14 September 202014:00 - 18:00
47-58 Bastwick Street, London
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Standard: (From) £165 + VAT
Members: (From) £125 + VAT
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47-58 Bastwick Street, LondonView on Google Maps
Early booking discount Discounts available
Availability Places available
By the end of the course, you should be able to:
All levels of engineer involved in the construction process using safety critical anchors. This includes those directly responsible for designing anchor applications, as well as those responsible for the consequences of failure of such systems.
John is Technical Manager of the Construction Fixings Association. He is a graduate civil engineer who worked for a large civil engineering contractor for 10 years, a specialist structural repair contractor for five years, and who spent the next 25 years working for Hilti (G.B. Ltd). Here, he worked on the design and specification of anchors and other engineered products.
Email - [email protected]
This course provides participants with detailed knowledge of masonry design to Eurocode 6, the supporting European Committee for Standardisation standards and the National Annexes for Eurocodes.
This half day course covers the calculation of deflection in slabs and beams according to Eurocode 2.
This course covers the design of concrete basements to Eurocode 2, including waterproofing strategies, site constraints, ground movements, methods of construction, structural design and calculating crack widths.
This course introduces participants to the design of concrete structures to Eurocode 2, including the basics (materials, cover, fire), flexure, shear, deflection and column design.
This course introduces the UK fire regulatory framework.
This course introduces construction health and safety (H&S) law in context, how to prepare practice policies, and CDM2015.
Learn how to explain design using masonry to Eurocode 6 and design for vertical and lateral loads
The Eurocodes are the most technical advanced codes in the world, and this includes Eurocode 2 for the design of concrete structures.
Learn how to approach risk assessments and understand the importance of considering risk during the design process.