Young minds crossed new horizons as pupils swapped the classroom for cables and crossings, stepping into the world of engineering with a hands-on visit to one of the region’s most recognisable structures.
Children from West Alvington CofE Academy and Charleton CofE Academy, part of the Learning Academy Partnership, took part in an educational trip centred around the Tamar Bridge, combining travel with practical learning.
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The day began with a train journey across the bridge, allowing pupils to experience the landmark from a unique vantage point. After arriving, they completed a guided walk back across it, stopping to learn about its design, construction and role in the area.
The visit supported classroom studies on structures and engineering, giving pupils the chance to see real-world applications of topics they have been exploring.
Staff said the children were engaged throughout, asking questions and making observations as they explored both the bridge and its visitor centre.
The Tamar Bridge spans the River Tamar between Saltash in Cornwall and Plymouth. Opened in 1961, it was designed to carry the A38 and was among the longest suspension bridges in Britain at the time, replacing ferry services that had struggled to meet demand.
Jointly funded by Plymouth City Council and Cornwall County Council and constructed by the Cleveland Bridge & Engineering Company, the bridge remains a key transport link, carrying thousands of vehicles each day while also providing access for pedestrians and cyclists.
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Hannah Ruston, headteacher of Charleton CofE Academy and West Alvington CofE Academy, said: “It was fantastic to see our children so curious and enthusiastic throughout the day.
“Experiences like this help pupils connect classroom learning to the world around them, making education both fun and meaningful.”
Tracey Cleverly, CEO of Learning Academy Partnership, said: “Trips such as this are a brilliant way to inspire young minds.
“Seeing children engage with engineering in such an interactive way reinforces the importance of hands-on learning and encourages them to explore the possibilities in STEM and beyond.”
