40th ISTANBUL International Conference on Civil & Transportation Engineering (IICCTE-26) Nov. 23-25, 2026 Istanbul (Türkiye)
Topics
Topics of interest for submission include any topics related to:
1. Core Civil Engineering Branches (Independent Foundations)
These areas focus on the physical design, analysis, and construction of the built environment.
Structural Engineering
Solid Mechanics & Stress Analysis: How materials behave under load.
Concrete & Steel Design: Designing safe buildings, bridges, and towers.
Earthquake & Wind Engineering: Making structures resilient against natural disasters.
Forensic Engineering: Investigating structural failures.
Geotechnical Engineering
Soil Mechanics: Understanding how different soils hold weight.
Foundation Engineering: Designing shallow and deep foundations (piles) for structures.
Retaining Structures: Slopes, embankments, and retaining walls.
Tunneling & Underground Spaces: Engineering safe subterranean passages.
Water Resources & Environmental Engineering
Fluid Mechanics & Hydraulics: The behavior of water in pipes and open channels.
Hydrology: Modeling rainfall, runoff, and flood risks.
Water & Wastewater Treatment: Designing systems to clean and distribute water.
Solid Waste Management: Landfill design and recycling systems.
Construction Management
Project Scheduling & Planning: Using methods like CPM (Critical Path Method).
Cost Estimation & Quantity Surveying: Budgeting for massive infrastructure.
Site Safety & Ethics: Ensuring legal and physical safety on site.
2. Transportation Engineering Branches (Specialized Movement)
This field applies scientific principles to the planning, functional design, operation, and management of facilities for any mode of transportation.
Traffic Engineering
Traffic Flow Theory: Mathematical modeling of how vehicles interact on a road.
Signal Systems & Intersection Design: Optimizing stoplights and roundabouts.
Capacity & Level of Service (LOS): Measuring how well a road handles traffic volume.
Transportation Planning
Urban & Regional Planning: Deciding where future transit lines and roads should go.
Travel Demand Modeling: Predicting future travel patterns (traditionally using the “Four-Step Model”).
Public Transit Systems: Designing bus, subway, and light rail networks.
Specialized Modes
Railway Engineering: Track alignment, high-speed rail, and signaling.
Airport Engineering: Runway layout, terminal design, and airspace capacity.
Port & Harbor Engineering: Designing docks, canals, and dredging operations.
3. The Intersections (Where They Highly Interrelate)
This is where the magic happens. You cannot build a transportation system without civil engineering, and you rarely build civil infrastructure without considering how people get to it.
Pavement & Materials Engineering
How they connect: Civil provides the material science (concrete, asphalt), while Transportation provides the load requirements (axle weights of trucks).
Subtopics:
Flexible (Asphalt) vs. Rigid (Concrete) Pavement Design.
Superpave mix design.
Pavement management and rehabilitation.
Highway & Geometric Design
How they connect: Transportation determines the speed and curve radii needed for safety, while Geotechnical/Structural Civil engineers figure out how to cut through a mountain or span a valley to make it happen.
Subtopics:
Horizontal and vertical alignment.
Sight distance (stopping and passing).
Super-elevation (banking curves).
Smart Cities & Intelligent Transportation Systems (ITS)
How they connect: Modern Civil infrastructure is being embedded with sensors (structural health monitoring) that talk directly to Transportation systems (smart cars and traffic management).
Subtopics:
Connected and Autonomous Vehicles (CAVs).
Smart parking and tolling systems.
V2X (Vehicle-to-Everything) communication.
Sustainable Infrastructure
How they connect: Environmental Civil engineering works with Transportation planning to reduce carbon footprints and handle stormwater runoff from massive paved surfaces.
Subtopics:
Permeable pavements.
Life Cycle Assessment (LCA) of infrastructure.
Transit-Oriented Development (TOD).