معرفی
Darren Brouwer is a Professor of Chemistry at Redeemer University in Hamilton, Ontario. He teaches courses in chemistry and environmental science, conducts research on structure determination of materials using solid-state NMR and computational methods, and collaborates with students on water quality monitoring projects in local watersheds. His work also explores intersections between Christian faith, chemistry, culture, and creation care.
- PhD in Chemistry (2003), University of British Columbia
- B.Sc. in Honours Chemistry (1997), University of Guelph
- B.C.S. in Liberal Arts & Science (1997), Redeemer University College
Brouwer’s research focuses on solid-state NMR spectroscopy and materials science, particularly the atomic-scale structure of materials like zeolites and layered silicates. His work applies computational techniques to solve crystal structures without relying on traditional diffraction data and develops project-based learning approaches for chemistry education. He also engages in community-based environmental research, analyzing nutrient pollution and sewage contamination in local waterways using analytical chemistry methods.
His recent publications highlight advancements in NMR crystallography, including novel applications for disordered materials, fluorinated polymers, and nanotubes. Key themes include proton dynamics, isotopic labeling, and stacking disorder in silicates. He has received research funding from NSERC and Environment and Climate Change Canada through the Great Lakes Protection Initiative.
Brouwer is affiliated with the American Chemical Society, Canadian Society for Chemistry, and Canadian Scientific and Christian Affiliation. He has held positions at the University of Southampton and the National Research Council of Canada, and serves as an adjunct associate professor at McMaster University’s Department of Chemistry & Chemical Biology.
- NSERC Discovery Grant (2016–2021): Development of NMR crystallography methods for materials characterization.
- Great Lakes Protection Initiative (2020–2021): Collaborative water quality monitoring of Chedoke Creek and Red Hill Creek.
