Professor Jennifer Drake is working to solve the problem of how to sustain our limited water and energy resources while simultaneously continuing to accommodate the growing worldwide demand on these resources. She collaborates with industry and government partners to identify ways to increase efficiency in regional water, storm water and sewage distribution systems, and hydro dams. Utilizing emergent methodologies such as low impact development, and newer sensor technologies for advanced performance monitoring, they seek to move engineering knowledge beyond the static models conventionally used for evaluating the sustainability of systems. Her work will help equip engineers with the ability to monitor and predict issues before they arise, to gauge risk before failures occur, to generate less waste, and to develop better policies that will lead to a more sustainable future.
She is the Co-Researcher, Hydrology at the Green Roof Innovation Testing Laboratory in the John H. Daniels Faculty of Architecture, Landscape, and Design.
- Ph.D. Civil Engineering (2013) University of Guelph
- M.A.Sc. Water Resource Engineering (2009) University of Guelph
- B.Eng Civil Engineering and Society (2007) McMaster University
Thesis: Pre-development hydrologic processes
Thesis: Microplastics in urban stormwater and removal processes in bioretention systems
Thesis: Clogging and maintenance of permeable interlocking concrete pavements
Forestry/Engineering Ph.D. Student
Thesis: Biochar amendments for green roof growing media
Always on green: From rooftop labs to the playing field Giuliana Frizzi is a Civil Engineering MASc candidate, working under the supervision of Prof. Jennifer Drake, who not only excels at academics, but competitive sports as well. Frizzi grew up in the New Jersey town of Verona, population just over 13,000, some 20 miles west… Read more »
You may have heard of the Great Pacific garbage patch, but the majority of plastic waste in the environment is more subtle: tiny particles ranging from the size of a pea to the thickness of a human hair — and even smaller. A team of U of T Engineering researchers — including Professor Elodie Passeport (CivMin, ChemE),… Read more »
While the U of T campus is closed to the public, in-person classes and non-essential lab work, an attempt is being made to connect with individuals continuing to work from home. This is part of a regular series to help bring us together as we remain apart during this public health crisis. Sylvie… Read more »