Eurocodes Training Courses

The Eurocode 2 & 7 for Bridge Engineers course focuses on providing a comprehensive understanding of the design standards for structural concrete and geotechnical design in bridges. Delegates will learn how to apply Eurocodes 2 and 7 to bridge structures through practical workshop sessions. The course covers topics such as basis of design, materials, durability, structural analysis, and design for various elements like beams, slabs, and foundations. It is designed for Structural Engineers with some knowledge of concrete design and Eurocodes 0 and 1.

The Eurocode 2 for Bridges Designers course aims to provide a thorough understanding of the principles of Eurocode 2 and how to apply them to bridge structures. Delegates will gain knowledge on design standards for structural concrete in bridges and practical skills through workshop sessions. The course covers topics such as materials, durability, and various design aspects for beams, slabs, piers, and foundations. It is designed for Structural Engineers with some prior knowledge of concrete design and Eurocodes.

The Essential Eurocode 2 for Bridges course aims to provide a comprehensive understanding of the Eurocode 2 design standard for structural concrete in bridges. Delegates will gain knowledge on the basis of design, materials, durability, and structural analysis, enabling them to confidently apply Eurocode 2 to bridge elements such as beams, slabs, and piers. Practical workshop sessions enhance learning, covering topics like flexure, shear, axial loading, deflection, and fatigue design. This one-day course is designed for Structural Engineers with some prior knowledge of concrete design and Eurocodes.

Eurocode 2 Training introduces the design standard for structural concrete, focusing on applying it to building elements. Delegates gain knowledge of Eurocode 2 principles and learn to design beams, slabs, columns, and foundations for flexure, shear, axial loading, and deflection. The course covers differences with BS 8110 and includes practical exercises. Aimed at Structural Engineers, prior concrete design knowledge is beneficial. The course duration is 1 day, and participants need a calculator and pencil.

The Eurocode 6 Masonry Training course is designed for designers new to EC6, aiming to provide an understanding of masonry construction basics and design principles. Participants will learn about masonry materials, construction aspects, and design considerations for vertical and lateral loads. The one-day course covers topics such as codes and standards, design for movement, and practical tutorials. By the end of the course, attendees will be equipped to carry out design for unreinforced masonry under vertical and lateral loads.

The Eurocodes Training course aims to provide practicing engineers with an understanding of structural reliability and Eurocodes, focusing on practical applications for safety assessment of engineering structures. The course covers Eurocodes 1 (action), 2 (Concrete), 3 (steel), and 8 (earthquake), including topics such as reliability-based code development and key techniques. Lectures by Dr. Boulent Imam and Dr. Juan Sagaseta offer insights into Eurocodes, design of concrete and steel structures, and examples for better comprehension. The course targets engineers needing to grasp Eurocodes and reliability-based code development.

Eurocode 7 Training is a workshop aimed at informing geologists, engineers, and environmental scientists about the changes in site investigation practices due to the new British Standards influenced by Eurocode 7. The course covers updates on publication, revision, and implementation, focusing on soil description through lectures and practical sessions. Led by an experienced engineering geologist involved in drafting new standards, the one-day course includes topics such as coarse soils, fine soils, organic soils, and man-made soils.

The Eurocode 3 Steel Training course is designed for Structural Engineers to learn and apply the principles of Eurocode 3 for building structures. Participants will gain knowledge on designing elements for flexure, lateral torsional buckling, shear, axial loading, deflection, fatigue, tension, and more. The course covers topics such as frame stability, section classification, ultimate limit state, serviceability limit state, cranes, and connections design. Practical tutorials are included to enhance understanding.