Call for content

Call for content is open.

Calling all big thinkers! The infrastructure challenges of today require new kinds of solutions. YOUR solutions. So what's your big idea? ASCE2027 is your platform to showcase the next great infrastructure solution.

Submit your abstract below to share your insights and ideas for ASCE2027.

Important dates (subject to change)

Date	Events
March 4, 2026, 11:59 p.m. ET	Abstracts due
April 1, 2026	Speaker acceptance notifications sent
May 8, 2026	Session type confirmation notifications sent
August 12, 2026, 11:59 p.m. ET	Draft proceedings paper (optional) deadline
August 12, 2026, 11:59 p.m. EST	Speaker/author registration deadline
October 12, 2026, 11:59 p.m. ET	Final paper (optional) deadline
Spring/Summer 2027	Proceedings available for download

ASCE2027 key themes

Here are the key themes shaping ASCE2027—we’re seeking bold, future-focused content that inspires and engages.

Deep technical dive bars — Deep Technical Dive

Get granular with the latest breakthroughs in core engineering disciplines. This is where foundational research meets real-world application—advancing civil innovation through deep technical expertise.

AI driven design — AI-Driven Design & Cyber Resilience

Where data meets design: dive into the transformative power of AI, digital twins, and big data in infrastructure. Learn how human-machine collaboration is reshaping workflows—and how to defend against cyber and energy threats in a connected world. Push the boundaries of innovation in design and construction: from lower-carbon materials and renewable energy integration to advanced delivery methods and evolving standards that are redefining what’s possible.

Autonomous & Smart Tech Frontiers Hyundai — Autonomous & Smart Tech Frontiers

From eVTOL innovations to next-gen vertiports, we're entering a new era of mobility. Explore how autonomous systems, connected infrastructure, IoT, and smart energy grids are converging to create intelligent, efficient, and sustainable environments.

Fire — Engineering at the Edge

Designing for the most extreme conditions—whether it's the vacuum of space, the depths of the ocean, or the unpredictability of climate extremes. Discover how engineers are pushing the limits to deliver performance, resilience, and sustainability.

Future materials and construction methods — Future Materials & Construction Methods

Push the boundaries of innovation in design and construction: from lower-carbon materials and renewable energy integration to advanced delivery methods and evolving standards that are redefining what’s possible.

Money trail — Rethinking Infrastructure Finance & Policy

In a post-Federal funding landscape, how do we build smarter? Unpack new financing models, policy shifts, and streamlined delivery strategies that prioritize public health, safety, sustainability, and community-centered design. Engineering leadership starts here. Discover strategies to grow and retain global talent, expand career pathways, and prepare the next generation. Plus: risk management, ethics, and project delivery in a rapidly evolving industry.

The future workforce — The Future Workforce & Practice

Engineering leadership starts here. Discover strategies to grow and retain global talent, expand career pathways, and prepare the next generation. Plus: risk management, ethics, and project delivery in a rapidly evolving industry.

Session types

This is your chance to plug your expertise into an energizing and immersive infrastructure experience. Scroll below to find the session setup that works best for your idea. Please note that this is only the selection of a preference; the Technical Program Committee ultimately determines the final session type designation for all presentations at the event.

All 60-90 minute session proposals that are not for panels, short courses, or workshops. Includes formats such as industry & practice sessions, curated symposia, full 60-90 minute presentations of case studies, etc. It also encompasses any proposals that are for sessions “outside the box,” which are encouraged.
Multidisciplinary and diverse teams discuss, debate, or present knowledge on a specific topic or project.

Goal: To create open conversations and foster the exchange of knowledge.

Structure: 60-90 minutes (determined by Technical Program Committee). Panels should not exceed four speakers for a total of five participants including the moderator. May include an introduction, initial remarks from panelists, moderator questions, audience Q&A, and a summary.

Examples: Discussions on industry trends, expert insights, case study presentation.
A focused, instructor-led training session designed to teach specific skills on a single topic. These sessions are designed for efficient learning and offer practical takeaways — without the time commitment of a full program.

Goal: To deliver targeted education on a specialized subject, helping participants build or enhance specific skills. Ideal for professional development or deepening expertise in a particular area. Content is curated by the ASCE Continuing Education Department separately from other reviews to ensure high instructional value.

