AET is one of the region’s leading subcontract engineering providers, supplying product to a host of major sectors including Road Transport, Coach & Bus, Waste Solutions, Aerial Platforms, Security, Construction Equipment and Rail.

Founded in 1989, AET is one of the largest subcontract engineering companies in the North of England, with a highly skilled and experienced workforce utilising the very latest technology. Situated in Sheffield, the company operates from an 80,000 square feet manufacturing facility on …

Apr 2, 2025 · In keeping with AET’s proud track record of supporting employee training and development, three key members of the team recently completed level 4 apprenticeships in their respective fields.

AET is a leading subcontract engineering provider. Contact us using the details below.

AET is a leading subcontract engineering provider. AET is continually looking to recruit outstanding individuals to join its team. Working in collaboration with local training providers, AET offer formal training and work-based learning programmes.

AET’s fabrication facility, is equipped with over 50 dedicated welding bays, utilising robust assembly jigs and fixtures and the capability to handle up to 5 tonnes and includes MIG, MAG, TIG & stick welding.

Our expertise is backed by the knowledge that we provide a total quality service to new and existing customers. AET’s inspection department is equipped with industry leading inspection equipment to ensure all products manufactured conform to our customers exacting standards.

AET were named as one of the London Stock Exchange’s 1000 Companies to Inspire Britain. The Inspire award showcased us as one of the UK’s fastest growing and most dynamic small and medium enterprises.

Advanced Engineering Techniques Limited 9-15 Holbrook Avenue Holbrook Industrial Estate, Halfway, Sheffield S20 3FF

AET’s robotic welders commonly use an arc welding technique, producing precise, narrow welds in a range of materials. Benefits delivered by the automated welding process are, high level of precision, fast production speed, cheaper cost per unit on large batches, less material wastage, Increased safety within the production cycle.