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Annual International Congress on
Civil Engineering
February 13-14, 2025
Oxford, United Kingdom / Online
President's Welcome
Welcome to the Annual International Congress on Civil Engineering (AICCE). It is my great pleasure to invite you to this premier event where the brightest minds in civil engineering converge to share their insights, innovations, and advancements. As we gather experts, researchers, and industry leaders from around the world, AICCE stands as a beacon of excellence, fostering collaboration and driving the future of our field. I encourage you to take full advantage of the rich program we have prepared, and I look forward to the meaningful exchanges and groundbreaking ideas that will emerge from this congress. Together, let’s shape the future of civil engineering.
Henry Ryan
Congress Chair
Publication of Congress Papers
We are pleased to announce that all accepted papers from the conference will be published as a special issue in the prestigious PES (Proceedings on Engineering Sciences) Journal. This offers an exceptional opportunity for researchers to showcase their work in a high-impact publication, recognized internationally.
The PES Journal is indexed in:
- SCOPUS
- Google Scholar
- DOAJ (Directory of open access journals)
- ROAD (Directory of open access schoolary resources)
- Sherpa Romeo
- EBSCO Essentials
- Applied Science & Technology Source Ultimate (EBSCO)
- Central & Eastern European Academic Source – CEEAS (EBSCO)
- Index Copernicus ( IC Journal Master List – ICV 2022 = 100.00)
- Information Matrix for the Analysis of Journals (ICDS = 3.3)
- Repository of National Serbian Library, Libris – National Library of Sweeden, ResearchBib, COBISS+ (print), COBISS+ (e), SJIFactor, EuroPub Database, CiteFactor, Publons, Open Academic Journals Index, WorldCat, juLib eXtended, Elektronische Zeitschriftenbibliothek
Keynote Speakers & Editors
The distinguished experts sharing their insights on groundbreaking topics
Professor Ephraim Suhir
Ephraim Suhir is on the faculty of the Portland State University, Portland, OR, USA, and Bordeaux Univ., France. He is IEEE, ASME, SPIE and IMAPS Life Fellow, APS, IoP(UK) and SPE Fellow, and AIAA Associate Fellow. He received numerous professional awards. Particularly, he is the third Russian American Scientist, after S. Timoshenko and I. Sikorsky, who received the prestigious ASME Worcester Reed Warner Medal for outstanding contribution to the permanent literature of engineering (and establishing a new discipline – structural analysis of electronic and photonic systems). Ephraim authored and co-authored 500+ publications and enjoys numerous references to his published work.
Professor Ephraim Suhir
Ephraim Suhir is on the faculty of the Portland State University, Portland, OR, USA, and Bordeaux Univ., France. He is IEEE, ASME, SPIE and IMAPS Life Fellow, APS, IoP(UK) and SPE Fellow, and AIAA Associate Fellow. He received numerous professional awards. Particularly, he is the third Russian American Scientist, after S. Timoshenko and I. Sikorsky, who received the prestigious ASME Worcester Reed Warner Medal for outstanding contribution to the permanent literature of engineering (and establishing a new discipline – structural analysis of electronic and photonic systems). Ephraim authored and co-authored 500+ publications and enjoys numerous references to his published work.
Professor Boris S. Kerner
Boris S. Kerner was born in Moscow in 1947. He received the Ph.D. (1979) and Doctor of Sciences (1986) degrees from the Academy of Sciences of the Soviet Union. Since 1992, he worked in various fields of Transportation Engineering at Daimler Company in Stuttgart, Germany. Since his retirement in 2013, Professor Kerner has been working at the University of Duisburg-Essen. He authored of 5 books as well as more than 400 scientific works and patents in Transportation Engineering. Kerner has revolutionized "Understanding Real Vehicular Traffic" through the empirical discovering of the nucleation nature of traffic breakdown (F -> S transition) at a highway bottleneck and the creating of three-phase traffic theory.
Professor Boris S. Kerner
Boris S. Kerner was born in Moscow in 1947. He received the Ph.D. (1979) and Doctor of Sciences (1986) degrees from the Academy of Sciences of the Soviet Union. Since 1992, he worked in various fields of Transportation Engineering at Daimler Company in Stuttgart, Germany. Since his retirement in 2013, Professor Kerner has been working at the University of Duisburg-Essen. He authored of 5 books as well as more than 400 scientific works and patents in Transportation Engineering. Kerner has revolutionized "Understanding Real Vehicular Traffic" through the empirical discovering of the nucleation nature of traffic breakdown (F -> S transition) at a highway bottleneck and the creating of three-phase traffic theory.
Congress Scope
We are excited to announce the upcoming Annual International Congress on Civil Engineering, a gathering dedicated to the exploration and advancement of engineering solutions. This congress serves as a platform for experts, innovators, and enthusiasts in the field of Civil Engineering to exchange knowledge, ideas, and insights.
500
Registeration Capacity
10
Topic
20
Award & Grant
2
Conference Platform
Congress Stream
Congress topics are not limited to the following items only and encompass all subjects related to civil engineering
1.Structural Engineering
- Design, analysis, and construction of buildings, bridges, and other infra.
- Advances in materials science, use of sustainable and smart materials.
- Earthquake-resistant design and retrofitting of structures.
2.Geotechnical Engineering
- Soil mechanics and foundation engineering.
- Tunneling, underground construction, and soil-structure interaction.
- Slope stability and landslide mitigation techniques.
3. Transportation Engineering
- Design and optimization of transportation networks and systems.
- Sustainable transportation solutions and smart mobility.
- Traffic management, safety, and urban planning.
4. Environmental Engineering
- Water and wastewater treatment processes and technologies.
- Environmental impact assessment and sustainable dev. practices.
- Air quality & waste management, and remediation of contaminated sites
5. Construction Management
- Project planning, cost estimation, and construction scheduling.
- Risk management, quality control, and lean construction practices.
- Innovative construction technologies and project delivery methods.
6. Hydraulic and Water Resources Engineering
- Hydrology, flood management, and watershed management.
- Design and analysis of hydraulic structures, such as dams and levees.
- Sustainable water resource management and climate change adaptation
7. Urban and Regional Planning
- Urban design, land use planning, and sustainable city development
- Infrastructure resilience and disaster risk management in urban areas
- Smart city technologies and their integration into urban planning
8. Renewable Energy in Civil Engineering
- Integration of renewable energy systems in civil infrastructure
- Sustainable building design and green construction practices
- Life cycle assessment and carbon footprint reduction in civil engineering
9. Advanced Materials and Technologies
- Nanomaterials, composites, and high-performance materials
- Application of automation, robotics, and AI in civil engineering
- 3D printing, modular construction, and other innovative methods
10. Civil Engineering Education and Professional Practice
- Curriculum development and teaching methods in civil engineering edu.
- Ethics, professionalism, and the role of civil engineers in society.
- Continuing education, certification, and professional dev. opportunities.
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