Search for:

• Home
• Site map

Site map

• Home
• Specification
  • Innovative concrete
    • Cement Based Batteries
    • Striatus
    • Could graphene super-charge concrete?
    • 3D printing a two-storey home
    • 3D printed concrete
    • Bio blocks
    • Bioreceptive concrete
    • Carbon capture algae
    • Lowering carbon
    • Robotic formwork
    • Self-healing concrete
    • 'Smart' concrete
  • Low carbon concrete
  • Planning
    • National planning policy framework
      • Overheating
  • Special concrete
    • High strength concrete
    • High workability concrete
    • Lightweight concrete
    • No-fines concrete
    • Roller-compacted concrete
    • Self-compacting concrete (SCC)
    • Sprayed concrete
    • Water-resistant concrete
  • Tools
    • BIM
    • CE marking and concrete
      • CE marking for engineers
      • CE marking of manufactured stone masonry units and cast
      • Concrete and NANDO
    • National Structural Concrete Specification (NSCS)
  • Visual concrete
    • Exposed concrete floors
    • Visual blockwork and masonry
    • Visual in-situ concrete
      • Formwork for visual concrete
      • Workmanship for visual concrete
    • Visual precast concrete
• Structural design
  • Building elements
    • Cladding
    • Floors
      • Flat slabs
      • Floor screeds
      • Hollowcore slabs
      • Post-tensioned (PT) slabs
      • Ribbed and waffle slabs
      • TermoDeck
    • Formwork
      • Horizontal panel systems
      • Jumpform
      • Slipform
      • System column formwork
      • Table-form or flying-form
      • Vertical panel systems
    • Foundations
      • Piling
      • Remediation of brownfield land
      • Retaining walls
      • Soil stabilisation and solidification
    • Walls
      • Blockwork
      • Crosswall
      • Insulating concrete formwork
      • Thin joint blockwork
      • Tilt-up construction
      • Tunnel form
      • Twinwall
  • Building regulations
    • Part L1, SAP and TFEE
  • Building sectors
    • Car parks
    • Commercial
    • Education
    • Healthcare
    • Hotels
    • Industrial buildings - sheds
    • Residential: high-rise
    • Residential: low-rise
      • Basements for housing
      • Designing resilient homes
      • Flood resilient homes
      • Overheating
    • Retail
  • Environmental assessments
    • BES 6001 and Responsible Sourcing
    • BREEAM
    • CEEQUAL
    • Code for sustainable homes
    • EPDs and EN 15804
      • Generic ready-mixed concrete
    • Green guide to specification
    • Home Quality Mark (HQM)
  • Eurocode 0 and 1
  • Eurocode 2: concrete
    • Background to Eurocode 2
    • Beams
    • Columns
    • Deflection
      • Design aids for determining deflection
    • Detailing
    • Eurocode 2 for bridges
    • Eurocode 2 FAQs
    • Eurocode 2 resources
    • Flat slabs
    • Flexure
      • Bending and axial force
      • Design aids for flexural reinforcement
    • Punching shear
    • Shear
      • Design aids for shear reinforcement
    • Slabs
    • Structural fire design
    • Strut and tie
  • Eurocode 6: masonry
  • Framed buildings
    • Hybrid concrete construction
    • In-situ concrete
    • Modern methods of construction (MMC)
  • Infrastructure
    • Bridges
      • Bridge types
    • External hardstanding
      • Block paving
      • Permeable block pavements
      • Pervious concrete
    • Highways
      • Drainage
      • Gantries
      • Guided busways
      • Roads
        • Operational carbon emissions
      • Safety barrier
    • Marine and coastal
    • Offshore wind: concrete gravity foundations
      • Concrete gravity foundation solutions
      • Research: concrete gravity foundations
    • Onshore wind energy
  • PAS 8820 novel cements
  • Standards
    • Standards for cement, aggregates, admixtures
    • Standards for concrete
    • Standards for precast concrete
    • Standards for reinforcement
    • Standards for workmanship and temporary works
• Performance & sustainability
  • Acoustic performance
  • Airtightness
  • Circular economy
    • Material efficiency
      • End of life recycling
      • Refurbishment, reuse and renewal
    • Whole life
      • Carbonation of concrete
  • Cost & programme
    • Cost Model Studies
  • Durability
  • Fire resistance
  • Flood resilience
  • Local material
    • Concrete and biophilic design
    • Ecology and biodiversity
    • Responsibly sourced concrete and BES 6001
  • Low energy buildings
    • Embodied carbon
    • Embodied carbon of structural frames
    • Operational and embodied carbon
  • Thermal mass
    • CO2 payback for thermal mass
    • Providing enough thermal mass in air conditioned buildings
    • Providing enough thermal mass in naturally ventilated buildings
    • Thermal mass and Design-Side Response (DSR)
    • Surface emissivity - why this matters
  • Concrete industry sustainable construction strategy
    • Resource efficiency action plans (REAPs)
  • Vibration control
• Case studies
• Concrete Quarterly
  • CQ online
  • CQ PDF download
  • CQ archive
    • 2021
    • 2020
    • 2019
    • 2018
    • 2017
    • 2016
    • 2015
    • 2014
    • 2013
    • 2012
    • 2011
    • 2010
    • 2009
    • 2008
    • 2007
    • 2006
    • 2005
    • 2004
    • 2003
    • 1999
    • 1998
    • 1997
    • 1996
    • 1995
    • 1993
    • 1992
    • 1991
    • 1990
    • 1989
    • 1988
    • 1987
    • 1986
    • 1985
    • 1984
    • 1983
    • 1982
    • 1981
    • 1980
    • 1979
    • 1978
    • 1977
    • 1976
    • 1975
    • 1974
    • 1973
    • 1972
    • 1971
    • 1970
    • 1969
    • 1968
    • 1967
    • 1966
    • 1965
    • 1964
    • 1963
    • 1962
    • 1961
    • 1960
    • 1959
    • 1958
    • 1957
    • 1956
    • 1955
    • 1954
    • 1953
    • 1952
    • 1951
    • 1950
    • 1949
    • 1948
    • 1947
• Events
  • Events hub
    • Achieving cast in situ visual concrete
    • Advanced design to Eurocode 2
    • Circular economy: strategies for concrete buildings
    • CIRIA C766 and the control of cracking
    • Compressive strength: Assessing in-situ concrete
    • Concept v4 software: reducing carbon
    • Conceptual design of concrete buildings
    • Concrete framed buildings
    • Concrete Futures lecture: A new generation of low carbon concretes
    • Concrete Futures lecture: Bio-receptive concrete
    • Concrete Futures Lecture: Expanding the use of lower carbon concretes
    • Concrete offsite solutions
    • Concrete sector environmental product declarations
    • Creating concrete with a natural appearance
    • Decarbonising UK concrete
    • Design and Detailing to Eurocode 2
    • Designing high-rise residential buildings in concrete
    • Designing lower carbon concrete structures
    • Developments in codes and standards for concrete design
    • Digital and innovative solutions to design and create concrete
    • Efficient design for low carbon concrete buildings
    • Energy-efficient design using concrete and masonry
