Program

Full sessions are 60-90 minutes and include formats such as industry and practice sessions, curated symposia, and full 60-90 minute presentations of case studies.

Multidisciplinary and diverse teams discuss, debate, or present knowledge on a specific topic or project.

Interactive half-day training sessions led by subject matter experts, designed to engage participants, incorporating instructor-led foundational content, complemented by discussion, hands-on learning, problem-solving, and/or creative work around a particular topic or challenge in practice.

All short courses are eligible for 4.0 PDHs.

Morning sessions (8 a.m. to noon)

• Engineering for Bridge Demolition
• Artificial Intelligence in Transportation Geotechnics: Data-Driven Modeling, Design, and Performance Monitoring of Infrastructure Systems
• Flood Risk, Flood Engineering, and Flood Impacts (Coastal & Riverine) (ASCE 24-24)
• TMDL Modeling Advances and Holistic Watershed Management in the AI Era
• Probabilistic Analyses in Geotechnical Earthquake Engineering
• Structural Design for Blast Loads and Explosions (ASCE 59)
• Transforming Infrastructure Intelligent Construction Technologies
• Small Uncrewed Aerial Systems (sUAS) in Transportation Infrastructure Monitoring
• Design of Overhead Power Line and Substation Foundations (ASCE MOP 160 & MOP 161)
• EJCDC Document User Bootcamp

Afternoon sessions (1 p.m. to 5 p.m.)

• Short Span Steel Bridge Workshop
• Artificial Intelligence in Civil Engineering: Implementable Practices You Need to Know
• ASCE 41-23 Seismic Evaluation and Retrofit of Existing Buildings
• A Comprehensive Framework for Quantifying Multi-Benefits of Nature-Based Solutions (NbS) for Water Quality and Quantity Challenges
• Deep Foundations: Types, Installations, and Testing Methods for Structural Integrity and Geotechnical Load Bearing Capacity Evaluations
• Introduction to ASCE/SEI 7-22 for New Graduate Structural Engineers
• Airport Pavement Design and Evaluation
• Small Unmanned Aerial Systems for Airfield Pavement Inspection: Data Collection, Processing, and Analysis
• Building Integrated Teams with Collaborative Work Planning
• EJCDC and Progressive Design-Build Case Studies: Promises and Pitfalls

5-minute presentation included in a lightning round session.

15-minute oral presentation with a visual presentation component that occurs within a 60- to 90-minute session.

Posters will be displayed in the Exhibit Hall during specified poster sessions.

Behind-the-scenes site visits. Earn up to 3 PDHs.

• I-95 Central Access Philadelphia Project
• Amtrak - 30th Street Station
• Philadelphia Airport
• AERO Aggregates Foamed Glass Aggregates Plant Tour and Presentation
• PhilaPort
• Villanova Resilient Stormwater Infrastructure

View Technical Tours details

• Additive Manufacturing and Novel Material Applications
• Aerodynamics and Fluid Mechanics
• Alternatives/Advanced Building Materials
• Artificial Intelligence in Civil Engineering*
• Blast, Shock, and Impact
• Civil Engineering Education*
• Codes and Standards*
• Cold Weather Construction
• Connected and Autonomous Vehicles (CAVs)
• Construction Materials
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Twin Technology and Applications
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Engineering Geology and Site Characterization
• Environmental Hazards*
• Ethics*
• Fatigue and Fracture
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Public Health, Safety, and Welfare*
• Policies and Government Action*
• Regolith Operations, Mobility, and Robotics
• Resilience*
• Assessment and Management*
• Soil Properties and Modeling
• Space Engineering and Construction
• Structural Identification and Health Monitoring
• Sustainability*
• Temporary Works, Structures, and Demolition
• Uncrewed Aerial Systems (UAS)
• Visionary, Unconventional, and Innovative Built and Non-Built Projects
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Structural Modeling)