Structure: Short courses usually run for two to four hours and can only be scheduled exclusively on Monday, March 1, 2027, or Friday, March 5, 2027. Each session is led by one or two instructors and will require separate registration. ASCE Continuing Education will provide coordination.

Examples: Topics may include technical skills training (such as structural modeling or hydrology tools), regulatory and standards-based instruction, and real-world insights into design challenges, project management, innovation, and outcomes from the presenter’s perspective.
An interactive and collaborative session designed to engage participants in hands-on learning, problem-solving, or creative work around a particular topic or challenge. It fosters deep participation and often results in a tangible output.

Goal: To encourage active collaboration and knowledge exchange among attendees through activities, discussions, or group work. The focus is on solving specific problems or developing practical solutions in a facilitated environment.

Structure: Workshops usually last four to eight hours and can only be scheduled on Monday, March 1, 2027. Led by one to three subject matter experts, they will require separate registration. Coordinated by ASCE Continuing Education, workshops may follow a half-day or full-day format.

Examples: Workshop topics often focus on advanced technical skills and applied learning—such as scenario-based risk analysis, life-cycle analysis, geotechnical design procedures, structural condition assessment, soil characterization, or collaborative project management planning.

Topics by technical area

Below are the technical areas and topics that will be used for ASCE2027. When submitting an abstract, you will need to select a technical area followed by a topic. All topics marked with an asterisk (*) are considered “cross-cutting” topics, which are eligible for inclusion in cross-disciplinary sessions.

- 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

Proposal guidelines

- The abstract must be written in the best possible technical and grammatical English.
- The abstract should consist of one paragraph of about 300 words.
- Abstracts cannot include lists, tables, figures, display equations, footnotes, or references.
- The abstract should present a concise statement of the scope, principal findings, and conclusions of the author's work.
- Your own scientific, technical, or project work but not a literature review.
- No more than two submissions per person (as the presenter).
Only people who have significantly contributed to the research, project, or manuscript preparation should be listed as co-authors. Co-authors are eligible to register for the conference at the conference speaker-reduced registration rate and are also bound to the speaker cancellation policy. Co-authors should be able to present the abstract content if the primary author is unable to.
- Autobiographical.
- Commercial or promotional.
- ASCE requires that conference proceedings papers be original, unpublished work. ASCE does not publish abstract-only submissions or slide presentations in conference proceedings. ASCE membership is encouraged but not required for submission.
- All papers must be written and submitted in Microsoft Word.
- Papers should be between 5 and 15 pages in length, including the abstract, text, photos, and graphics (but excluding references).
- Authors whose abstracts are selected for inclusion in the technical program will be required to register for ASCE2027 at the appropriate fee, attend the conference, and make their presentations in person.
- Authors who are not registered for the ASCE2027 event by the author registration deadline will have their related paper pulled from the proceedings.
- Proceedings paper submission is optional for this event.
- Once you submit your abstract, you may begin writing your final paper. Please do not wait to start writing your paper.
- A paper may not be published later as a journal article unless the paper has been substantially revised to include at least 50% new or additional material.

Calling all big thinkers! The infrastructure challenges of today require new kinds of solutions. YOUR solutions. So what's your big idea? ASCE2027 is your platform to showcase the next great infrastructure solution.

Important dates (subject to change)

ASCE2027 key themes

Session types

Full session: other

Full session: panel

Full session: short course

Full session: workshop

Lightning round

Podium presentation

Poster presentation

Topics by technical area

Aerospace Engineering

Architectural Engineering

Business Management

Career Development

Coasts, Oceans, Ports, and Waterways Engineering

Cold Regions Engineering

Computing and Information Technologies

Construction Engineering and Management

Energy Engineering

Engineering Mechanics

Environmental and Water Resources Engineering

Geotechnical Engineering

Infrastructure Policy and Planning

Materials

Profession and Practice

Structural Engineering

Surveying Engineering

Transportation Engineering

Utility and Pipelines Engineering

Proposal guidelines

Abstracts must be:

Abstracts or proposals must NOT be:

Proceedings paper guidelines