Environmental Design, Material Science, and Engineering Technologies (EDMSET) - 2nd Edition

The 2nd EDMSET is organized by IEREK, Abu Dhabi University and Istituto Marangoni in Dubai. This conference aims to create a dynamic platform for professionals, researchers, and enthusiasts from diverse engineering disciplines, including chemical engineering, material sciences, environmental design, and industrial engineering. The primary objective is to promote an environment where participants can share insights, and collaborate to address contemporary challenges in these multifaceted fields. Discussions will include multiple topics, encompassing the latest advancements in structural engineering, renewable energy, sustainable material sciences, environmental integration, and the intersection of various engineering disciplines.

The EDMSET Conference will be held in the Museum of the Future in Dubai in Late April 2025.

All accepted submissions to the conference, after the peer-review process will be published in the Scopus indexed Series by Springer

Contact Email: [email protected]


Tracks:

• 1. Evolution in Structural Engineering and City Planning

   

  1.1. Adaptive Structural Systems for Changing Environments
  1.2. Novel Approaches to Seismic Design and Resilience
  1.3. Sustainable Construction Practices in Structural Engineering
  1.4. Smart City Integration: IoT and Urban Connectivity
  1.5. Bioclimatic Design for Energy-Efficient Buildings
  1.6. Parametric Urban Design and Computational Planning
  1.7. Circular Economy Principles in Urban Development
  1.8. Resilient Urban Infrastructure Planning and Design
  1.9. Sustainable Façade Design for Energy Efficiency

   

• 2. Sustainable Urban Planning and Design

   

  2.1. Green Infrastructure and Urban Sustainability
  2.2. Net-Zero Energy Buildings: Design Strategies and Technologies
  2.3. Urban Heat Island Mitigation and Climate Adaptation Strategies
  2.4. Transit-Oriented Development and Sustainable Transportation Planning
  2.5. Renewable Energy Integration in Urban Design
  2.6. Resilient Urban Design: Strategies for Disaster Risk Reduction
  2.7. Building Information Modeling (BIM)
  2.8. Circular Economy Principles in Urban Design
  2.9. Materials and Technologies in Urban Infrastructure Development
  2.10. 3D Printing and Construction Industry Disruption
  2.11. Smart Cities and Technology Integration in Urban Environments
  2.12. Indoor Environmental Quality and Occupant Comfort

   

• 3. Preservation and Conservation of Architectural Heritage

   

  3.1. Innovative Materials and Methods for Architectural Heritage Preservation
  3.2. Conservation Approaches for Historic Buildings and Structures
  3.3. Heritage Assessment and Documentation Techniques
  3.4. Adaptive Reuse and Sustainable Restoration of Historic Buildings
  3.5. Digital Technologies for Heritage Conservation and Restoration
  3.6. Conservation Ethics and Principles in Architectural Heritage Preservation
  3.7. Community Engagement in the Preservation of Architectural Heritage
  3.8. Preservation of Vernacular Architecture and Traditional Building Techniques
  3.9. Case Studies in Successful Architectural Heritage Preservation Projects

   

• 4. Sustainable Interior Design

   

  4.1. Sustainable Materials in Interior Design
  4.2. Biophilic Design
  4.3. Energy-Efficient Lighting and HVAC Systems
  4.4. Smart and Connected Interior Spaces
  4.5. Universal Design and Inclusivity
  4.6. Sustainable Furniture and Product Design
  4.7. Adaptive Reuse and Historic Preservation
  4.8. Biodegradable and Compostable Interiors
  4.9. IEQ, Occupant Health and Well-being
  4.10. Craft Production and Fabrication
  4.11. Lighting & Acoustics in Design and Construction

   

• 5. Materials Engineering and Metallurgical Advancements

   

  5.1. Computational Modeling in Metallurgical Processes
  5.2. Advanced Steel Alloys for Structural Applications
  5.3. Composite Materials in Structural Engineering
  5.4. Responsive Polymers for Smart Applications
  5.5. Corrosion and Surface Engineering
  5.6. Sustainable Materials in Infrastructure
  5.7. Eco-Friendly Materials in Sustainable Construction

