Faculty members
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Ciprian Alecsandru
Associate Professor
- 514-848-2424, ext. 8769
- S-EV 6161
- Ciprian.Alecsandru@concordia.ca
Traffic operations and control, Traffic simulation, Intelligent transportation systems, Artificial intelligence applications in transportation, Transportation Engineering and Design -
Transportation Engineering and Asset Management, Road Safety and Highway Planning, Land Use and Transport Modeling for Transportation Asset Management, Practicalities on Infrastructure Management Systems: Treatments Effectiveness, Homogeneous Groups, Spatial-Temporal Coordination of Activities and Re-optimization, -
Solid Waste Composting and Digestion, Waste Utilization and Resource Recovery, Advanced Physiochemical and Biological Treatment, Contaminant Transport in Multiphase, Environmental Risk Assessment and Management, Synchrotron-Assisted Environmental Process Analysis, Surface Water and Groundwater Quality, Environmental Sustainability -
(Director, Concordia Centre for Zero Energy Building Studies (EV 15.101))
Solar Energy Engineering, Energy Efficiency, Renewable energy, energy efficiency. Integrated photovoltaics/solar energy utilization systems, Modeling, optimization and control of building thermal systems, Heating ventilation air-conditioning (HVAC), Numerical simulation of heat transfer, Thermal performance of the building envelope, -
Structural Engineering, Structural dynamics and earthquake Engineering, Rehabilitation and structural health monitoring (SHM) of civil infrastructure, Reinforced concrete structures, Finite and boundary element methods, Computer aided design and engineering / Information technology -
Structural Engineering, Seismic design and analysis of steel and reinforced concrete structures, Bridge Engineering, Seismic rehabilitation of steel structures, Fatigue of steel structures, Connections of steel structures -
Environmental Engineering, Modeling of pollutant’s fate and transport in the environment, Risk assessment, air pollution, and environmental application of systems analysis and information technology, Pollution control planning, Management of soil and groundwater contamination, and coastal environmental protection. -
Rebecca Dziedzic
Assistant Professor
- 514-848-2424, ext. 3012
- S-EV 6.126
- rebecca.dziedzic@concordia.ca
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 -
Environmental Engineering, Bio-physico-chemical interaction phenomena in soil/groundwater/contaminant matrix, Biosolids management, Site assessment & remediation - biological, physical and chemical techniques, Modelling of contaminant transport in water, sediments and biota, Management for Acid Sulfate Soils, Waste disposal facilities - landfill, recycling, and recovery -
Computational Mechanics, Finite Element Method, Mesh-free Methods, Extended Finite Element Method, Multi-scale Analysis, Nonlinear Structural Mechanics, Thin-walled and Composite Structures, Structural Stability and Dynamics. -
Structural Engineering, Seismic rehabilitation of reinforced concrete and masonry structures, Applications of advanced composite materials in upgrading of structures, Performance-based design of structures, Modeling of building structures and bridges, Earthquake engineering and structural dynamics -
wind-driven rain, hygrothermal performance of building envelopes, advanced building facades, innovative & durable wood-frame construction, low-energy buildings -
Structural Engineering, Structural systems, Finite element analysis, Structural mechanics, Computer aided design -
Indoor Air Quality and Ventilation, Building material characterization, Modeling of airflow and contaminant dispersal, Indoor air environmental control strategies, Measurement techniques for airflow and indoor Air Quality, Advanced ventilation technologies (Hybrid ventilation) -
Modular and off-site construction, lean-based manufacturing management, Construction equipment management, Physical demand analysis, 3D visualization of construction engineering and management, optimization of planning and scheduling -
Geotechnical Engineering, Soil-structure interaction, Bearing and uplift capacities of pile foundations, Pull-out capacity of plate and helical anchors, Performance of shell type foundations, Performance of subgrade and pavement materials in highways -
