The virtual kits will help develop hands-on skills in a sustainable way and have been match-funded by the college which has now significantly enhanced its welding facilities.

Edinburgh College’s head of school, Ron Eldridge, said: “The virtual welding technology allows students of all ages to practise welding techniques in a safe and controlled environment, complementing the new equipment at Midlothian Campus.

“Our collaboration with Inch Cape is both addressing specific skills shortages and providing clear pathways for students into employment, modern apprenticeships or further engineering courses.”

The virtual welders are just one element of the cooperation between the college and Inch Cape, one of Scotland’s largest current infrastructure projects. Inch Cape is sited in the North Sea, 15 kilometres from the Angus coast and the power it generates will come to shore at a new substation being built in East Lothian.

Inch Cape’s package of support has also enabled the delivery of a Level 5 Offshore Wind Renewable Energy Unit comprising STEM theory and simulations using a scaled Vestas wind turbine model so students can explore different ways of securing turbines to the seabed. By bringing in robotics experts from the Heriot-Watt National Robotarium, this initiative will help pave the way for the creation of new robotics provision at the college.

The partnering activity also includes the ongoing creation of an interactive immersive package for P7 and S1 students who will be able to virtually plan and build an offshore wind farm, with care for the people and environment it will impact.

Inch Cape’s stakeholder and communications manager, Sue Vincent, added: “Our partnership with Edinburgh College covers a raft of hands-on, innovative STEM-based learning opportunities targeted at different age groups. By providing varied educational insights and experiences, we aim to inspire students to see offshore wind as an exciting future career choice.”

Inch Cape will shortly begin its offshore construction with the project set to be fully operational in 2027.