The Offshore Engineering Society will host a lecture focused on the structural engineering demands behind utility-scale tidal energy, using the MeyGen Phase 1A project as a case study. The session, led by John Ward of Robert Bird Group, centres on how engineering decisions shape delivery risk, asset performance and long-term project viability.
MeyGen Phase 1A is the first stage of a planned 398MW tidal turbine array and represents one of the earliest examples of commercial-scale deployment in the sector. The project consists of four 1.5MW turbines installed in the Pentland Firth, an area known for strong and consistent tidal flows.
A key feature of the project is the use of turbines from two different suppliers. This approach reflects an effort to manage technology risk at an early stage of market development, allowing performance comparison while avoiding reliance on a single design.
The lecture is expected to address how structural engineering underpins these decisions, including foundation design, fatigue management and resilience in harsh marine conditions. These elements directly influence cost control, downtime risk and asset life, which in turn affect project returns. Early-stage projects such as MeyGen Phase 1A provide limited historical data, increasing the importance of conservative design and contingency planning.
Operational since early 2017, Phase 1A serves as a reference point for assessing how tidal projects move from concept to execution. It also illustrates the coordination required between developers, engineers and equipment suppliers in a setting where industry standards are still evolving.
The event will take place on 25 March 2026 in London, with a hybrid format enabling remote access. Attendance is limited to members of the Offshore Engineering Society, employees of corporate member organisations and invited guests, with standard registration controls in place.
Ampeak Energy Limited (LON:AMP) a developer, owner and operator of sustainable energy projects. Transitioning to become a major Independent Power Producer (IPP) with a project development arm specialising in Battery Storage and Tidal Stream generation.