   

• 6. Advances and Sustainable Practices in Chemical Engineering

   

  6.1. Bioprocess Engineering and Biotechnology
  6.2. Carbon Capture and Utilization in Chemical Engineering
  6.3. Waste-to-Energy Conversion Methods
  6.4. Renewable Energy Integration in Chemical Processes
  6.5. Environmental Impact Assessment in Chemical Engineering
  6.6. Digital Transformation in Chemical Processes
  6.7. Chemical Process Modeling and Simulation
  6.8. Sustainable Materials and Biomaterials in Chemical Engineering
  6.9. Life Cycle Assessment and Environmental Impact of Chemical Processes

   

• 7. Environmental Sustainability and Strategic Management

   

  7.1. Waste Reduction and Circular Economy Practices
  7.2. Ecosystem Conservation and Biodiversity Preservation
  7.3. Water Resource Management and Conservation
  7.4. Carbon Footprint Reduction Strategies
  7.5. Climate-Adaptive Urban Planning
  7.6. Resilience Planning for Climate-Related Risks
  7.7. Corporate Social Responsibility and Environmental Sustainability
  7.8. SDGs and Strategic Management for Environmental Sustainability
  7.9. Sustainable Business Models and Strategies

   

• 8. Renewable Energy Solutions and Innovations

   

  8.1. Solar Energy Harvesting and Photovoltaic Technologies
  8.2. Advances in Wind Turbine Design and Efficiency
  8.3. Hydropower Plant Modernization and Optimization
  8.4. Geothermal Energy: Exploration and Utilization
  8.5. Grid Integration Challenges and Solutions
  8.6. Advancements in Battery Technologies for Renewable Energy
  8.7. Solar Energy integration in building design
  8.8. Sustainable Development and Deployment of Renewable Energy Systems
  8.9. Smart Technologies in Renewable Energy

   

• 9. Industrial Engineering and Operations Management

   

  9.1. Implementation of Lean Principles in Production Processes
  9.2. Supply Chain Optimization and Logistics
  9.3. Human Factors Engineering and Ergonomics
  9.4. Smart Manufacturing and Cyber-Physical Systems
  9.5. Facility Layout and Design Optimization
  9.6. Eco-Friendly Practices in Industrial Processes
  9.7. Green and Sustainable Manufacturing
  9.8. Quality Control and Quality Management Engineering
  9.9. Industrial Engineering in Healthcare Systems and Services
  9.10 Industrial and construction applications of 3D printing
  9.11 Total Quality Management

   

• 10. Electrical Engineering, Mechanical Engineering, and Fabrication

   

  10.1. Additive Manufacturing (3D Printing) and CNC Machining
  10.2. Advanced Machining Processes and Precision Engineering
  10.3. Fabrication of Micro and Nanostructures for Components
  10.4. Sustainable Materials and Manufacturing Processes
  10.5. Automation and Control Systems
  10.6. Power Systems and Renewable Energy Integration
  10.7. Advanced Materials Engineering and Nanotechnology
  10.8. Composite Materials Fabrication

   

• 11. Innovations in Geotechnical Engineering

   

  11.1. Ground Improvement Techniques
  11.2. Geosynthetics and Reinforced Soil Structures
  11.3. Advanced Foundation Engineering
  11.4. Seismology and Earthquake Engineering
  11.5. Geotechnical Monitoring and Instrumentation
  11.6. Soil Stabilization and Reinforcement Techniques
  11.7. Offshore Geotechnics and Subsea Engineering
  11.8. Geoenvironmental Engineering for Site Remediation
  11.9. Sustainability in Geotechnical Engineering Practices
  11.10 Hydraulic Works and Applications

Others Details

Keywords: Environmental Design, Material Science, Engineering Technologies, Structural Engineering, City Planning, Civil Engineering, Urban Planning, Architectural Design, Architectural Heritage, Net Zero Energy, Interior Design, Materials Engineering, Infrastructure, Renewable Energy, Water Resource Management, Environmental Sustainability, SDGs, Industrial Engineering, Operations Management, Electrical Engineering, Mechanical Engineering, Fabrication, Geotechnical Engineering