Faculty Affiliates
| Faculty | Research area | Webpages |
|---|---|---|
| Dionne Aleman | Medical applications of operations research; Radiotherapy treatment optimization; Pandemic planning; Data mining to improve bone marrow transplant outcomes; Global optimization; Heuristic design; Parallel computing. | Publications; MIE Faculty Profile; Personal Website |
| Myrtede Alfred | Patient safety; Systems equity; Maternal health disparities; Virtual environments. | Publications; MIE Faculty Profile; Personal Website |
| Christopher Beck | Optimization; Heuristic search; Constraint programming; Scheduling; Hybrid algorithms; Dynamic and uncertain problems; Problem modeling. | Publications; MIE Faculty Profile; Personal Website |
| Michael W. Carter | Healthcare human resource planning and forecasting; Capacity planning; Operating room planning and scheduling; Wait list management; Healthcare system modelling; Patient flow simulation; Cancer screening capacity; Clinic planning. | Journal Publications; MIE Faculty Profile; Personal Website |
| Timothy C.Y. Chan | Operations research; Optimization under uncertainty; Mathematical programming; Probabilistic analysis of systems; Applications to radiation therapy; Healthcare operations; Sustainability; Sports analytics. | Publications; MIE Faculty Profile; Personal Website |
| Mark Chignell | Human factors approaches to information technology; Mobile computing; Healthcare ergonomics; Social computing; Advanced user interface design; Smart internet and personal web. Applications to healthcare and e-commerce. | Publications; MIE Faculty Profile; Personal Website |
| Eldan Cohen | Machine learning; Heuristic search; Data mining; Applications in automated planning; Natural language processing; Software engineering. | MIE Faculty Profile |
| Birsen Donmez | Human factors; Human adaptation to technology; Designing feedback for guiding operator behavior; Driver distraction mitigation; Statistical modelling of crash data; Decision support for emergency medical transport; Interruptions in intensive care settings; Unmanned vehicle supervisory control. | Publications; MIE Faculty Profile; Personal Website |
| Daniel M. Frances | Application of simulation techniques to health care and manufacturing; Ontario electricity market; Interfaces between operations research and information systems. | MIE Faculty Profile |
| Elias Khalil | Machine learning; Integer programming; Algorithm design; Learning to optimize; Combinatorial machine learning. | Publications; MIE Faculty Profile; Personal Website |
| Chi-Guhn Lee | Various logistics problems; Sequential decision making theories; Financial theories applied in manufacturing and service sectors; Market-driven conflict resolution; Optimal pricing; Marketing; Information system control and design. | Publications; MIE Faculty Profile; Personal Website |
| Paul Milgram | Human Factors issues related to navigation, manipulation and control in 3D environments; Human-machine interfaces for teleoperation; Human factors issues in medicine, especially surgery and anaesthesiology; Modelling of attentional workload. | MIE Faculty Profile |
| Enid Montague | Human-automation interaction; Automation in health care; Systems for health equity and patient safety. | Publications; MIE Faculty Profile |
| Isabelle Rao | Operations research; Optimization; Health policy; Healthcare operations; Machine learning; Epidemic control; Scarce resources. | Publications; MIE Faculty Profile; Personal Website |
| Scott Sanner | Machine learning and large-scale data analysis, Artificial Intelligence (AI); Information retrieval; Social media; Recommender systems; Sequential decision optimization; Operations research; Smart cities applications. | Publications; MIE Faculty Profile; Personal Website |
| Vahid Sarhangian | Applied probability; Stochastic processes; Queueing theory; Applications to service and healthcare operations. | MIE Faculty Profile; Personal Website |