TBA
Core civil and environmental engineering undergraduate course (143 students)
Course covers basic ecology concepts with a particular focus on urban environments, and engineers' roles in minimizing environmental impacts and enhancing sustainability
Designed and led field course on urban green roofs as one of the primary course instructors in the core civil engineering course for two years (a total of > 180 students)
LAN2047: Landscape Hydrology (2022), University of Toronto
ENVE5705: Stormwater Management & Low Impact Development (2022), Carleton University
CME358 (2021, 2023, 2024): Water Systems in Survey Camp
FOR201 (2020, 2021, 2022, 2023): Conservation and Management of Tropical and Subtropical Forests
FOR3012 (2021 & 2023): Analytical Methods in Forestry
LAN2023 (2022 & 2023): Intermediate Visual Communication
Q. Gumprich (2025): Effects of functionalized biochar on leachate quality from bioretention systems. Chemical Engineering, McGill University.
T. Azadian (2025): Effects of biochar and vegetation on particulate matter loss from bioretention systems (awarded NSERC PURE CREATE undergraduate scholarship & presented the research at the Canadian Association on Water Quality Conference 2025). Bioengineering, McGill University.
S. Withers-Cott (2025): Effects of biochar and vegetation on total suspended and dissolved solids of leachate from bioretention systems. Architecture Engineering, McGill University.
C. Kirk (2025): Biochar and vegetation effects on leachate pH, conductivity, and turbidity from bioretention systems. Bioengineering, McGill University.
S. Costantino (2023): Hydrological and thermal performance of green roofs. Civil Engineering, University of Toronto.
M. Chai-Foo (2022): Discharge quality from green roofs. Civil Engineering, University of Toronto.
E. Tang (2021–2022): Optimizing biochar particle size for plant growth and mitigation of soil salinization (resulted in a peer-reviewed publication in Agronomy). Forestry, University of Toronto.
N. Fogue Tedom (2021): discharge quality from green roofs. Civil Engineering, University of Toronto.
M. Appleby, H. Rosenblat, A. Collia, S. Herda, and A. Smith. Green roof vegetation assessment using remote sensing and GIS. Forestry and Landscape Architecture, University of Toronto.