    • Event Hub test 19 April - E-LEARNING QINTIL
    • Event Hub test 19 April - ONLINE BASED
    • Event Hub test 21 April - VENUE BASED
    • Fire and the building regulations
    • Fire resistance for property and life safety
    • From Grenfell to the golden thread
    • How to: TCC13 punching shear spreadsheet
    • How to: TCC53 column design spreadsheet
    • How to: TCC82 pile cap design spreadsheet
    • Introduction to Eurocode 2
    • Introduction to factsheet 18: Embodied CO2e of UK cement
    • Introduction to Visual Concrete
    • Launch of Ground Gases and Structural Waterproofing guidance for Basements
    • Learning from life cycle analysis
    • Low carbon solutions using Concept
    • Overheating in housing
    • Passivhaus projects in concrete
    • Planning a basement for housing
    • Post-tensioned (PT) concrete floors
    • Post-tensioned education structures
    • Reinforced concrete detailing to Eurocode 2
    • Roadmap to beyond net zero
    • Specification of concrete to BS8500: Cements
    • Specification of concrete to BS8500: Concretes
    • Specification of concrete to BS8500: Introduction
    • Specification of concrete to BS8500: Lowering embodied carbon
    • Specification of concrete to BS8500: Overview
    • Specifying low carbon concrete
    • Strut and Tie Models
    • Sustainable schools
    • The Concrete Centre: A quick guide to resources
    • The Concrete Centre: Resources for structural engineers
    • Thermal mass explained
    • Visual concrete - achieving texture, colour and pattern
    • Whole- Life carbon and buildings
  • On-demand webinar hub
  • Practice presentations and workshops
  • Sustainability Series
  • Archive- Pivotal
    • 2010
      • Jan
        • Achieving Visual Concrete (Edinburgh)
        • Achieving Visual Concrete (London)
        • Architectural Precast Solutions (Manchester)
        • Basements (London)
        • Building Design to Eurocode 2 (Kendal)
        • Building Design to Eurocode 2 (Derby)
        • Building Design to Eurocode 2 (Godalming)
        • Building Design to Eurocode 2 (London)
        • Concrete Elegance: Sustainable Architecture in Practice (London)
        • Concrete in Landscape Architecture (Loughton)
        • Design of Concrete Bridges to Eurocodes (Bradford)
        • Design of Concrete Bridges to Eurocodes (Leeds)
        • Finite Element Design (London)
        • Flat Slabs (York)
        • Insulating Concrete Formwork (Loughton)
        • Schools (MANCHESTER)
        • Specifying Concrete in Aggressive Ground (London)
        • The Code for Sustainable Homes (Brighton)
        • The Code for Sustainable Homes (London)
        • The Code for Sustainable Homes (London)
        • The Sustainability Credentials of Concrete (London)
        • The Sustainability Credentials of Concrete (Manchester)
        • Utilisation of Thermal Mass (London)
      • Feb
        • Achieving Visual Concrete & Post Tensioned Slabs (London)
        • Building Design to Eurocode 2 (London)
        • Building Design to Eurocode 2 (Bristol)
        • Building Design to Eurocode 2 (Cheadle)
        • Building Design to Eurocode 2 (London)
        • Building Design to Eurocode 2 (Sheffield)
        • Building Design to Eurocode 2 (WARRINGTON)
        • Economic Concrete Framed Buildings (Cardiff)
        • High Rise Buildings (Hove)
        • How to Specify Durable Sustainable Concrete to BS8500-1:2006 (LONDON)
        • Insulating Concrete Formwork Construction (Manchester)
        • Introduction to Walling Systems (Northampton)
        • Specifying Concrete in Aggressive Ground (Lingfield)
        • The Code for Sustainable Homes - Energy Solutions (Henley On Thames)
        • The Code for Sustainable Homes - Energy Solutions (London)
        • The Code for Sustainable Homes - Energy Solutions (London)
        • The Sustainability Credentials of Concrete (LONDON)
        • The Sustainability Credentials of Concrete (London)
        • The Sustainability Credentials of Concrete (London)
        • Utilisation of Thermal Mass (London)
        • Utilisation of Thermal Mass (London)
      • Mar
        • Accommodating movements in concrete structures  (London)
        • Achieving visual concrete (London)
        • Achieving Visual Concrete (LONDON)
        • Architectural Precast Solutions (Liverpool)
        • Basements for Housing (Hove)
        • Building design to Eurocode 2 (Slough)
        • Building Design to Eurocode 2: theory and background to the UK Annex (London)
        • Concrete Elegance: Learning spaces (London)
        • Design of Concrete Bridges to Eurocodes (Leicester)
        • Design of Concrete Bridges to Eurocodes (MANCHESTER)
        • Designing Deflections in Concrete Slabs and Beams (London)
        • Eurocode 2 with Design Workshops for Building Designers (GLASGOW)
        • Eurocode 2 with Design Workshops for Building Designers (Wilmslow)
        • Eurocode 2 with Design Workshops for Building Designers (Worcester)
        • Formwork systems (Newcastle upon Tyne)
        • Gravity Bases for Offshore Windpower Delivery Solutions (London)
        • How to Specify Durable Sustainable Concrete to BS 8500-1:2006 (Godalming)
        • Introduction to Flooring Systems (London)
        • Introduction to Walling Systems (London)
        • Modern Design of Low-rise Domestic Buildings (London)
        • The Code for Sustainable Homes - energy solutions (Bournemouth)
        • The Code for Sustainable Homes - Energy Solutions (Milnthorpe)
        • The code for sustainable homes - energy solutions (South Shields)
        • The Sustainability Credentials of Concrete (Sheffield)
        • The sustainability credentials of concrete (Cardiff)
        • The Sustainability Credentials of Concrete (Cardiff)
        • The Sustainability Credentials of Concrete (Chester)
        • The Sustainability Credentials of Concrete (Gloucester)
        • The Sustainability Credentials of Concrete (London)
      • Apr
        • Achieving visual concrete (Lewes)
        • Achieving visual concrete (London)
        • Basements for Housing (London)
        • Building Design to Eurocode 2 (Brighouse)
        • Building design to Eurocode 2 (London)
        • Building design to Eurocode 2 (London)
        • Close Up Design and Detail of Concrete Buildings – Practical guidance for sustainable construction (
        • Close Up Design and Detail of Concrete Buildings – Practical guidance for sustainable construction (
        • Concrete Elegance: Materiality and form (London)
        • Design of Concrete Bridges to Eurocodes (London)
        • Design of Concrete Bridges to Eurocodes (Trowbridge)
        • Economic concrete framed buildings (London)
        • Eurocode 2 (Croydon)
        • Eurocode 2 with Design Workshops for Building Designers (Bristol)
        • Eurocode 2 with Design Workshops for Building Designers (Hull)
        • Fast Track Structures for Cellular Buildings (London)
        • Flat Slabs (Basingstoke)
