Teaching
Teaching Philosophy
Systems thinking training is set as my primary teaching philosophy.
“Learning without thinking is pointless; thinking without learning is perilous." (Confucius)
Our current engineering curriculum faces new challenges from wicked problems on a global scale like the climate emergency and social polarization. 'All-or-Nothing' thinking is extremely problematic for creative solutions. My teaching role is to help engineering students identify and propose a feasible solution in a complex context with well-rounded definition, abstraction, analysis, and synthesis stages throughout active learning activities. The ultimate teaching goal is to improve students' engineering leadership by influencing others to collaborate and solve real-world problems strategically.
My approach to student-centred teaching generally involves:
Providing fundamental and practical values of study subjects as a motivational technique
Illustrating content with customized examples and contexts in an inclusive learning environment
Combining pre-reading, semi-structured group discussions in class, and self-study after class to increase the depth of learning
Critically questioning the material at each step of learning (including open-ended assignments)
Using game theory principles to suit the diverse expectations of different students for learning outcomes
Promoting engineering leadership as the overarching objective when designing the group projects
Courses
At Queen's University
Course Author and Instructor
MINE 431 Life-Cycle Assessment for Green Technologies (Fall 2021, 22, 23)
Instructor
MINE 330 Mineral Industry Economics (Fall 2021, 22, 23)
MNTC 418 Sustainability and the Environment (Winter 2022, 23, 24)
MINE 865 Directed Research (Fall 2020, 22, 23)
Co-Instructor
APSC 151 Earth Systems Engineering (Fall 2020, 23)
CMAS 801 Topics in Applied Sustainability (Winter 2024)
At the University of Victoria
Course Author and Instructor
CIVE 480D Methods, Tools, and Data for Industrial Ecology (Summer 2020)
Co-Instructor
CIVE 510 Industrial Metabolism & Global Environmental Challenge (Fall 2018, 19)
CIVE 513 Sustainable Cities (Winter 2018, 19)