Structural engineering, Structural analysis, Finite element modelling and analysis, Structural mechanics, Structural elastic stability, Structural dynamics, Earthquake engineering, Tall buildings, Bridges, Reinforced and Prestressed concrete slab analysis and design, Precast concrete structures. -
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Building Energy Performance Assessment, Computational Simulation, Integrated Building Design, Energy Efficiency, Robust Performance Systems, Sustainable Design Criteria -
HVAC Noise,Room Acoustics Simulation/Reproduction, Noise Prediction, Noise-induced Perception, Acoustic measurement, Psychoacoustics, Sound Quality, Acoustic Data Mining -
Soil mechanics, Frozen soil, Rock mechanics, Constitutive modeling, Energy and Environmental Geomechanics, Finite element modeling, Thermal-hydro-mechanical coupling, Soil-structure interaction -
Water resources en, Sediment transport in gravel-bed rivers and river erosion, Computational methods in river hydraulics and density-stratified flow, Pollutant transport and turbulent mixing in shallow waters, Water-ice interaction, Drainage engineering, Coastal hydraulic -
Structural Engineering, Seismic performance of buildings and bridges, Performance-based earthquake engineering, Development of seismic fragility curves for buildings and bridges, Development of improved intensity measures for probabilistic seismic, demand analysis, Seismic risk assessment using HAZUS-MH, Characterization of seismic ground motions -
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 -
Environmental Engineering, Surfactant-enhanced washing and flushing of contaminated soils and sediments, Treatment and management of metal-contaminated soils, sediments and wastes, Bioremediation, Physical, chemical and biological treatment of wastewater, Biological treatment of air. -
Facilities Management; Environmental Engineering; Energy Systems Engineering; Risk, Resilience & Reliability Analysis; Critical Infrastructure Management; Smart & Sustainable Cities & Communities; Life Cycle Analysis -
Hydrology, water security and climate change, coupled human-water systems, mathematical modeling and algorithm development -
Construction Engineering & Management Infrastructure Management -
Concrete Durability, Improvement of Durability Test Methods, Rapid Quality Control Testing, Cemented Mine Backfill -
• Occupant Behaviour Modelling In Building Simulations • Building Performance Optimization • Occupant-Centric Building Controls • Data-Mining and Machine Learning for Building Operations • Net-Zero Energy Buildings -
construction materials, nano-technology, green and smart materials, stimuli-responsive materials -
Theodore Stathopoulos
Professor
- 514-848-2424, ext. 3186
- S-EV 6125
- theodore.stathopoulos@concordia.ca
Wind Engineering, Wind effects on buildings & building aerodynamics, Wind environment, Dispersion of pollutants in the urban environment, Computational wind engineering, Codification of wind effects -
Structural Engineering, Design Buildings to Withstand Seismic Forces, Design Steel Structures with Different Dissipation Devices, Seismic Retrofit and Rehabilitation of Existing Steel Structures, Resilience Based Design Modeling of Steel Structures -
Building Environment, Forecasting/Hybrid building simulations using weather forecasting models, Building airflow and thermal management, Real-time building simulations -
HVAC and Control Systems, Decentralized and Multivariable controls, Optimization of HVAC processes, Experimental Methods in HVAC Controls, Computer-Aided Design of HVAC Systems, Diagnostics of HVAC Systems -
Radu Grigore Zmeureanu
Professor, ing., PhD.
- 514-848-2424, ext. 3203
- S-EV 6145
- radu.zmeureanu@concordia.ca
Energy Efficiency, Design and analysis of energy-efficient buildings, Sustainable development concept applied to buildings, Second law analysis of HVAC systems, Optimization of life cycle performance of buildings and HVAC systems, Computer modelling of energy performance of buildings and HVAC systems, Computer modelling of refrigeration systems for ice rinks, Net zero energy houses, -
Rock mechanics. Computational geomechanics. Continuum and discontinuum mechanics. Scientific computing. Geometric modeling.
- Ali Bahloul
- Amin Hammad
- Jose Candanedo
- Katherine D'Avignon
- Laleh Yerushalmi
- Robert Reimers
*Last Updated: February 2018