        • Flat slabs (London)
        • Insulating Concrete Formwork construction (Sheffield)
        • Landscape architecture (London)
        • Post-tensioned Concrete Suspended Slabs (London)
        • Sustainability in the Built Environment (London)
        • The Code for Sustainable Homes - case studies (Liverpool)
        • The Code for Sustainable Homes - energy solutions /The sustainability credentials of concrete (STEVE
        • Utilisation of Thermal Mass (London)
        • Utilisation of thermal mass (Manchester)
        • Utilisation of thermal mass (Newcastle upon Tyne)
      • May
        • Achieving visual concrete (London)
        • Architectural precast solutions & Schools (Newcastle upon Tyne)
        • Basements for housing (London)
        • Buildidng design to Eurocode 2 (Stratford-upon-Avon)
        • Building Design to Eurocode 2 (Birmingham)
        • Building Design to Eurocode 2 (Guildford)
        • Building design to Eurocode 2 (Nottingham)
        • Building design to Eurocode 2 (York)
        • Building Design to Eurocode 2: theory and hands-on workshop (London)
        • Design and Construction of Basements for Dwellings  (London)
        • Economic concrete framed buildings (London)
        • Energy efficient buildings – minimising in use energy and embodied CO2 (LONDON)
        • Eurocode 2 - introduction (Basingstoke)
        • Eurocode 2 with Design Workshop (LONDON)
        • Eurocode 2 with Design Workshop for Building Designers (Harrow)
        • Eurocode 2 with Design Workshops for Building Designers (Leeds)
        • Eurocode 2 with Design Workshops for Building Designers (LONDON)
        • Eurocode 2 with Design Workshops for Builidng Designers (MANCHESTER)
        • Eurocodes for concrete structures – are you ready? (London)
        • Flat slabs (London)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (London)
        • Introduction to flooring systems (London)
        • Introduction to walling systems (Oxford)
        • Modern Design of Low-rise Domestic Buildings (London)
        • The code for sustainable homes - energy solutions & the code for sustainable homes - case studies (L
        • The Code for Sustainable Homes - energy solutions (LONDON)
        • The sustainability credentials of concrete (London)
        • Utilisation of thermal mass (London)
      • Jun
        • Accommodating movements in concrete structures  (London)
        • Achieving visual concrete & How to specify durable/sustainable concrete to BS8500-1:2006 (London)
        • Background to Eurocode 2, including liquid retaining structures (LONDON)
        • Building design to Eurocode 2 ( )
        • Building design to Eurocode 2 (BIRMINGHAM)
        • Building design to Eurocode 2 (LONDON)
        • Building design to Eurocode 2 (Newcastle upon Tyne)
        • Deep Basements for High-rise Buildings (London)
        • Design of Concrete Bridges to Eurocodes (Basingstoke)
        • Design of Concrete Bridges to Eurocodes (Welwyn Garden City)
        • Designing for Deflections in Concrete Slabs and Beams (London)
        • Economic concrete framed buildings and Basements (Croydon)
        • Eurocode 2 with Design Workshops for Building Designers (Bristol)
        • Eurocode 2 with Design Workshops for Building Designers (Glasgow)
        • Eurocode 2 with Design Workshops for Building Designers (LONDON)
        • Eurocode 2 with Design Workshops for Building Designers (ST ALBANS)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (ESHER)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (Lingfield)
        • Increasing the Use of Concrete in Buildings: A Workshop for the Industry (Birmingham)
        • National Structural Concrete Specification - Launch of the 4th edition (London)
        • Post-tensioned Concrete Suspended Slabs (London)
        • Schools, The sustainability credentials of concrete,Post-tensioned slabs (HOVE)
        • The sustainability credentials of concrete (Edinburgh)
        • The sustainability credentials of concrete (London)
        • The sustainability credentials of concrete (London)
        • The sustainability credentials of concrete andThe code for Sustainable Homes - energy solutions (New
        • Workshop - Eurocode 2 & BS8500 (Birmingham)
      • Jul
        • Achieving visual concrete (BIRMINGHAM)
        • Achieving visual concrete (London)
        • Achieving visual concrete (LONDON)
        • Architectural precast solutions (Bury)
        • Building design to Eurocode 2 (Hatfield)
        • Building Design to Eurocode 2 (London)
        • Building Design to Eurocode 2 (PM) (London)
        • Building Design to Eurocode 2: theory and background to the UK Annex (London)
        • Design of Concrete Bridges to Eurocodes (London)
        • Economic concrete framed buildings (Edinburgh)
        • Eurocode 2 with Design Workshops for Building Designers (Bath)
        • Eurocode 2 with Design Workshops for Building Designers (Manchester)
        • Eurocode 2 with Design Workshops for Building Designers (Wakefield)
        • Flat slabs (LONDON)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (Birmingham)
        • Utilisation of Thermal Mass (Leeds)
      • Aug
        • Achieving visual concrete (London)
        • Building design to Eurocode 2 (London)
        • Building Design to Eurocode 2 (Warrington)
        • Hospitals (London)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (Derby)
        • The sustainability credentials of concrete (Liverpool)
        • The sustainability credentials of concrete (Warrington)
        • Tunnel form construction (Salford)
      • Sep
        • Achieving visual concrete (Cardiff)
        • Architectural precast solutions (BOLTON)
        • Architectural precast solutions (Glasgow)
        • Architectural precast solutions (Leeds)
        • Architectural precast solutions (Manchester)
        • Building design to Eurocode 2 (Hemel Hempstead)
        • Building design to Eurocode 2 (Leeds)
        • Concrete Elegance: Museums and Galleries (London)
        • Darwin Centre: Exploring Concrete (London)
        • Eurocodes for concrete structures - are you ready? (London)
        • Fundamentals of concrete technology and Self-compacting concrete (Durham)
        • How to specify durable/sustainable concrete to BS 85001-1:2006 (Durham)
        • How to specify durable/sustainable concrete to BS8500-1:2006 (Basingstoke)
        • Insulating Concrete Formwork (Manchester)
        • The Code for Sustainable Homes - case studies (Manchester)
        • Utilisation of thermal mass (Warrington)
      • Oct
        • Achieving visual concrete (Bristol)
        • Architectural precast solutions (Glasgow)
        • Arhitectural precast solutions (Manchester)
        • Building Design to Eurocode 2 (Altrincham)
        • Building Design to Eurocode 2 (Liverpool)
        • Building design to Eurocode 2 (London)
        • Building design to Eurocode 2 (LONDON)
