College Praised by Neil Duncan-Jordan MP for “First-Class” Technical Skills Training During National Apprenticeships Week
The technical skills being taught by industry-experienced professionals at Bournemouth and Poole College have been described as “first-class” by Neil Duncan-Jordan MP following a visit during National Apprenticeships Week.
The MP for Poole visited our Poole Campus on Friday 13th February, where he toured facilities and met apprentices and staff across a range of subject areas. Accompanied by Antony Carr, Executive Director of Higher Education and Skills, and Jackie Watson, Head of Apprenticeships, Neil Duncan-Jordan saw first-hand how the College is delivering high-quality, career-focussed training.
During the visit, Mr Duncan-Jordan explored facilities in Early Years, Marine Engineering, Engineering and Plumbing, where he observed practical sessions in action and spoke directly with apprentices about their training and career ambitions. The visit provided an opportunity to showcase the College’s industry-standard workshops and its strong links with local employers.
He said: “It’s quite clear that the students and apprentices that are here are getting first-class educational support, from people that have been in the industry for a very, very long time. It looks like it’s really paying dividends with people going onto better jobs, better careers and better lives.”
As the leading provider of apprenticeships in the region, we work closely with employers to ensure our programmes reflect real industry needs. With tutors bringing extensive sector experience into the classroom, apprentices benefit from practical insight alongside recognised qualifications.
We are proud to play a vital role in strengthening the local economy by equipping students with the technical expertise, confidence and work-ready skills needed for successful careers. Through strong employer partnerships and investment into industry-standard facilities, we remain committed to delivering opportunity, progression and economic growth across the region.