Conduct research to generate new knowledge and advance your career with the PhD in Chemical Engineering Collaborative Water program.
Become an expert in the chemical, physical and biological transformations of materials and energy at industrial scales to tackle complex problems, while discovering innovative ways to tackle global water challenges.
Along with developing expertise in your area of research, two interdisciplinary water courses will capture both theoretical and practical components, including in-class lectures, fieldwork, interdisciplinary group work, and individual research seminars.
The Department of Chemical Engineering consistently ranks among the top two universities in Canada and number one in Ontario. The department’s collaborative research culture, engaging teaching practices and state-of-the-art facilities create a vibrant learning environment where you are empowered to solve problems our world faces. Graduates from the program have worked for top employers across academia and industry, making a global impact.
The spirit of Waterloo's Chemical Engineering research is both collaborative and interdisciplinary. The department has a history of excellence in a diverse range of research areas. The department is currently home to nine Research Chairs.
With more than 250 graduate students and 35+ faculty members, our research covers all the major areas of chemical engineering - from core areas, such as polymers, reaction engineering and process systems engineering, to emerging areas, such as fuel cell research, tissue engineering and nanotechnology.
The Doctor of Philosophy (PhD) in Chemical Engineering is a thesis program designed to enable you acquire a deeper understanding of chemical engineering fundamentals, and the specialties you need to advance your career. It allows you to choose your own direction or take a set of predetermined courses to get a specialization. Specializations include Biochemical and Biomedical Engineering; Green Reaction Engineering; Interfacial Phenomena, Colloids and Porous Media; Nanotechnology, and many more intriguing possibilities.