        • Concrete Elegance: Meeting Places and Music Spaces (London)
        • Energy efficient buildings - minimising in use and embodied CO2 (Manchester)
        • Energy Efficient Buildings (London)
        • How to specify Durable/Sustainable Concrete (WARRINGTON)
        • Introduction to Designing Buildings with Eurocode 2 (Glasgow)
        • Introduction to Designing Buildings with Eurocode 2 (LONDON)
        • Modern methods of Residential Building in Concrete (Liverpool)
        • Specifying Low Carbon Buildings (London)
        • Sustainability credentials of concrete (Leeds)
        • The sustainability credentials of concrete (Edinburgh)
        • Utilisation of Thermal Mass & Embodied Energy (London)
        • Utilisation of Thermal Mass and Embodied Energy (London)
      • Nov
        • Achieving Visual Concrete (Bristol)
        • Achieving Visual Concrete (Harrow)
        • Achieving Visual Concrete (London)
        • Achieving Visual Concrete (London)
        • Achieving Visual Concrete (London)
        • Achieving Visual Concrete (London)
        • Achieving Visual Concrete (Manchester)
        • Achieving Visual Concrete (Wakefield)
        • Architectural Precast Solutions (Huddersfield (HD1))
        • Architectural Precast Solutions (Liverpool)
        • Architectural Precast Solutions (Manchester)
        • Building Design to Eurocode 2 (Bristol)
        • Building Design to Eurocode 2 (Cardiff)
        • Building Design to Eurocode 2 (London)
        • Economic Concrete Framed Buildings (Wilmslow)
        • Energy efficient buildings - minimising in use energy and embodied CO2 (London)
        • Fast Track Structures for Cellular Buildings (Manchester)
        • Hospitals (Basingstoke)
        • How to specify furable/sustainable concrete to BS 8500-1:2006 (London)
        • Introduction to designing buildings with Eurocode 2 (Glasgow)
        • Introduction to designing buildings with Eurocode 2 (LONDON)
        • Introduction to designing buildings with Eurocode 2 (Newark)
        • Principles of good site practice and Cold/hot weather concreting (Hatfield)
        • Sustainable Credentials of Concrete (London)
        • The code for Sustainable Homes - energy solutions (London)
        • Utilisation of Thermal Mass (Edinburgh)
      • Dec
        • Achieving Visual Concrete (London)
        • Concrete Solutions for Offshore Wind Farms - 1m wide EXHIBITION STAND (London)
        • Concrete Solutions for Offshore Wind Farms - 2m wide EXHIBITION STAND (London)
        • Concrete Solutions for Offshore Wind Farms - 3m wide EXHIBITION STAND (London)
        • Concrete Solutions for Offshore Wind Farms - FREE DELEGATE PLACE (London)
        • Concrete Solutions for Offshore Wind Farms (London)
        • Concrete Solutions for Offshore Wind Farms (London)
        • SU1 - The sustainability credentials of concrete (Godalming)
        • SU2 - Utilisation of Thermal Mass (London)
        • The Code for Sustainable Homes - Case Studies (Manchester)
        • Utilisation of thermal mass (London)
        • Utilising thermal mass (London)
    • 2011
      • Jan
        • AR3 - Architectural Precast Solutions (Liverpool)
        • AR3 - Architectural Precast Solutions (Sheffield)
        • B1 - Building design to Eurocode 2 (London)
        • B16 - Introduction to NSCS (ST ALBANS)
        • Concrete Elegance: A Confection of Concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • Introduction to designing buildings with Eurocode 2 (Bath)
        • Introduction to designing buildings with Eurocode 2 (Dublin)
        • Introduction to designing buildings with Eurocode 2 (LONDON)
        • Introduction to designing buildings with Eurocode 2 (Wakefield)
        • Parliamentary Reception (London)
        • SP1 - How to specify durable/sustainable concrete to BS 8500-1: 2006 (Stockton-on-Tees)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (Manchester)
        • SU1 & AR10 - Sustainable Credentials of Concrete & Landscape Architecture (Kingston upon Thames)
        • SU2 - Utilisation of Thermal Mass (Leeds)
        • SU2 - Utilisation of Thermal Mass (Manchester)
      • Feb
        • AR2 - The Code for Sustainable Homes - Case studies (Liverpool)
        • AR2 - The Code for Sustainable Homes - Case studies (Wilmslow)
        • B1 - Building design to Eurocode 2 (Brighouse)
        • B1 - Building design to Eurocode 2 (Leeds)
        • B4 - Post-tensioned slabs (Birmingham)
        • B4 - Post-tensioned slabs (Cardiff)
        • B4 - Post-tensioned slabs (London)
        • CT1 - Achieving visual concrete (London)
        • Introduction to designing buildings with Eurocode 2 (Newark)
        • SU1 - The sustainability credentials of concrete (Edinburgh)
        • SU1 - The sustainability credentials of concrete (Glasgow)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 & SU2 - The sustainability credentials of concrete & Utilisation of thermal mass (London)
        • SU2 - Utilisation of Thermal Mass (Newcastle upon Tyne)
        • UK Offshore Wind Supply Chain - Southern Region (Twickenham)
      • Mar
        • AR3 - Architectural precast solutions (Manchester)
        • AR3 - Architectural precast solutions (Manchester)
        • B1 - Building design to Eurocode 2 (Bristol)
        • B14 - Hotels (Workshop) (Birkenhead)
        • B2 - Economic concrete framed buildings (LONDON)
        • B3 - Hybrid construction ( )
        • B7 - Basements (Basingstoke)
        • B7 & B8 - Basements & High-rise buildings (London)
        • CT1 - Achieving visual concrete (Cambridge)
        • CT1 - Achieving visual concrete (London)
        • Olympic Site Tour (London)
        • Practical Eurocode 2 Design Course (Tuesday Evenings) (LEEDS)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1: 2006 (Bradford)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1: 2006 (Brighouse)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1: 2006 (London)
        • SU1 - The sustainability credentials of concrete (Hull)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU2 - Utilisation of thermal mass (London)
        • SU2 - Utilisation of thermal mass (London)
        • The Shard (London)
      • Apr
        • B1 - Building design to Eurocode 2 (Reading)
        • B1 - Building design to Eurocode 2 (York)
        • B11 - Schools (Birmingham)
        • B7 - Basements (London)
        • Concrete Elegance: Visual Contrast and Spatial Creativity (London)
        • SU1 - The sustainability credentials of concrete (LONDON)
        • SU1 - The sustainability credentials of concrete (Stokesley)
        • SU1 & SU2 - The sustainability credentials of concrete & Utilisation of thermal mass (LONDON)
        • SU2 - Utilisation of Thermal Mass (London)
      • May
        • AR2 - The Code for Sustainable Homes - Case studies (Manchester)
        • AR3 - Architectural precast solutions (Liverpool)
        • AR3 - Architectural Precast Solutions (Manchester)
