41st ISTANBUL International Congress on Architecture & Transportation Engineering (A2TE-27) scheduled on Jan. 14-16, 2027 Istanbul (Türkiye) is for the scientists, scholars, engineers and students from the Universities all around the world and the industry to present ongoing research activities, and hence to foster research relations between the Universities and the industry. This conference provides opportunities for the delegates to exchange new ideas and application experiences face to face, to establish business or research relations and to find global partners for future collaboration. The conference is sponsored by Universal Researchers (UAE). All the submitted conference papers will be peer reviewed by the program/technical committees of the Conference.

Call for Papers: A2TE-27

Full Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields.

Independent Topics & Subtopics1. Architectural History, Theory, and Design

• The Evolution of Built Form: Ancient, classical, medieval, and modern architectural eras; regional vernacular architecture; the impact of cultural values on spatial layout.

• Design Typologies and Spatial Programming: Residential, commercial, institutional, and industrial space planning; human-scale architecture and spatial psychology.

• Aesthetics, Form, and Composition: Volumetric composition, geometric patterns, balance, symmetry, and architectural expressionism.

• Building Science and Envelope Design: Insulation performance, moisture control, acoustic treatments, and internal environmental comfort.

2. Geotechnical and Materials Engineering

• Soil Mechanics and Earthwork: Soil classification, compaction behavior, shear strength, and slope stability.

• Advanced Foundation Systems: Deep foundations, pile driving mechanics, retaining walls, and soil-structure interaction.

• Structural Mechanics and Stress Analysis: Bending moments, shear forces, torsion, and elasticity of materials under heavy loading.

• Pavement Material Characterization: Asphalt binder rheology, concrete mix designs, fatigue cracking behavior, and rutting resistance.

3. Traffic Flow Theory and Stream Characteristics

• Macroscopic Traffic Flow Variables: Statistical relationships between traffic volume, average stream speed, and vehicular density.

• Microscopic Car-Following Models: Vehicle reaction times, gap-acceptance behavior, and shockwave propagation in congested bottlenecks.

• Queueing Theory and Capacity Analysis: Level of Service criteria, bottleneck delays, and deterministic versus stochastic queuing at bottlenecks.

4. Pavement Design, Maintenance, and Management

• Flexible and Rigid Pavement Design: Empirical and mechanistic-empirical design methods; structural layered analysis.

• Pavement Distress Evaluation: Pothole formation, stripping, thermal cracking, and international roughness index evaluation.

• Maintenance Rehabilitation and Recycling: Cold-in-place recycling, asphalt overlays, and perpetual pavement design philosophies.

Interrelated Topics & Subtopics5. Transit-Oriented Development (TOD) and Urban Form

• High-Density Mix-Used Architectural Nodes: Designing pedestrian-friendly vertical buildings directly integrated into major mass transit hubs.

• Pedestrian Sheds and First/Last-Mile Connectivity: Micro-mobility integration, walkable spatial radii, and architectural links between transit stations and surrounding neighborhoods.

• Micro-Climate Comfort in Transit Plazas: Architectural wind-tunnel mitigation and shading structures designed to improve public waiting conditions around transit infrastructure.

6. Terminal Infrastructure and Hub Architecture

• Airport Terminal Spatial Dynamics: Passenger processing flow, baggage handling logistics, and the balance between security screening zones and architectural concession areas.

• Multimodal Transport Hub Design: Co-locating high-speed rail, regional subways, and bus rapid transit systems inside a singular, structurally complex architectural landmark.

• Universal Design and Accessibility Engineering: Implementing intuitive wayfinding, tactile paths, and step-free architectural circulation for aging or disabled transit populations.

7. Sustainable Smart Cities and Intelligent Infrastructure

• Electric Vehicle (EV) Charging Architectural Integration: Embedding smart charging grids into public parking structures and residential building envelopes without compromising structural footprints.

• Active Building Envelopes and Smart Corridors: Kinetic facades that respond to localized traffic air-pollution spikes or traffic noise attenuation.

• Urban Air Mobility (UAM) and Vertiport Design: Architectural and structural structural engineering required to build drone and eVTOL landing pads on top of existing skyscrapers.

8. Bridges, Tunnels, and Structural Monuments

• Iconic Bridge Architecture and Highway Engineering: Balancing aesthetic cable-stayed or suspension bridge forms with highway approach alignments and geometric safety constraints.

• Subterranean Transit Architecture: Designing safe, well-ventilated, aesthetically reassuring underground subway stations within deep-bore transportation tunnels.

• Dynamic Structural Loads and Wind Engineering: Architectural shape optimization of transport structures to withstand seismic events and aerodynamic vortex shedding.

9. Right-of-Way, Urban Streetscapes, and Complete Streets

• Traffic Calming and Pedestrian-Centric Architecture: Using tactical urbanism, curb extensions, and textured paving to naturally slow vehicular traffic and protect building frontages.

• Active Transportation Corridors: Integrating dedicated, barrier-protected bicycle lanes into dense commercial architectural districts.

• Green Infrastructure and Stormwater Management: Merging bioswales and permeable pavement designs into streetscapes to handle both roadway runoff and urban building drainage.