• Adaptive Reuse of Building Infrastructure
• Aesthetics in Design
• Alternative/Advanced Building Materials
• Architectural Engineering Education
• Artificial Intelligence (AI) in Civil Engineering*
• Bioretention
• Building Automation and Controls
• Building Biogenics
• Building Façade Integration
• Building Systems Integration
• Civil Engineering Education*
• Codes and Standards*
• Construction and Structural Materials
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Design by Market Sector: Hospitals, Stadiums, Commercial, Residential
• Designing for Fire
• Digital Twin Technology and Applications
• Economic and Financial Impacts*
• Embodied Carbon in Building Systems
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Energy Efficiency in Commercial and Residential Buildings
• Environmental Hazards*
• Ethics*
• Facility Management
• Future Weather and Climate Extremes*
• Global Civil Enginering Trends and Concerns*
• Green Building Design
• Healthy Buildings - Indoor Air Quality
• High-Performance Buildings
• Historical Building Retrofits
• Impacts of Civil Engineering in Communities*
• Impacts of Lighting and Indoor Environmental Quality
• Life Cycle Assessment
• Mechanical Systems Efficiency
• Modular Design Principles
• Nature-Based Solutions
• Passive Heating/Cooling
• Photovoltaic Design and Integration
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Renewable Energy
• Resilience*
• Resilient Building Systems
• Risk Assessment and Management*
• Smart Building Systems
• Structural Design Loads and Hazards
• Structural Identification and Health Monitoring
• Sustainability*
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Modeling)
• WELL Building Design

• Alternative Project Delivery Methods
• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Construction Claims
• Construction Contracts and Other Documents
• Construction Law
• Construction Quality Management
• Contract Negotiation
• Cost-Benefit Analysis
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Digital Project Delivery
• Disaster Response and Mitigation
• Economic and Financial Impacts
• Economic Modeling, Fiscal Strategy, and Funding Sources
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Forensic Investigation, Practice, and Analysis
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Leadership/Management
• Project Life-Cycle Analysis
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Risk Communication
• Sustainability*
• Workforce Culture
• Workforce Shortage and Development

• Artificial Intelligence (AI) in Civil Engineering*
• Career Planning and Development
• Certifications, Credentialing, and Licensure
• Civil Engineering Education*
• Codes and Standards*
• Communication and Collaboration
• Continuing Education and Lifelong Learning
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Future of Civil Engineering in Practice
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Innovative Outreach and Educational Programming
• Leadership/Management
• New Professionals
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Sustainability*
• Talent Management
• Workforce Shortage and Development

• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Coastal Adaptation and Resilience
• Coastal Engineering
• Coastal Zone Management
• Codes and Standards*
• Compound Flooding
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Dredging
• Economic and Financial Impacts*
• Embankments, Dams, and Slopes
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Emerging Contaminants
• Environmental Hazards*
• Ethics*
• Flood Prediction and Management
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Hydraulics and Waterways
• Impacts of Civil Engineering in Communities*
• Increasing Service Life of Piles
• Metocean Advances
• Nature-Based Solutions
• Offshore Wind Structures
• Protection and Rehabilitation of Waterfront Structures
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• River Restoration
• Sea-Level Change
• Solutions for Extreme Events
• Stormwater
• Subsea Tiebacks
• Sustainability*
• Waterfront Facility Inspection

• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Cold Weather Construction
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Deep Foundations
• Earthquake Engineering and Soil Dynamics
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Frozen Ground
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Groundwater
• Impacts of Civil Engineering in Communities*
• Nature-Based Solutions
• Permafrost
• Permeable Pavement
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Renewable Energy
• Resilience*
• Risk Assessment and Management*
• Shallow Foundations
• Soil Properties and Modeling
• Structural Design Loads and Hazards
• Structural Identification and Health Monitoring
• Sustainability*
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Structural Modeling)
• Wind Engineering

• Aerial and Satellite Remote Sensing
• AI/GIS for Early Flood Warning Systems and Spatial Analysis
• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Computational Geotechnics
• Connected and Autonomous Vehicles (CAVs)
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Digital Project Delivery
• Digital Twin Technology and Applications
• Economic and Financial Impacts
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Hydroanalytics: Methods for Investigating Hydroclimate and Environmental Data
• Impacts of Civil Engineering in Communities*
• Infrastructure Digitalization
• Internet of Things
• Machine Learning for Civil Applications
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Smart Building Systems
• Structural Identification and Health Monitoring
• Sustainability*
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Structural Modeling)

