Course content

The course provides a professional update on the standard "BS EN 1994-1-8 Eurocode 1 - Actions on structures, Part 1-8: Actions from waves and currents on coastal structures".

You will learn how the standard affects the design and construction of coastal structures. You will gain insight into practical use and expert guidance throughout the course. Exchange of experience and networking are also an important part of the course.

Learning outcome

Knowledge. Upon completion of the course, the candidate will:

• Be familiar with the content and purpose of Eurocode EN 1991-1-8.
• Understand the key changes in load calculation and design for coastal structures compared to previous standards.
• Have an overview of new requirements for environmental data, calculation methods, and documentation.
• Know how the standard impacts the design, construction, operation, and maintenance of bridges, quays, aquaculture facilities, and floating bridges.

Skills. The candidate can:

• Calculate and assess wave and current loads for various coastal structures according to EN 1991-1-8.
• Apply simplified methods to test compliance with the new requirements.
• Evaluate existing structures against the new standard and propose necessary adjustments.
• Adapt project documentation and reporting to meet the new requirements.

General Competence. The candidate:

• Has insight into how changes in standards affect the entire lifecycle of coastal structures.
• Can communicate requirements and solutions to colleagues, clients, and authorities.
• Understands the relationship between European requirements and Norwegian practices and can contribute to the implementation of new requirements in their organization in a cost-effective manner.

Learning methods and activities

Participants will attend two physical gatherings in Trondheim, featuring lectures, group work, and case studies. They will also engage in web-based lessons that compare old and new methods for load calculations and work on practical case studies where they will redesign an example project according to the new standard. There will be discussions addressing practical challenges and solutions encountered during the implementation phase, facilitated by experienced professionals from the industry. Between sessions, participants will receive assignments and materials for independent study to reinforce learning. Hands-on workshops will allow participants to apply theoretical knowledge to real-world scenarios, enhancing practical understanding.

Compulsory assignments

• 2 problem sets
• Mandatory presence

Recommended previous knowledge

Basic Knowledge of Loads and Design: It is expected that participants have a fundamental understanding of loads and design principles from their engineering studies.

Practical Experience: Experience in the design, operation, or maintenance of marine structures, such as bridges, quays, or aquaculture facilities, is an advantage.

Familiarity with Standards: Participants are encouraged to have knowledge of relevant standards and regulations, including Eurocodes and national supplements.

Interest in Standardization: Participants should have an interest in standardization and coastal constructions, as this will be central to the course.

Required previous knowledge

Engineering Education: Participants must have completed an engineering degree, preferably with a specialization in civil engineering, marine technology, or a related field, or have an education and work experience equivalent to the bachelor degree, at least 120 credits and 2 years of relevant work experience.

Course materials

Lecture Notes: Participants will have access to presentations and notes from the lectures covering the course content.

Compendium: A compendium containing excerpts from Eurocode EN 1991-1-8, as well as comparisons with existing guidelines, will be provided.

Calculation Sheets: Participants will receive calculation sheets and checklists for practical use in the design and dimensioning of coastal structures.

Online Resources: Access to online lessons and resources that support learning and provide examples of calculations.

Case Studies: Examples of case studies illustrating the application of the new standard in practice.

Recommended Literature: A list of recommended literature and resources for further reading and in-depth study of the subject.