QED Naval has recently completed its recruitment drive to enable it to take on the challenges of the Subhub project and bring further capabilities to the business. Alan McIntosh, Craig Salkeld and Jonathan Nicol have all joined the team in the past few months each bringing experience, expertise and new ideas into the group.
Craig joins us from Aquamarine Power where he supported the developing technologies group and now adds to QED Naval’s Mechanical Engineering and Fluid Loading team which are working away on the detailed design phase of the a 4.0m diameter version of the community scale Subhub capable of generating up to 150kW of power.
Alan previously worked with Pelamis including the project that installed the Pelamis device off the coast of Portugal. He joins us as the Operations Manager and will be working on the procedures for installation/retrieval and operation/maintenance of the Subhub. A large part of this role is to manage the risk assessments and health and safety of all those involved in offshore operations.
Jonathan Nicol also joins the team from Aquamarine Power and will be taking on the role of Procurement and Document Control Manager and will be developing the supply chain for the Subhub as well as driving the business management system towards ISO 9001 standard.
This recruitment drive has brought a wealth of knowledge from the wave & tidal sector which will be applied to develop the Subhub project as well as making important additions to the capabilities of the consultancy aspects of the business.
Jeremy Smith the Managing Director said, “We are delighted with the outcome of the recruitment drive. This compact, highly qualified and specialist team gives us the capability to take the Subhub demonstration project through to a successful completion. We are confident of achieving our aims of this project where the key objective is to produce a step change in the cost of generating tidal energy. Beyond that, this recruitment drive provides us with with the knowledge, skills and man power to support other marine renewable projects which require access to our advanced numerical modelling capabilities from ANSYS and MatLab which simulate the extreme conditions from wind, wave and tidal loading on their structures and turbines”.