• Advanced Building Materials
• Airfield and Highway Pavements: Construction, Maintenance, and Rehab
• Alternative Project Delivery Methods
• Artificial Intelligence (AI) in Civil Engineering*
• BIM/GIS/VDC
• Civil Engineering Education*
• Codes and Standards*
• Communication and Conflict Resolution
• Construction Claims
• Construction Contracts
• Construction Cost Estimation
• Construction Documents
• Construction Engineering Education
• Construction Law
• Construction Materials
• Construction Project Case Studies
• Construction Quality Management
• Construction Safety and Health
• Construction Schedule
• Construction Site Management
• Contract Negotiation
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Digital Project Delivery
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies for Civil Engineering*
• Environmental Hazards*
• Ethics*
• Fire Protection and Safety
• Forensics Investigations and Practice
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Historical Buildings and Structures
• Impacts of Civil Engineering in Communities*
• Innovations and Use of New Technologies in Construction
• Lean Construction
• Management Practices in Construction
• Megaprojects and Large-Scale Infrastructure Development
• Modular and Prefab Construction
• Preservation of Historic Structures
• Procurement Methods
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Specifications
• Structural Connections and Non-Structural Components
• Surveying and Surveying Equipment
• Sustainability*
• Tall Buildings
• Temporary Works, Structures, and Demolition
• Underground Engineering and Construction
• Workforce Shortage and Development

• Artificial Intelligence (AI) in Civil Engineering*
• Building System Controls
• Civil Engineering Education*
• Codes and Standards*
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Economic and Financial Impacts*
• Embodied Carbon
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Energy Efficiency
• Energy Storage Systems
• Environmental Hazards*
• Ethics*
• Future Weather and Climate Extremes*
• Geothermal Energy
• Global Civil Engineering Trends and Concerns*
• Green Building Design
• High-Performance Buildings
• Hydropower
• Impacts of Civil Engineering in Communities*
• Mechanical Systems Efficiency
• Modular Design Principles
• Offshore Wind Structures
• Oil and Gas Pipelines
• Overhead Power Line Structures
• Passive Heating/Cooling
• Photovoltaic Design and Integration
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Renewable Energy
• Resilience*
• Risk Assessment and Management*
• Smart Building Systems
• Smart Grid Technology
• Sustainability*
• WELL Building Design
• Whole-Building Life Cycle Assessment
• Wind Energy

• Additive Manufacturing and Novel Material Applications
• Aerodynamics and Fluid Mechanics
• Artificial Intelligence (AI) in Civil Engineering*
• Blast, Shock, and Impact
• Civil Engineering Education*
• Codes and Standards*
• Computational Geomechanics
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Deep Foundations
• Disproportionate Collapse
• Dynamics
• Earth Retaining Structures
• Earthquake Engineering and Soil/Structural Dynamics
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Fatigue and Fracture
• Fire and Wildfire Mechanics
• Fluid Mechanics
• Fracture Mechanics
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Machine Learning for Civil Applications
• Mechanics of Porous Media
• Metamaterials
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Probabilistic Mechanics
• Resilience*
• Risk Assessment and Management*
• Rock Mechanics
• Soil Mechanics
• Structural Connections and Non-Structural Components
• Structural Control and Sensing
• Structural Identification and Health Monitoring
• Structural Materials
• Structural Systems/Structural Stability
• Sustainability*
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Structural Modeling)

• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Compound Flooding
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Desalination and Water Reuse
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Emerging Contaminants
• Environmental
• Environmental Hazards*
• Environmental Impact Assessments (EIA)
• Ethics*
• Flood Prediction and Management
• Future Weather and Climate Extremes*
• Geoenvironmental Engineering
• Global Civil Engineering Trends and Concerns*
• Green Building Design
• Green Roofs
• Groundwater
• Hazardous Waste
• History and Heritage
• Hydraulics and Waterways
• Hydroclimate and Climate Change
• Hydrologic Modeling to Support Ecological Applications in Wetlands
• Impacts of Civil Engineering in Communities*
• Integrated Water Management
• Irrigation and Drainage
• Low Impact Development
• Multihazard Mitigation
• Municipal Water and Wastewater
• Nature-Based Solutions
• Operation and Maintenance of Environmental and Water Resources Systems
• Permeable Pavement
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Renewable Energy
• Reservoir Design and Operation
• Resilience*
• Risk Assessment and Management*
• River Restoration
• Solid Waste Management
• Stormwater
• Stream Restoration
• Sustainability*
• Analysis, Modeling, and Case Studies
• Water Distribution System Analysis
• Water Quality Assessment
• Water Resources Planning and Management
• Watershed Management

