GRAPPE III
IA et technologies émergentes
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Hardware Verification, Model Checking, Quantitative Analysis, Radiation Effects on Digital Circuits. -
Ali Akgunduz
Professor, Mechanical, Industrial and Aerospace Engineering
Associate Dean, Academic Programs
Airline operations, Transportation management, Systems simulation, Application of Operations Research on service and manufacturing applications -
Abdessamad Ben Hamza
Professor and Director, Concordia Institute for Information Systems Engineering
Computer Vision; Artificial Intelligence; Geometric Deep Learning; Image Processing and Medical Imaging; Graph Signal Processing -
Nadia Bhuiyan
Vice-Provost, Partnerships and Experiential Learning
Professor, Mechanical, Industrial and Aerospace Engineering
Operational issues dealing with the design, development, production, and distribution of goods & services, with a focus on emerging tools and techniques in product/process design & development, design and manufacturing technologies, information management, and methods for integrating design & manufacturing to improve process performance. -
Computer vision and pattern recognition, Machine learning and data mining, Image and signal processing, Statistical process control, 3D graphics and games -
Artificial Intelligence (AI) applications, Image Recognition, Virtual Reality (VR) and Augmented Reality (AR) Applications, Optimization of Construction Operations -
Communication software engineering, Quality assurance for software, Service engineering, Conformance testing based on FSM, EFSM and timed automata, Requirement engineering based on scenarios, Multimedia applications and QoS -
Asset Management, Water System Sustainability, Infrastructure Resilience -
Urban energy systems, 3D City modeling, Urban data and simulation platform development, Renewable energies, Zero Carbon Cities, Demand response and flexibility, District and solar heating and cooling networks, sustainable transport -
Composite materials and structures; stochastic mechanics and random vibrations; stress analysis; finite element method; vibration analysis and machine dynamics; machinery monitoring and diagnostics; engineering fracture mechanics and fatigue. -
Amin Hammad
Professor, Concordia Institute for Information Systems Engineering
Affiliate Professor, Building, Civil, and Environmental Engineering
Telegeoinformatics, Location-based computing, Sustainable infrastructure lifecycle management, Virtual reality urban simulation, Geographic information system -
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Xiao Huang
Professor, Supply Chain and Business Technology Management
Concordia University Research Chair in Operations & Technology
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Pavement Engineering Road Asset Management Systems Road Safety and Highway Planning Land Use and Transport Modeling Trip Generation and Parking Rates -
Kash Khorasani
Professor and Tier I Concordia Research Chair, Electrical and Computer Engineering
Concordia Institute of Aerospace Design & Innovation
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Land use planning, land change modeling, hazard mitigation, community resilience, geodesign -
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Electric drives, Motor control, Power electronics, Electrified vehicles, Vehicle to grid solutions -
Infrastructure Investment, Construction Analytics, Sustainability & Resilience in Infrastructure System, Engineering Decision-Making, Construction Management and Economics, Project Delivery System, Project Finance -
Design of drones and VTOL aircraft for safety-critical applications -
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Construction Engineering and Management, Integrated cost and time control & project risk assessment, Planning, tracking and control of construction operations, Web-based project performance system, Optimization model for site selection and evaluation -
Maintenance management; Quality Control; High-dimensional data analysis for systems monitoring; Modern Manufacturing Systems; Diagnostics and prognostics, and; Statistical and machine learning for complex-structured streaming data. -
Facilities Management; Environmental Engineering; Energy Systems Engineering; Risk, Resilience & Reliability Analysis; Critical Infrastructure Management; Smart & Sustainable Cities & Communities; Life Cycle Analysis -
Combustion; explosion; detonation and deflagration; shock waves physics; alternative fuel research; energetic materials; theoretical and computational fluid dynamics; applied mathematics, numerical methods -
Construction Engineering & Management Infrastructure Management -
Marius Paraschivoiu
Professor, Mechanical, Industrial and Aerospace Engineering
Vice-Provost, Planning and Student Experience
Computational fluid dynamics; finite element methods for fluid simulations; aerodynamic simulations; wind energy; acoustic simulations; parallel computing; turbulence modeling. -
Zachary Patterson
Associate Professor and Graduate Program Director (MASc. and PhD.), Concordia Institute for Information Systems Engineering
Emerging technologies in transport-related data collection, computational geospatial data processing, data analysis and inference with statistical and artificial intelligence techniques, and discrete choice experiments. -
aerospace systems, control systems, optimization -
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Krzysztof Skonieczny
Associate Professor and Tier 2 Canada Research Chair in Aerospace Robotics, Electrical and Computer Engineering
Space robotics, Planetary rovers, robot mobility, Vehicle-terrain interactions, Advanced 3D printing techniques, Robotic excavation & construction, Reduced gravity experimentation, Computer vision for robotics applications. -
construction materials, nano-technology, green and smart materials, stimuli-responsive materials -
Rustam Vahidov
Professor, Supply Chain and Business Technology Management
RBC Professorship in Interorganizational Governance of Information Technology
Software agent negotiations, Agent-based systems, Design science research, Decision support systems, E-commerce buyer support, Genetic algorithms, Electronic negotiations, Neural networks -
Computational fluid dynamics, aerodynamics, high-performance computing, turbulence, numerical methods, applied mathematics, optimization, large eddy simulation, direct numerical simulation. -
Youmin Zhang
Professor, Mechanical, Industrial and Aerospace Engineering
Concordia Institute of Aerospace Design & Innovation
Monitoring, Fault Diagnosis and Fault Tolerant Control of Safety-critical Systems (air, land, ground, surface/underwater, and autonomous vehicles etc.); Avionics and Flight Control; Industrial Process Control; Modeling and Simulation of Physical Systems; Estimation, Identification and Information Fusion Techniques; Advanced Signal Processing Techniques for Diagnosis and Control; Mechatronics;