        • B2 - Economic concrete framed buildings (Basingstoke)
        • B2 - Economic concrete framed buildings (London)
        • B4 - Post-tensioned slabs (LONDON)
        • B7 - Basements ( )
        • B7 - Basements ( )
        • B7 - Basements (LONDON)
        • Building Design to Eurocode 2 (Glasgow)
        • Building Design to Eurocode 2 (Peterborough)
        • Building Design to Eurocode 2 (SOUTHAMPTON)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • Design of flat slabs including finite element analysis principles (Glasgow)
        • Specifying Concrete using BS 8500 (London)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 & SU2 - The sustainability credentials of concrete & Utilisation of thermal mass (London)
        • SU2 - Utilisation of Thermal Mass (Lancaster)
        • SU2 - Utilisation of Thermal Mass (Leeds)
        • SU2 - Utilisation of Thermal Mass (London)
        • SU2 - Utilisation of Thermal Mass (Manchester)
        • SU2 - Utilisation of Thermal Mass (Stokesley)
        • The Concrete Fire Forum (London)
      • Jun
        • AR3 - Architectural Precast Solutions (Edinburgh)
        • AR3 - Architectural Precast Solutions (Leeds)
        • AR4 - Insulating Concrete Formwork construction (Liverpool)
        • AR6 - Basements for Housing (Leeds)
        • B1 - Building design to Eurocode 2 (Bedford)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (Windsor)
        • CT1 - Achieving Visual Concrete (Windsor)
        • Eurocode 2 - Beyond the basics (Glasgow)
        • Introduction to designing buildings using Eurocode 2 (Coleshill)
        • RC Detailing to Eurocode 2 (London)
        • SU1 - The sustainability credentials of concrete (Newark)
        • Sustainability Summer School (London)
      • Jul
        • AR3 - Architectural precast solutions (Newcastle upon Tyne)
        • B4 - Post-tensioned slabs (Nottingham)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving Visual Concrete (Windsor)
        • Design of concrete foundations (CANCELLED) (Leeds)
        • Eurocode 2 - Beyond the basics (CANCELLED) (Coleshill)
        • SU1 - The sustainability credentials of concrete (Sheffield)
        • SU1 - The sustainability credentials of concrete and SU3 - Principles of specifying sustainable conc
        • Zero Carbon Homes through fabric efficiency (London)
      • Aug
        • AR11 - Energy and Co2 Efficient Retrofit Solutions for Housing (London)
        • AR11 - Energy and CO2 Efficient Retrofit Solutions for Housing (LONDON)
        • AR3 - Architectural precast solutions (Newark)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B4 - Post-tensioned slabs (Basingstoke)
        • B4 - Post-tensioned slabs (LONDON)
        • B5 - Flat slabs (London)
        • B5 - Flat slabs (Nottingham)
        • B7 - Basements (London)
        • B7 - Basements (Windsor)
        • CT1 - Achieving visual concrete (HOVE)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (LONDON)
        • CT1 - Achieving visual concrete (LONDON)
        • CT1 & SU3 - Achieving visual concrete & Principles of specifying sustainable concrete (London)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1: 2006 (London)
      • Sep
        • Accommodating movements in concrete structures (London)
        • AR1 - Thermal performance - Part L1a and The Code for Sustainable Homes - solutions (London)
        • AR10 - Landscape architecture (London)
        • AR11 - Energy and Co2 Efficient Retrofit Solutions for Housing (London)
        • AR3 - Architectural precase solutions (Stockport)
        • AR3 - Architectural precast solutions (CHESTER)
        • AR3 - Architectural precast solutions (Liverpool)
        • AR4 - Insulating Concrete Formwork Construction (Lancaster)
        • AR5 - Fast Track Structures for Cellular Buildings (Manchester)
        • Assessing deflections in concrete slabs and beams (London)
        • B1 - Building design to Eurocode 2 (Basingstoke)
        • B1 - Building design to Eurocode 2 (Derby)
        • B1 - Building design to Eurocode 2 (London)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B1 - Building design to Eurocode 2 (Manchester)
        • B1 - Building design to Eurocode 2 (Portsmouth)
        • B1 - Building Design to Eurocode 2 (WARRINGTON)
        • B1 - Building design to Eurocode 2 (Woking)
        • B1 - Building design to Eurocode2 and B2 - Economic concrete framed buildings (Glasgow)
        • B2 - Economic concrete framed buildings (Glasgow)
        • B7 - Basements (London)
        • B7 - Basements (LONDON)
        • B7 - Basements (Nottingham)
        • Building Design to Eurocode 2 (Newcastle upon Tyne)
        • Case Study - One Hyde Park (London)
        • Concrete Elegance - New Education Buildings in London (London)
        • CT1 - Achieving visual concrete (Croydon)
        • CT1 - Achieving visual concrete (EPSOM)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • Design of flat slabs including finite element analysis principles (Coleshill)
        • Low Carbon Residential Solutions (Manchester)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Bristol)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (LONDON)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Swindon)
        • SU1 -The sustainability credentials of concrete (Liverpool)
      • Oct
        • AR1 - Thermal performance - Part L1a and The Code for Sustainable Homes - solutions (London)
        • AR1 - Thermal performance - Part L1a and The Code for Sustainable Homes - solutions (London)
        • AR1 - Thermal performance - Part L1a and The Code for Sustainable Homes - solutions (London)
        • AR2 - TheCode for sustainable homes - case studies (Hull)
        • AR2 - Thermal performance - Part L1a and The Code for Sustainable Homes - case studies (Newcastle up
        • AR3 - Architectural Precast Solutions (Leeds)
        • AR3 - Architectural precast solutions (Runcorn)
        • B1 - Building design to Eurocode 2 (Manchester)
        • B1 - Building design to Eurocode 2 plus water retaining (Leeds)
        • B2 - Economic concrete framed buildings (Chester)
        • B2 - Economic concrete framed buildings (EPSOM)
        • B2 - Economic concrete framed buildings (Glasgow)
        • B2 - Economic concrete framed buildings (London)
        • B4 - Post tensioned slabs (York)
        • B5 - Flat slabs (RICKMANSWORTH)
        • B7 - Basements (LONDON)
        • B7 - Basements (New York)
        • Briefing Meeting: Concrete Gravity Foundations for Offshore Wind Farms (London)
        • Building Design to Eurocode 2 (London)
        • CT1 - Achieving visual concrete (Cardiff)
        • CT1 - Achieving visual concrete (CROYDON)
        • CT1 - Achieving visual concrete (Liverpool)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (LONDON)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving visual concrete (Winchester)
        • Design of concrete foundations (London)
        • Design of flat slabs including finite element analysis principles (Leeds)
