Bridge & Rail

The Online Bridge Design to Eurocodes Training Course covers key concepts and practical applications of Eurocodes for bridge design. Modules include Basis of Design, Actions, Concrete, Geotechnical Design, and Steel & Composite materials. Participants learn about Eurocode implementation, analysis requirements, material specifications, and design approaches. The course aims to enhance understanding of Eurocode standards and their application in bridge engineering. The training spans 2 1/2 days and includes interactive sessions and Q&A opportunities.

The "Online Eurocode 2 for Bridges Designers" course aims to provide a comprehensive understanding of Eurocode 2 principles for structural concrete in bridges. Delegates will learn to apply the code to bridge structures, covering topics such as materials, durability, and design for various loading conditions. Practical workshop sessions enhance learning, enabling participants to confidently use Eurocode 2 in real projects. This course targets Structural Engineers with some knowledge of concrete design and Eurocodes 0 and 1. The duration is 2 days.

The Online Essential Eurocode 2 for Bridges course introduces the new design standard for structural concrete in bridges. It aims to provide delegates with a thorough understanding of Eurocode 2 and how to apply it to bridge structures, covering topics such as materials, durability, and structural analysis. Practical workshop sessions help participants gain confidence in using Eurocode 2 for real projects. The course is designed for Structural Engineers and requires basic knowledge of concrete design and Eurocodes 0 and 1.

The "Online Eurocode 2 & 7 for Bridge Engineers" course aims to provide a comprehensive understanding of the Eurocode 2 and Eurocode 7 design standards for structural concrete and geotechnical design in bridges. Participants will gain knowledge on design principles, materials, structural analysis, and practical application of the codes to bridge elements. The course includes workshops for hands-on experience and covers topics such as traffic loading, foundation design, and retaining structures. This 2-day course is designed for Structural Engineers with some prior knowledge of concrete design and Eurocodes.

The EC3 Steel Bridge Training course is a 2-day programme focusing on steel bridge design and analysis. The course covers topics such as types of steel bridges, bridge modelling, highway loading, structural analysis, design of structural elements, detailing, fabrication, bolts and welds, and fatigue. Participants engage in workshops to apply theoretical knowledge practically. The course aims to enhance participants' skills in designing and analyzing steel bridges.

The Online Bridge Inspection Training course is designed to equip participants with the knowledge needed to plan and conduct inspections on road and highway structures. Aimed at staff involved in bridge inspections, the course covers topics such as DMRB requirements, scheduling inspections, common defects, and inspection reporting. The virtual format using Microsoft Teams allows for sharing best practices and refreshing knowledge on current standards in a one-day session.

The Fatigue Analysis Bridges Training course offers an advanced overview of fatigue analysis methods for metallic bridges. The course covers fracture mechanics analysis of fatigue cracks, advanced finite element analysis for fatigue design and assessment, and probabilistic methods for fatigue analysis. Led by Dr. Boulent Imam, a Senior Lecturer in Civil Engineering Structures, the training aims to enhance understanding of fatigue behavior in bridges and optimize inspection and maintenance planning. The course duration is one day.

The Bridge Training course offers modules focusing on the life analysis of bridge structures. It covers topics such as infrastructure asset management, bridge management systems, stochastic performance modeling, maintenance planning models, life cycle analysis of bridges, long-term deterioration modeling for metallic bridges, fatigue analysis, and fracture mechanics analysis. Led by experts Dr. Boulent Imam and Dr. Zanyar Mirzaei, the course aims to enhance knowledge in bridge management, fatigue of structural systems, and maintenance planning. The 2-day course provides valuable insights for professionals in the field.