Structures & Infrastructure (Including EuroCodes)

This course on Online Distortion Control in Ship Building is designed for engineers and scientists involved in ship design and construction. It covers topics such as welding techniques, residual stresses, and accuracy control in ship construction. The course aims to provide a balance of theory and practice for attendees from ship management companies, oil companies, classification societies, and ship builders.

The Online Fixed Offshore Structures Training course aims to provide engineers and scientists with the necessary knowledge to assess the dynamics of fixed offshore structures. Topics covered include wave and earthquake analysis, structural response under random loading, extreme and fatigue loading, and vortex-induced vibration. The course is suitable for professionals in the offshore structures industry, including engineers, scientists, oil company personnel, and students on specialist offshore engineering courses. The course offers a balance of theory and practice through illustrated examples.

This online Eurocode 2 training course introduces the current design standard for structural concrete, focusing on applying it to building elements. Delegates gain practical knowledge through tutorials on designing elements using Eurocode 2. The course aims to equip participants with an understanding of Eurocode 2 principles and their application in building structures. Topics covered include beams, slabs, columns, foundations, flexure, shear, axial loading, deflection, and differences with BS 8110. The course is designed for Structural Engineers, requiring some prior knowledge of concrete design and Eurocodes 0 and 1.

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 Online Design Ship Structures Training Course focuses on ship structure design principles and rules, including load determination, scantling determination, and design verification techniques. The course targets engineers and scientists involved in ship design, ship management, oil companies, classification societies, and shipbuilders.

The Online Metallic Material and Structures Training course consists of 4 lectures totaling 6 hours. It aims to introduce lightweight metallic materials and structures, covering material basics, manufacturing processes, design case studies, and recycling progress. The course targets Engineers, Operations’ managers, Applied Scientists, and Technologists involved in designing lightweight structures. Lectures are delivered by Professor Shouxun Ji, a renowned expert in lightweight materials and structures, focusing on developing advanced materials for various industries.