        • RC Detailing to Eurocode 2 (Brighouse)
        • SP1 - how to specify durable sustainable concrete to BS8500-1:2006 (Leeds)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Altrincham)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Leeds)
        • SP1 - How to specify durable/sustainable ocncrete to BS8500-1:2006 (Perth)
        • Specifying Visual Concrete Conference (London)
        • SU1 - The sustainability credentials of concrete (CHESTER)
        • SU1 - The sustainability credentials of concrete (Liverpool)
        • SU1 - The sustainability credentials of concrete (London)
        • SU1 - The sustainability credentials of concrete (Sheffield)
        • SU1 - The sustainability credentials of concrete and SU2 - Utilisation of thermal mass (Edinburgh)
        • SU2 - Utilisation of thermal mass (Canterbury)
        • SU2 - Utilisation of thermal mass (HOOK)
        • SU3 - Principles of specifying sustainable concrete (London)
        • SU3 - Principles of specifying sustainable concrete (LONDON)
        • SU3 - Principles of specifying sustainable concrete (Windsor)
      • Nov
        • AR11 Energy and CO2 Efficient Retrofit Solutions for Housing (London)
        • AR2 - Thermal performance - Part L1a and The Code for Sustainable Homes - case studies (Newcastle up
        • AR5 - Fast Track Structures for Cellular Buildings (CHESTER)
        • AR8 - introduction to walling systems (LONDON)
        • B1 - Building design to Eurocdoe 2 (Newcastle Upon Tyne)
        • B17 - RC Detailing to Eurocode 2 (York)
        • B2 - Economic concrete framed buildings (LONDON)
        • B4 - post-tensioned slabs (RICKMANSWORTH)
        • B5 - Flat slabs (LONDON)
        • B5 - Flat slabs (LONDON)
        • B5 - Flat slabs (LONDON)
        • B7 - Basements (Glasgow)
        • B7 - Basements (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving visual concrete (Oxford)
        • Eurocode 2 - Beyond the basics (London)
        • Introduction to RC Detailing (London)
        • Masonry Design to Eurocode 6 (Coleshill)
        • Practical Eurocode 2 Design Course (Thursday Evenings) (LEEDS)
        • RC Detailing to Eurocode 2 (Stirling)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Manchester)
        • SP1 - how to specify durable/sustainable concrete to BS8500-1:2006 (Newcastle Upon Tyne)
        • SU1 - The sustainability credentials of concrete (Newcastle upon Tyne)
        • SU1 - The sustainability credentials of concrete and SU2 - Utilisation of thermal mass (Manchester)
        • SU1 - The sustainability credentials of concrete and SU2 - Utilisation of thermal mass (SHEFFIELD)
        • SU1 - The sustainable credentials of concrete and SU2 - Utilisation of Thermal Mass (Edinburgh)
        • SU2 - Utilisation of thermal mass (London)
        • SU2 - Utilisation of thermal mass (London)
        • Zero Carbon Homes - Designing to meet current and proposed energy standards (London)
      • Dec
        • AR10 - Landscape architecture (London)
        • B1 - Building design to Eurocode 2 (CROYDON)
        • B15 - Introduction to RC detailing (EPSOM)
        • B2 - Economic concrete framed buildings (Newcastle Upon Tyne)
        • Concrete Elegance: The Soffit and The Staircase (London)
        • Concrete Offshore Wind 2011 (London)
        • Concrete Offshore Wind 2011 € EURO PAYMENTS (London)
        • Concrete Offshore Wind 2011 Free Delegate Place (London)
        • Concrete Offshore Wind 2011 Half Day (London)
        • CT1 - Achieving visual concrete (London)
        • CT1 - Achieving Visual Concrete (London)
        • CT1 - Achieving Visual Concrete (LONDON)
        • CT1 - Achieving visual concrete (Winchester)
        • Introduction to designing buildings with Eurocode 2 (Ashford)
        • SP1 - How to specify durable/sustainable concrete to BS8500-1:2006 (Nottingham)
        • SU2 - Utilisation of thermal mass (CHESTER)
        • TEST EVENT (London)
    • 2012
      • Jan
        • AR3 - Architectural Precast Solutions (Cleethorpes)
        • AR4 - Insulating concrete formwork (Hull)
        • Avoiding Cold Bridging with Concrete Structures (London)
        • B15 - Introduction to RC Detailing (York)
        • B4 - Post tensioned slabs (London)
        • B7 - Basements (RICKMANSWORTH)
        • Concrete Elegance - Exploring Spatial Quality and Natural Light (London)
        • Concrete in Buildings (HULL)
        • CT1 - Achieving in-situ visual concrete (HOOK)
        • CT1 - Achieving in-situ visual concrete (Lincoln)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • Design of Concrete Bridges to Eurocodes (Norwich)
        • SU1 - Sustainable concrete (Manchester)
        • SU1 & SU2 - Sustainable concrete & Utilisation of thermal mass (Edinburgh)
        • SU2 - Utilisation of Thermal Mass (Manchester)
      • Feb
        • AR1 - Thermal performance Part L1a and The Code for Sustainable Homes (London)
        • AR1 - Thermal performance Part L1a and The Code for Sustainable Homes (LONDON)
        • AR1 - Thermal performance Part L1A and The Code for Sustainable Homes (London)
        • AR2 - Energy efficient homes - case studies (Liverpool)
        • AR3 - Architectural precast solutions (Edinburgh)
        • AR3 - Architectural Precast Solutions (Glasgow)
        • AR7 - Guide to concrete floors (Manchester)
        • B1 - Building design to Eurocode 2 (Cirencester)
        • B1 - Building design to Eurocode 2 (London)
        • B1 - Building design to Eurocode 2 (Witney)
        • B15 - Introduction to RC detailing (London)
        • B17 - RC detailing to Eurocode 2 (Basingstoke)
        • B17 - RC detailing to Eurocode 2 (London)
        • B2 - Economic concrete framed buildings (CROYDON)
        • B5 - Flat slabs (Brighouse)
        • CT1 - Achieving in-situ visual concrete (Brighton)
        • CT1 - Achieving in-situ visual concrete (CHESHAM)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-stiu visual concrete (Witney)
        • Gravity Foundations - Offshore Wind - Environmental Workshop (Haywards Heath)
        • Infrastructure Client Briefing @ UK Concrete Show (Coventry)
        • SP1 - How to specify durable and sustainable concrete (Cirencester)
        • SP1 - How to specify durable and sustainable concrete (London)
        • SU1 - Sustainable concrete (Liverpool)
        • SU1 - Sustainable concrete (London)
        • SU1 - Sustainable concrete (London)
        • SU2 - Utilisation of thermal mass (Edinburgh)
        • SU2 - Utilisation of thermal mass (London)
        • SU2 - Utilisation of thermal mass (Manchester)
        • Surface Design Show (London)
        • Sustainability Parliamentary Reception (London)
      • Mar
        • AR1 - The Code for Sustainable Homes -Energy Solutions (Leeds)
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (LONDON)
        • AR1 - Thermal performance Part L1a and The Code for Sustainable Homes (Windsor)
        • AR2 - Energy efficient homes - case studies (LONDON)
