ENVIRONMENT AND CONSTRUCTION

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ENVIRONMENT AND CONSTRUCTION by Mind Map: ENVIRONMENT AND CONSTRUCTION

1. Environment

1.1. Air

1.1.1. Aerosols

1.1.2. Atmospheric emissions

1.2. Analysis & management

1.2.1. Analysis of satisfaction of environmental projects

1.2.2. Carbon market, carbon footprint of companies and organizations (public and private)

1.2.3. Evaluation of environmental performance (method and clean process)

1.2.4. Information Management and Environmental Impact

1.2.5. LEAN management of forest resources

1.2.6. Pilot studies, technology validation

1.2.7. Recycling

1.3. Ground

1.3.1. Management of industrial and municipal waste 4R-VD

1.3.2. Soil decontamination

1.3.3. Transport of contaminants

1.4. Water

1.4.1. Cleansing and purifying wastewater

1.4.2. Contribution of groundwater to surface water

1.4.3. Conventional and biological decontamination including ozonation

1.4.4. Decontamination of groundwater

1.4.5. Hydrochemistry

1.4.6. Hydrological modeling algorithms

1.4.7. Hydrology field

1.4.8. Impacts of climate change

1.4.9. Management of sewerage networks

1.4.10. Melting glaciers

1.4.11. Optimizing the management of distribution networks of drinking water

1.4.12. Quantity & quality of resources

2. Project and product management

2.1. Planning & analysis

2.1.1. Performance analysis of manufacturing systems

2.1.2. Return On Investment

2.2. Product Life Management

2.3. Project management (PMI)

2.4. Risk and change management

2.4.1. Change management

2.4.2. Environmental and human impacts

2.4.3. Management facilities

2.4.4. Process reengineering

3. Remote Sensing (operational, preventive, predictive, security)

3.1. Autonomous sensors network

3.2. Image

4. Researchers and departments involved

4.1. Departments

4.1.1. Department of Automated Production

4.1.2. Department of construction

4.1.3. Department of Electrical

4.1.4. Department of Mechanical

4.1.5. Department of Software and IT

4.2. Researchers

4.2.1. Number of researchers "Core": 16 (researchers who have this area as a central research theme)

4.2.2. Number of researchers "No Core": 39 (researchers who participate in research projects may be related to this topic)

5. Chairs and research units

5.1. Research chairs

5.1.1. Canada Research Chair in Characterization of Contaminated Sites

5.1.2. Pomerleau Industrial Research Chair in the Integration of Construction Practices and Technologies

5.2. Research units recognized

5.2.1. DRSR – Research team specialized in Development and Research on Structures and Rehabilitation

5.2.2. GRIDD – Research Group in Integration and Sustainable Development in Built Environment

5.2.3. DRAME – Research group specialized in Development and Applied Research in Environmental Modeling

5.2.4. GRANIT – Research Group on Digital Applications in Engineering and Technology

5.2.5. LG2 – Geotechnical and Geoenvironmental Engineering Laboratory

5.2.6. LCMB – Pavements and Bituminous Materials Laboratory

5.2.7. STEPPE – Experimental Station of Pilot Processes in Environment

6. Road infrastructure

6.1. Asphalt, colored and recycled hydrocarbon binders and service behavior

6.2. Behavior of urban infrastructure

6.3. Cybernetic transportation system (Serpentine)

6.4. Design & sizing

6.5. Facilities and management of urban and road infrastructure

6.6. Geotechnical and structural behavior of under land facilities

6.7. Impacts of road network (environment & human)

6.8. Promotion and protection of structures

6.9. Road safety

6.10. Seismic vulnerability of bridges

6.11. Transport systems for the smart city

6.12. Use of composite materials for the strengthening

7. Buildings, structures and rehabilitation

7.1. Design

7.1.1. Analysis and optimization of energy efficiency (buildings, equipment, machinery, processes)

7.1.2. Artificial intelligence systems of building control

7.1.3. Building energy simulations

7.1.4. Building envelope (i.e. insulation)

7.1.5. Building Science

7.1.6. Calibration of building energy simulations

7.1.7. Computer-Aided Design

7.1.8. Energy Efficiency in Buildings

7.1.9. Materials (steel, concrete including water, composites, wood)

7.1.10. Multidisciplinary information technology (IFC, BIM, etc ...)

7.1.11. Structural analysis (FEM)

7.1.12. Vibration & Seismic Analysis (active and adaptive control)

7.2. Manufacturing Technologies, Logistics (structural elements)

7.2.1. Quality Management

7.2.1.1. Management

7.2.1.1.1. Continuous improvement

7.2.1.1.2. Industrial statistics

7.2.1.1.3. Internal Audit ISO-9000

7.2.1.1.4. LEAN

7.2.1.1.5. Quality standards & standardization

7.2.1.2. Measurement

7.2.1.2.1. Automated Inspection (imaging, vision, artificial intelligence, pattern recognition)

7.2.1.2.2. Non-destructive testing standard and non-standard

7.2.1.2.3. 3D metrology

7.2.2. Robotic manufacturing

7.2.2.1. Artificial Intelligence

7.2.2.2. Computer Aided Manufacturing

7.2.2.3. Design, modeling and analysis of hydraulic & pneumatic systems

7.2.2.4. Image processing / pattern recognition / artificial vision

7.2.2.5. Intelligent control of electrical drives and high accuracy robots

7.2.3. Storage & Transportation

7.2.3.1. Analysis, planning, scheduling and optimization of the supply chain

7.2.3.2. Design and planning of sustainable supply chains

7.2.3.3. Green logistics

7.2.3.4. Management and inventory optimization

7.2.3.5. Operations Research

7.2.3.6. Optimization of transport flows

7.2.3.7. process analysis and optimization

7.2.3.8. RFID technology

7.2.3.8.1. Identification

7.2.3.8.2. Security

7.2.3.8.3. Traceability

7.3. Rehabilitation

7.3.1. Repair materials (mortars polymers, composites, special concrete, other)

7.3.2. Optimization and rehabilitation of hydrolic networks (sewers, drainage)

7.3.3. Seismic vulnerability of existing buildings and structures