requiring interdisciplinary teams with the experience, instincts, and broad system-level thinking required to solve the complex engineering challenges that are increasingly common in both research and industry.

At Quanser, we have used our over 30 years of experience in the design and development of innovative mechatronic systems for the academic market to pioneer a new approach to mechatronics education. Starting with a definition of modern mechatronics, this presentation will present a detailed approach to the goals, activities, and delivery of modern mechatronics lab activities. We will then position these experiences in relation to the complementary fields of robotics and autonomous systems before providing existing implementation examples and plans for future solutions.

Presenter

Peter Martin, Director of R&D, Quanser

Peter Martin, B.Sc.Eng., M.A.Sc., is an engineering education specialist who has been a member of the Quanser R&D team for over ten years. As Director of R&D, Peter is responsible for ensuring that Quanser’s vision and strategy continue a legacy of world-leading innovative and academically aligned products and services. During his tenure, Peter has been responsible for leading the development of several notable ground-breaking products focused on diverse markets from robotics and mechatronics to educational platforms and tools