        • AR3 - Architectural precast solutions (Edinburgh)
        • AR3 - Architectural precast solutions (Liverpool)
        • AR6 - Basements for housing (London)
        • AR7 - Guide to concrete floors (London)
        • AR7 & AR8 - Guide to concrete floors & Introduction to Walling Systems (Edinburgh)
        • B1 - Building design to Eurocode 2 (CHESHAM)
        • B1 - Building design to Eurocode 2 (EPSOM)
        • B1 - Building design to Eurocode 2 (London)
        • B1 - Building design to Eurocode2 (LONDON)
        • B1 - Building designt o Eurocode 2 (Glasgow)
        • B1 & B17 - Building design to Eurocode 2 & RC detailing to Eurocode 2 (Bishop's Stortford)
        • B15 - Introduction to RC detailing (Leeds)
        • B15 - introduction to RC detailing (LONDON)
        • B15 & B17 - Introduction to RC detailing & RC detailing to Eurocode 2 (Croydon)
        • B17 - RC detailing to Eurocode 2 (Brighouse)
        • B17 - RC Detailing to Eurocode 2 (Cardiff)
        • B17 - RC detailing to Eurocode 2 (Glasgow)
        • B17 - RC detailing to Eurocode 2 (Leeds)
        • B17 - RC detailing to Eurocode 2 (Leeds)
        • B17 - RC detailing to Eurocode 2 (Leeds)
        • B17 - RC detailing to Eurocode 2 (York)
        • B17 - RC detailing to Eurocode2 (Stockton-on-Tees)
        • B4 - Post-tensioned slabs (Chesham)
        • B4 - Post-tensioned slabs (Liverpool)
        • B4 - Post-tensioned slabs (London)
        • B4 & CT1 - Post-tensioned slabs & Achieving in-situ visual concrete (London)
        • B5 - Flat slabs (Manchester)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (ST ALBANS)
        • CT1 - Achieving in-stiu visual concrete (London)
        • Ecobuild 2012 (London)
        • Eurocode 2: Beyond the Basics (London)
        • Hepworth Gallery: Achieving Visual Concrete (Wakefield)
        • Introduction to designing buildings with Eurocode 2 (London)
        • SP1 - How to specify durable and sustainable concrete (Cardiff)
        • SP1 - How to specify durable and sustainable concrete (Manchester)
        • SP1 - How to specify durable and sustainable concrete (Solihull)
        • SU2 - Utilisation of thermal mass (Glasgow)
        • SU3 - Principles of specifying sustainable concrete (Westerham)
        • SU4 - Low carbon non-residential buildings (Cambridge)
      • Apr
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (Harrow)
        • AR1 - Thermal performance Part L1a and the Code for Sustainable Homes (RICKMANSWORTH)
        • AR3 - Architectural precast solutions (Edinburgh)
        • AR3 - Architectural precast solutions (London)
        • AR3 - Architectural precast solutions (SHEFFIELD)
        • AR6 - Basements for Housing (London)
        • B1 - Building design to Eurocode 2 (Leeds)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B15 - Introduction to RC detailing (Brighouse)
        • B17 - RC detailing to Eurocode 2 (Leeds)
        • B17 - RC detailing to Eurocode 2 (Stockton-on-Tees)
        • B17 - RC detailing to Europcode 2 (Nottingham)
        • B17 - RC detailling to Eurocode 2 (Newcastle upon Tyne)
        • B2 - Economic concrete framed buildings (LONDON)
        • B2 - Economic concrete framed buildings (Newcastle upon Tyne)
        • B5 - Flat Slabs (CROYDON)
        • Concrete Elegance - Refurbishment and Renewal (London)
        • Concrete Form, Finish, Texture & Colour (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • Eurocode 2: Beyond the Basics, Thursday evenings (London)
        • Practical Eurocode 2 Design Course (Tuesday Evenings - 5 weeks) (London)
        • SP1 - How to specify durable and sustainable concrete (Altrincham)
        • SP1 - How to specify durable and sustainable concrete (CROYDON)
        • SP1 - How to specify durable and sustainable concrete (Edinburgh)
        • SP1 - How to specify durable and sustainable concrete (LONDON)
        • SU1 - Sustainable concrete (Cleethorpes)
        • SU2 - Utilisation of thermal mass (Manchester)
      • May
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (London)
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (London)
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (Manchester)
        • AR11 - Energy & CO2 efficient retrofit solutions for housing (LONDON)
        • AR2 - Energy efficient homes - case studies (Deeside)
        • AR2 - Energy efficient homes - case studies (RICKMANSWORTH)
        • AR3 - Architectural precast solutions (Edinburgh)
        • AR3 - Architectural precast solutions (Newcastle upon Tyne)
        • AR4 - Insulating Concrete Formwork construction (CHESTER)
        • AR5 - Fast track structures for cellular buildings (Newcastle upon Tyne)
        • B1 - Building design to Eurocode 2 (London)
        • B1 & B17 - Building design to Eurocode 2 & RC detailing to Eurocode 2 (East Grinstead)
        • B15 - Introduction to RC detailing (Darlington)
        • B15 - Introduction to RC detailing (LONDON)
        • B15 & B17 - Introduction to RC detailing & RC detailing to Eurocode 2 (Witney)
        • B17 - RC detailing to Eurocode 2 (CROYDON)
        • B17 - RC detailing to Eurocode 2 (LONDON)
        • B17 - RC detailing to Eurocode 2 (Nottingham)
        • B2 - Economic concrete framed buildings (Castleford)
        • B2 - Economic concrete framed buildings (LONDON)
        • B4 - Post-tensioned slabs (Glasgow)
        • B5 - Flat slabs (EPSOM)
        • B5 - Flat slabs (Newcastle upon Tyne)
        • B7 - Basements (Brighouse)
        • B7 - Basements (CHESHAM)
        • B7 - Basements (Sevenoaks)
        • Concrete Basements Seminar (London)
        • CT1 - Achieving in-situ visual concrete (Hove)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 & AR3 & SU1 - Achieving in-situ visual concrete & Architectural precast solutions & Sustainable
        • Delivering Gravity Foundations for Scotland's Offshore Wind Programme (Edinburgh)
        • Material Considerations for Sustainable Design of Residential Buildings (London)
        • RC Detailing to Eurocode 2 (Liverpool)
        • SP1 - How to specify durable and sustainable concrete (Darlington)
        • SP1 - How to specify durable and sustainable concrete (East Grinstead)
        • SP1 - How to specify durable and sustainable concrete (Winchester)
        • SU1 - Sustainable concrete (London)
        • SU1 - Sustainable concrete (LONDON)
        • SU2 - Utilisation of thermal mass (Cleethorpes)
        • SU2 - Utilisation of thermal mass (RICKMANSWORTH)
        • SU2 - Utilisation of Thermal Mass (Sheffield)
        • SU4 - Low carbon non-residential buildings (HITCHIN)
        • SU4 - Low carbon non-residential buildings (London)
        • SU4 - Low carbon non-residential buildings (London)
        • SU4 - Low carbon non-residential buildings (LONDON)
        • SU4 - Low carbon non-residential buildings (LONDON)
      • Jun
        • 2nd International Conference on Flexible Formwork (BATH)
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (Guildford)