• Additive Manufacturing and Novel Material Applications
• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Coastal Engineering
• Codes and Standards*
• Computational Geotechnics
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Deep Foundations
• Earth Retaining Structures
• Earthquake Engineering and Soil Dynamics
• Economic and Financial Impacts*
• Embankments, Dams, and Slopes
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Engineering Geology and Site Characterization
• Environmental Hazards*
• Ethics*
• Flood Prediction and Management
• Forensic Investigations and Practice
• Frozen Ground
• Future Weather and Climate Extremes*
• Geoenvironmental Engineering
• Geophysical Engineering
• Geosynthetics
• Geotechnics of Soil Erosion
• Global Civil Engineering Trends and Concerns*
• Grouting
• Impacts of Civil Engineering in Communities*
• Multihazard Mitigation
• Navigation Channel Sedimentation
• Pavements
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Regolith Operations, Mobility, and Robotics
• Resilience*
• Risk Assessment and Management*
• Rock Mechanics
• Shallow Foundations
• Soil Improvement
• Soil Properties and Modeling
• Structural Design Loads and Hazards
• Sustainability*
• Tunnels
• Underground Engineering and Construction
• Unsaturated Soils
• Information Modeling and Simulations (BIM/GIS/VDC/Other Structural Modeling)

• Adaptive Reuse of Structures
• Artificial Intelligence (AI) in Civil Engineering*
• Automated People Movers (APM) and Automated Transit Systems (ATS)
• Bridges
• Civil Engineering Education*
• Civil Infrastructure and Lifeline Systems
• Climate-Readiness of Infrastructure
• Coastal Zone Management
• Codes and Standards*
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Disaster Mitigation, Planning, and Preparedness
• Economic and Financial Impacts*
• Economic Modeling, Fiscal Strategy, and Funding Sources
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Energy Efficiency in Commercial and Residential Buildings
• Environmental Hazards*
• Ethics*
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Human-Based/Communities Design in Civil Infrastructure
• Impacts of Civil Engineering in Communities*
• Infrastructure Digitalization
• Integrated Water Management
• Lessons Learned from Catastrophic Disasters
• Life-Cycle Assessment
• Managing Aging Infrastructure
• Megaprojects and Large-Scale Infrastructure Development
• Multihazard Mitigation
• Performance Objectives and Designing Infrastructure for Functional Recovery
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Resilient Communities
• Resilient Infrastructure Systems
• Risk Assessment and Management*
• Sustainability*
• Transportation Infrastructure Systems
• Transportation Planning
• Urban and Regional Planning
• Visualization, Information Modeling, and Simulations (BIM/GIS/VDC/Other Structural Modeling)

• Additive Manufacturing and Novel Material Applications
• Airfield and Highway Pavements: Materials
• Alternative/Advanced Building Materials
• Artificial Intelligence (AI) in Civil Engineering*
• Bituminous Materials
• Building Biogenics
• Civil Engineering Education*
• Codes and Standards*
• Concrete Technology
• Construction Materials
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Fatigue and Fracture
• Fire Protection
• Forensic Investigations and Practice
• Fracture Mechanics
• Future Weather and Climate Extremes*
• Geosynthetics
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Material Behavior Under Load
• Material Selection for Extreme Environments
• Permeable Pavement
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Rock Mechanics
• Soil Improvement
• Soil Properties and Modeling
• Structural Materials
• Sustainability*

• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Construction Claims
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Forensic Investigation, Practice, and Analysis
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• History and Heritage
• Human-Based/Communities Design in Civil Infrastructure
• Impacts of Civil Engineering in Communities*
• Innovative Outreach and Educational Programming
• Leadership/Management
• New Professionals
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Risk Communication
• Sustainability*
• Sustainable Future through Global Engagement
• Visionary, Unconventional, and Innovative Built and Non-Built Projects
• Workforce Shortage and Development

