How can we optimize the design and operation of modern transportation and logistics networks?
Ivan Contreras
- Concordia University Research Chair in Transportation and Logistics Network Optimization
- Associate Professor
- Department of Mechanical, Industrial and Aerospace Engineering
- Graduate Program Director:
- PhD in Industrial Engineering
- PhD in Mechanical Engineering
- transportation systems16
- networks32
- large scale optimization9
- logistics planning12
- operations research17
- hub location
- facility location2
- public transportation5
- transportation planning10
- crossdocking
- warehousing
- scheduling8
- data science33
- combinatorial optimization6
- business analytics7
- industrial production engineering5
- supply chains20
- decomposition methods3
- optimization8
- optimization under uncertainty9
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Navneet Vidyarthi
logistics planning, supply chains, humanitarian intervention
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Mingyuan Chen
operations research, advanced manufacturing, remanufacturing
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Masoumeh Kazemi-Zanjani
operations research, optimization under uncertainty, supply chains
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Nadia Bhuiyan
aviation industry, product development, operations research
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Anjali Awasthi
city logistics, transportation systems, supply chains
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Brigitte Jaumard
large scale optimization, networks, ICT
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Satyaveer Singh Chauhan
supply chains, transportation systems, industrial production engineering
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Ali Akgunduz
aviation industry, air traffic control, greener aviation
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Hossein Hashemi Doulabi
healthcare optimization, stochastic optimization, integer programming
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Zachary Patterson
transportation planning, sustainable transportation, transportation modeling
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Isabelle Dostaler
aviation industry, multimodal transportation, operations management
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Daria Terekhov
dynamic scheduling, scheduling, inverse optimization
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Xiao Huang
supply chains, operations management, game theory
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Xiaodan Pan
supply chains, retail operations management, humanitarian logistics
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Craig Townsend
public transportation, cities, urban planning
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Juan J. Segovia
accounting education, cost management, ABC (activity-based costing)
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Vašek Chvátal
discrete mathematics, betweenness, brain functions
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Mohsen Farhadloo
machine learning, data mining, text analytics
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Jia Yuan Yu
data science, decision theory, machine learning
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Onur Kuzgunkaya
supply chains, reconfigurable manufacturing, risk management
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Ciprian Alecsandru
transportation engineering, intelligent transportation systems, transportation systems
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David de Koos
entrepreneurship, product development, GMAT prep
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Fereshteh Mafakheri
system engineering and evolution, multicriteria decision making, project management
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Krzysztof Dzieciolowski
business analytics, data science, artificial intelligence
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Axel Watanabe
urban economics, transportation systems, public policy
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Luis Amador Jimenez
road asset management, pavement management systems, pavement deterioration
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Chun Wang
distributed/parallel systems, e-supply chains, scheduling
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Farnoosh Naderkhani
condition-based maintenance, stochastic analysis, quality management
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Raul Valverde
information systems reengineering, accounting information systems, e-supply chains
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Chunyan Lai
electrical machines and drives, permanent magnet synchronous motors, power electronics
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Simone Brugiapaglia
data science, computational mathematics, compressed sensing
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Salim Lahmiri
artificial intelligence, data science, predictive analytics
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Cody Hyndman
mathematical finance, computational finance, machine learning