Research interests: Model and improve methods to determine Post Mortem Interval (PMI) using entomology and environmental data.
Working with Dr. Sean Bohun and Dr. Helene LeBlanc
Research interests: Applications of dynamical systems theory and computational science, including fluid dynamics, mathematical neuroscience, and pattern formation.
Research interests: Bifurcation theory of nonlinear dynamical systems with symmetry and its applications. Recent projects include coupled networks, nonlocal models for animal aggregation and celestial mechanics.
Research Interests: Artificial intelligence applications to study business problems, usage of machine and deep learning to analyze, optimize and predict customer churn, credit risk and customer lifetime value.
Research interests: 3D display devices and algorithms with a particular emphasis on computational holography. Current projects include enhancing our holographic display device and improving algorithms to include hidden surface removal and modern illumination models. Also interested in medical image processing with a concentration on deformable organs.
Research interests: multi-physics simulations of material behaviours with a particular focus on nuclear fuel, which includes computational thermodynamics, computational fluid dynamics, and continuum mechanics.
My work is in computational nanobiophysics, which is the study of biological structures on the nanometric scale using physics and computer simulations. My current focus is in polymer physics, especially polymer interactions with nanopores