MSc in Chemistry - Analytical Chemistry in Waterloo Canada | University of Waterloo

Chemistry is a multifaceted field that explores the substances shaping our daily experiences—from what we observe and consume to what we sense and interact with. Waterloo's Chemistry programs, at both undergraduate and graduate levels, blend theoretical knowledge with hands-on practice, equipping students for diverse and evolving career paths. You might pursue groundbreaking research on debilitating illnesses, create innovative cancer treatments, or evaluate ecological impacts. Chemistry research spans vital areas in life and environmental sciences, novel material creation, nanotechnology, and deepening our comprehension of the natural world. Waterloo's M.Sc. and Ph.D. programs in Chemistry and Biochemistry provide access to cutting-edge research across key disciplines like analytical chemistry, biochemistry, inorganic chemistry, materials science, nanotechnology, organic chemistry, physical chemistry, polymer science, and theoretical chemistry. These programs open doors to rewarding opportunities in industry, government, and academia. Graduate students must complete at least three advanced courses, a seminar course, and defend a thesis, with half their coursework taken within the Chemistry Department.

Innovations in transdermal drug delivery using carbon nanotubes. Expanding the capabilities of two-dimensional gas chromatography through new developments and uses. Enhancing Solid-Phase Micro-Extraction (SPME) technology for biological and environmental analysis. Applying SPME in clinical and pharmaceutical settings. Noninvasive SPME techniques for tracking vital compounds and pollutants in living organisms. Breakthroughs in multidimensional chromatography. Cutting-edge separation methods for detecting environmental toxins. Passive air sampling techniques in ecological studies. DNA-aptamer biosensors for biological fluid analysis. Research in electroanalytical and bioanalytical chemistry, along with in vitro toxicity testing. Micro- and nano-sample analysis via ICP atomic emission and ICP-MS. Sustainable chromatography methods. Portable micro-plasma chip technology. Streamlining complex sample analysis through direct SPME-MS coupling. Novel extraction phase and device designs. Studying core extraction mechanisms