• Adaptive Reuse of Structures
• Aesthetics in Design
• Artificial Intelligence (AI) in Civil Engineering*
• Blast, Shock, and Impact
• Bridges
• Building Façade Integration
• Building Materials
• Civil Engineering Education*
• Coastal Engineering and Waterfront Structures
• Codes and Standards*
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Deep Foundations
• Designing for Fire
• Designing for Seismic Effects
• Economic and Financial Impacts*
• Efficiency of Design
• Embankment, Dams, and Slopes
• Embodied Carbon in Structures
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Fatigue and Fracture
• Forensic Investigations and Practice
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Historical Buildings: Preservation and Retrofit
• Impacts of Civil Engineering in Communities*
• Increasing Service Life of Piles
• Innovations in Offshore Wind Foundations and Structures
• Innovative Structural Design
• Life-Cycle Assessment
• Managing Aging Infrastructure
• Marinas and Large Floating Structures
• Megaprojects and Large-Scale Infrastructure Development
• Modular Design Principles
• Multihazard Mitigation
• Nature-Based Solutions
• Nonbuilding and Special Structures
• Offshore Wind Design Challenges and Advancements
• Overhead Power Line Structures
• Performance-Based Design of Structures
• Photovoltaic Systems
• Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Shallow Foundations
• Smart Building Systems
• Structural Condition Assessment
• Structural Connections and Non-Structural Components
• Structural Control and Sensing
• Structural Design Loads and Hazards
• Structural Fatigue
• Structural Identification and Health Monitoring
• Structural Materials
• Structural Systems/Structural Stability
• Sustainability*
• Tunnels
• Visualization, Information Modeling, and Simulations (VIMS)
• Wind Engineering

• Aerial and Satellite Remote Sensing
• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Codes and Standards*
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Digital Twin Technology and Applications
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Future Weather and Climate Extremes*
• Geospatial Data Supporting Disaster Response and Recovery
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Surveying and Surveying Equipment
• Sustainability*
• Using GIS for Early Flood Prediction and Warning Systems

• Active Transportation (Bike/Ped)
• AI in Transportation
• Artificial Intelligence (AI) in Civil Engineering*
• Automated People Movers (APM)
• Automated Transit Systems (ATS)
• Aviation Planning and Operations
• Civil Engineering Education*
• Codes and Standards*
• Connected and Autonomous Vehicles (CAVs)
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Economics and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies*
• Environmental Hazards*
• Ethics*
• Freight and Logistics
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Mobility on Demand and as a Service (MODaaS)
• Pavements: Accelerated Testing and Instrumentation
• Pavements: Condition Assessment
• Pavements: Design and Analysis
• Pavements: Innovation and Sustainability
• Pavements: Material Characteristics
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Public Transport
• Rail Transport
• Resilience*
• Risk Assessment and Management*
• Street and Highway Operations
• Sustainability*
• Sustainable Transportation
• Transportation Economics and Finance
• Transportation Infrastructure Systems
• Transportation Planning
• Transportation Safety
• Uncrewed Aerial Systems (UAS)

• 3D Modeling of Utility Infrastructure
• Alternative Project Delivery Methods for Pipeline Infrastructure
• Artificial Intelligence (AI) in Civil Engineering*
• Civil Engineering Education*
• Civil Infrastructure and Lifeline Systems
• Codes and Standards*
• Cybersecurity*
• Data Collection and Management*
• Data Sensing and Analytics*
• Designing for Seismic Effects
• Digital Twin Technology and Applications
• Economic and Financial Impacts*
• Emerging and Innovative Technologies and Methodologies in Civil Engineering*
• Environmental Hazards*
• Ethics*
• Future Weather and Climate Extremes*
• Global Civil Engineering Trends and Concerns*
• Impacts of Civil Engineering in Communities*
• Municipal Pipelines
• Oil and Gas Pipelines
• Pipeline Condition Assessment Technologies
• Pipeline Rehabilitation Techniques
• Public Health, Safety, and Welfare*
• Public Policies and Government Action*
• Resilience*
• Risk Assessment and Management*
• Soil-Structure Interaction Considerations for Buried Pipelines
• Sustainability*
• Trenchless Methods for Pipeline Infrastructure
• Underground Engineering and Construction