41st PARIS International Conference on Civil, Transportation & Environmental Engineering (PC2TE2-26) Dec. 3-5, 2026 Paris (France)

PC2TE2-26


Environmental & Geological Engineering Transportation Civil Engineering Environmental Sciences Environmental & Occupational Medicine



Call for papers/Topics



Topics of interest for submission include any topics related to:



1. Core Civil Engineering 



These topics represent the traditional "backbone" of the industry, focusing on physical structures and materials.





  • Structural Engineering:





    • Reinforced Concrete and Steel Design.




    • Seismic Analysis and Earthquake Engineering.




    • Bridge and Tunnel Engineering.






  • Geotechnical Engineering:





    • Soil Mechanics and Foundation Design.




    • Retaining Walls and Slope Stability.




    • Ground Improvement Techniques.






  • Construction Management:





    • Project Scheduling (BIM, PERT/CPM).




    • Cost Estimation and Quantity Surveying.




    • Safety and Risk Management.







2. Transportation Engineering 



This sector focuses on the efficient, safe, and sustainable movement of people and goods.





  • Geometric Design:





    • Highway Alignment (Horizontal and Vertical curves).




    • Intersection and Interchange Design.






  • Pavement Engineering:





    • Flexible and Rigid Pavement Design.




    • Pavement Maintenance and Management Systems (PMS).






  • Traffic Engineering:





    • Signal Timing and Operations.




    • Traffic Flow Theory and Capacity Analysis.




    • Intelligent Transportation Systems (ITS).






  • Public and Urban Transit:





    • Mass Transit Systems (LRT, BRT, Subway).




    • Active Transportation (Bicycle and Pedestrian infrastructure).







3. Environmental Engineering 



This field focuses on protecting human health and the natural environment through technical solutions.





  • Water & Wastewater Treatment:





    • Potable Water Purification.




    • Biological and Chemical Wastewater Treatment.




    • Desalination Technologies.






  • Solid and Hazardous Waste Management:





    • Landfill Engineering.




    • Recycling and Waste-to-Energy Systems.




    • Remediation of Contaminated Sites.






  • Air Quality & Noise Control:





    • Emission Control Technologies.




    • Atmospheric Dispersion Modeling.




    • Acoustic Barrier Design.







4. Interrelated & Multi-Disciplinary Topics



These are the "overlap" areas where the three fields must collaborate to solve modern challenges.



TopicIntegration PointsSustainable Urban Drainage (SuDS)Civil/Env: Designing infrastructure that manages stormwater runoff while preventing pollution in local waterways.Green InfrastructureCivil/Trans/Env: Incorporating permeable pavements, bioswales, and "green" bridges into highway design.Environmental Impact Assessment (EIA)Trans/Env: Evaluating how a new transit corridor affects local ecosystems, noise levels, and carbon footprints.Smart Cities & IoTCivil/Trans: Using sensors in bridges and roads to monitor structural health and traffic loads in real-time.Hydrology & HydraulicsCivil/Env: Designing culverts, dams, and levees that manage water flow for both safety and ecological health.Climate ResiliencyAll: Adapting existing infrastructure to survive rising sea levels, extreme heat, and increased flooding.



5. Emerging Trends





  • Autonomous Vehicle Infrastructure: How road design must change to accommodate self-driving cars.




  • Circular Economy in Construction: Using recycled plastic or glass in asphalt and concrete.




  • Carbon Sequestration in Materials: Developing "carbon-negative" cement and building materials.