Synergie Training offers Steel courses covering Eurocode 3, BS5950, Autodesk Advance Steel, and structural robustness. Ideal for civil and structural engineers seeking practical design skills.
Synergie Training delivers comprehensive Steel courses for civil and structural engineers. You will learn to design steel structures using Eurocode 3 and BS5950 standards. Our Autodesk Advance Steel course teaches you to model and detail 3D steel structures efficiently. Additionally, we offer training on structural robustness and disproportionate collapse to enhance your understanding of building resilience.
Courses are available online and at UK venues, including Inverness, Aberdeen, Glasgow, Edinburgh, and Dunfermline. Each course combines expert instruction with practical exercises to build your skills and confidence in steel design.
Explore our range of training courses in this category to find the right fit for your learning goals.
The Online Design of Steel Structures to EC3 Training Course provides an overview of design requirements for steel structures using Eurocodes (EC0 and EC3). It covers design checks for steel members and connections, structural analysis, and stability requirements.
The Online Steel Training Course focuses on using Autodesk Advance Steel to create and detail 3D steel structures. Participants will learn key functionalities, tools, commands, and workflows by constructing a steel structure from scratch. The course covers creating beams, columns, plates, connection elements, lists, and drawings. Topics include Advance Steel basics, viewing tools, beams, plates, connection elements, lists, and drawings. The course spans 2 days and costs £395 + Vat.
The Structural Robustness and Disproportionate Collapse in Buildings Training Course is designed for practicing engineers to learn how to fully design structurally robust buildings to prevent disproportionate collapse. The course covers designing buildings of Class 1 – 2B, alterations/change of use of existing buildings, and touches on Class 3 buildings. It is suitable for newly Chartered or almost Chartered Engineers and experienced engineers looking to understand the updated requirements for designing robust structures. The course includes workshops, teaching sessions, and practical exercises to develop skills in robustness compliance and building design.
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.
Eurocode 3 Training is designed for Structural Engineers to learn and apply the principles of Eurocode 3 for building structures. The course covers topics such as steelwork specification, frame stability, beams, slabs, connections, and design for flexure, shear, axial loading, and deflection. Participants will gain an understanding of Eurocode 3 and its differences with BS 5950. The course includes practical tutorials and design exercises to enhance learning.
This two-day course focuses on the practical application of design principles in structural steelwork. Participants will explore modern design methods, including beams and columns, under various loading conditions. The course aims to equip delegates with the knowledge to design safe and efficient steel structures according to BS5950 standards. Led by a chartered civil engineer, the interactive program includes workshops and tutorials to reinforce learning. Intended for civil and structural engineers, design managers, and staff from contractor, design, and client organizations seeking a hands-on introduction to practical steel design.
This three-day course provides a thorough introduction to designing steel and concrete bridges according to BS5400 and Highway Agency bridge design guide BD37. It covers key design principles, load considerations, global analysis, steel bridge elements, concrete bridge design, and practical design approaches. The course aims to equip civil and structural engineers with the knowledge needed to design bridges with construction, maintenance, and safety in mind. By the end of the course, delegates should be able to identify loadings, understand BS5400 concepts, design bridges, and address fracture and fatigue issues.
The Steel Eurocode 3 Training course focuses on the transition from British Standards to Eurocode 3 for designing steel structures. Led by an expert tutor, the course covers key changes, structural behavior, and design philosophies. Aimed at experienced civil and structural engineers, it emphasizes understanding Eurocode notation systems and designing structures accordingly. The one-day Essentials course offers practical guidance through presentations, discussions, and tutorials, highlighting the differences between BS5950 and Eurocode 3.
