October 2026
November 2026
December 2026
January 2027
February 2027
March 2027
15 - 16 Mar 2027
2 days, 9:00 AM - 4:00 PM
This two-day LEEA-accredited course offers a comprehensive understanding of slinging and lifting operations. Delivered by experienced trainers and supported by real-world insights, it covers lifting theory, equipment selection, sling configurations, load control, and legislation to help participants to carry out lifting tasks safely and compliantly.
24 - 25 Mar 2027
2 days, 9:00 AM - 4:00 PM
This two-day course provides the skills to examine lifting equipment in line with LOLER. Delivered by experienced LEEA-accredited trainers and enriched by real-world insight, it covers defect identification, equipment assessment, and discard criteria to meet legal and industry standards.
30 - 31 Mar 2027
2 days, 9:00 AM - 4:00 PM
This two-day course provides the theoretical and practical skills to carry out thorough examinations of Personal Fall Protection Equipment (PFPE) in line with PUWER, LOLER and the Working at Height Regulations. Delivered by LEEA-accredited trainers and backed by real-world insight, it covers defect identification, condition assessment, and discard criteria.
April 2027
Thu 1 Apr 2027
9:00 AM - 4:00 PM (7 hours)
This one-day course offers participants a foundational introduction to slinging and lifting principles. Delivered by experienced LEEA-accredited trainers and supported by insights from active industry professionals, the course covers key lifting techniques, safety regulations, and best practices. Training participants will gain essential knowledge to support safe and compliant lifting operations.
6 - 7 Apr 2027
2 days, 9:00 AM - 4:00 PM
This two-day course provides the theoretical and practical skills to carry out installation and thorough examinations of Turbine Mounted Safety Equipment (TMSE) in line with PUWER and the Working at Height Regulations. Delivered by LEEA-accredited trainers and backed by real-world insight, it covers defect identification, condition assessment, and discard criteria.
Fri 9 Apr 2027
9:00 AM - 1:00 PM (4 hours)
This half-day LEEA-accredited course provides participants with the knowledge and skills to carry out pre-use inspections of cargo carrying units (CCUs) in accordance with LOLER and PUWER regulations. Delivered by experienced trainers, it covers key visual checks, common defects, and reporting procedures to support safe use and regulatory compliance.
12 - 16 Apr 2027
1 week, 9:00 AM - 4:00 PM
This five-day LEEA-accredited course prepares those taking on the Appointed Person role to plan and manage lifting operations in line with LOLER and PUWER. Combining theory and practical exercises, it covers lift planning, risk assessment, equipment selection, method statements, and safe coordination of personnel for compliant site operations.
Fri 30 Apr 2027
9:00 AM - 1:00 PM (4 hours)
This half-day course provides the knowledge and practical skills needed to inspect safety harnesses and lanyards in line with PUWER and the Work at Height Regulations. Delivered by LEEA-accredited trainers, it covers defect identification, condition assessment, and discard criteria to support safe use and regulatory compliance.
May 2027
4 - 7 May 2027
4 days, 9:00 AM - 4:00 PM
This four-day course trains participants to perform thorough examinations of mobile cranes in line with LOLER and BS7121. Delivered by experienced LEEA-accredited trainers and supported by real-world inspection engineers, it combines theory and hands-on training to assess crane condition, identify defects, and apply discard criteria to meet legal and industry standards.
June 2027
21 - 23 Jun 2027
3 days, 9:00 AM - 4:00 PM
This three-day Crane Supervisor course prepares individuals to supervise crane operations safely and in compliance with LOLER and BS 7121. Combining theory and practical exercises, it covers risk assessment, equipment selection, communication, personnel coordination, and safe work practices, giving training participants the confidence and skills to manage lifting teams effectively on site.