        • AR11 - Energy and CO2 efficient retrofit solutions for housing (London)
        • AR2 - Energy efficient homes - case studies (CHESTER)
        • AR3 - Architectural precast solutions (Leeds)
        • AR4 - Insulating Concrete Formwork construction (Edinburgh)
        • AR4 - Insulating Concrete Formwork construction (Harrogate)
        • AR7 - Guide to concrete floors (LONDON)
        • B4 - Post-tensioned slabs (CROYDON)
        • B4 - Post-tensioned slabs (CROYDON)
        • B4 - Post-tensioned slabs (London)
        • B5 & B7 - Flat slabs & Basements (Lyndhurst)
        • B7 - Basements (East Grinstead)
        • B7 - Basements (EPSOM)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CTX - Insitu & Precast Systems (London)
        • Introduction to RC Detailing (Brighouse)
        • SP1 - How to specify durable and sustainable concrete (Edinburgh)
        • SU1 - Sustainable concrete (Liverpool)
        • SU1 & SU2 - Sustainable concrete & Utilisation of thermal mass (Edinburgh)
        • SU1 & SU2 - Sustainable concrete & Utilisation of thermal mass (Newcastle upon Tyne)
        • SU2 - Utilisation of thermal mass (Deeside)
        • SU2 - Utilisation of thermal mass (London)
        • SU4 - Low carbon non-residential buildings (London)
        • Utilising masonry for thermal mass and low carbon buildings (Houghton Le Spring)
      • Jul
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (London)
        • AR3 - Architectural precast solutions (Manchester)
        • AR3 - Architectural precast solutions (Newcastle upon Tyne)
        • AR4 - Insulating Concrete Formwork construction (Newcastle upon Tyne)
        • AR7 - Guide to concrete floors (Southampton)
        • B1 - Building design to Eurocode 2 (Bristol)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B15 - Introduction to RC detailing (Manchester)
        • B15 - Introduction to RC detailing (Manchester)
        • B15 & B17 & SP1 - Introduction to RC detailing & RC detailing to Eurocode 2 & How to specify durable
        • B17 - RC detailing to Eurocode 2 (Bristol)
        • B17 - RC detailing to Eurocode 2 (Leeds)
        • B17 - RC detailing to Eurocode 2 (London)
        • B17 - RC detailing to Eurocode 2 (Salford)
        • B4 - Post-tensioned slabs (Cambridge)
        • B5 - Flat slabs (Edinburgh)
        • B7 - Basements (Guildford)
        • CT1 - Achieving in-situ visual concrete (Edinburgh)
        • CT1 - Achieving in-situ visual concrete (Edinburgh)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-situ visual concrete (Ringwood)
        • CT1 - Achieving in-situ visual concrete (Winchester)
        • SU1 - Sustainable concrete (HITCHIN)
        • SU1 - Sustainable concrete (LONDON)
        • SU1 - Sustainable concrete (Manchester)
        • SU2 - Utilisation of thermal mass (Leeds)
        • SU2 - Utilisation of thermal mass (Liverpool)
      • Aug
        • AR1 - Thermal performance Part L1a & The Code for Sustainable Homes (Windsor)
        • AR3 - Architectural precast solutions (Manchester)
        • AR3 - Architectural precast solutions (MANCHESTER)
        • AR3 - Architectural precast solutions (Newcastle)
        • AR7 - Guide to concrete floors (LONDON)
        • AR7 - Guide to concrete floors (Northampton)
        • B1 - Building design to Eurocode 2 (Sale)
        • B15 - Introduction to RC detailing (Nottingham)
        • B17 - RC detailing to Eurocode 2 (ASHFORD)
        • B17 - RC detailing to Eurocode 2 (Caernarfon)
        • B17 - RC detailing to Eurocode 2 (Cheadle)
        • B17 - RC detailing to Eurocode 2 (LONDON)
        • B2 - Economic concrete framed buildings (London)
        • B4 - Post-tensioned slabs (EPSOM)
        • B7 - Basements (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • SU1 - Sustainable concrete (LONDON)
        • SU1 - Sustainable concrete (Manchester)
        • SU4 - Low carbon non-residential buildings (London)
      • Sep
        • AR2 - Energy efficient homes - case studies (Birkenhead)
        • AR2 - Energy efficient homes - case studies (HITCHIN)
        • B14 - Hotels and cellular buildings (London)
        • B17 - RC detailing to Eurocode 2 (Edinburgh)
        • B17 - RC detailing to Eurocode 2 (Sale)
        • B2 - Economic concrete framed buildings (LONDON)
        • B2 - Economic concrete framed buildings (Manchester)
        • B5 - Flat slabs (LONDON)
        • B7 - Basements (CROYDON)
        • B7 - Basements (London)
        • Building Study - Horizon Community College (Barnsley)
        • Concrete Elegance - The Art of Casting (London)
        • Post-tensioned Concrete Seminar (London)
        • Practical Eurocode 2 Design Course (Thursday Evenings - 5 weeks) (Manchester)
        • Practical Eurocode 2 Design Course (Thursday Evenings - 5 weeks) (Manchester)
        • SP1 - How to specify durable and sustainable concrete (CHESHAM)
        • SP1 - How to specify durable and sustainable concrete (EPSOM)
        • SU1 - Sustainable concrete (Deeside)
        • SU2 - Utilisation of thermal mass (Liverpool)
        • SU2 - Utilisation of thermal mass (Newcastle upon Tyne)
      • Oct
        • AR10 - Landscape design (London)
        • AR2 - Energy efficient homes - case studies (Manchester)
        • AR3 - Architectural precast solutions (Chester)
        • AR3 - Architectural precast solutions (Deeside)
        • B14 - Hotels and cellular buildings (Manchester)
        • B17 - RC detailing to Eurocode 2 (Warrington)
        • Close Up Design and Detail of Concrete Buildings (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-situ visual concrete (Portsmouth)
        • CT1 - Achieving in-situ visual concrete workshop (London)
        • CT1 - Achieving in-situ visual concrete workshop (London)
        • Decorative Finishes of Concrete (Oxford)
        • Practical Eurocode 2 Design Course (Tuesday Evenings - 5 weeks) (London)
        • SU1 - Sustainable concrete (Edinburgh)
        • SU1 - Sustainable concrete (London)
        • SU1 - Sustainable concrete (MANCHESTER)
        • SU1 - Sustainable concrete (Newcastle)
        • SU2 - Utilisation of thermal mass (LONDON)
        • SU4 - Low carbon non-residential buildings (Reading)
        • UK Manufacturing; the foundation for offshore wind energy - TCC, PRASEG & Crown Estate (London)
        • What's happening in the world of concrete (READING)
      • Nov
        • AR3 - Architectural precast solutions (Manchester)
        • AR6 - Basements for housing (London)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B1 - Building design to Eurocode 2 (LONDON)
        • B15 - Introduction to RC detailing (LONDON)
        • B5 - Flat slabs (Sale)
        • B7 - Basements (London)
        • B7 - Basements (LONDON)
        • B7 - Basements (LONDON)
        • Best Practice in Concrete Construction (Glasgow)
        • Concrete Basements Seminar (Manchester)
        • Concrete Elegance - Intimate Spaces (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (LONDON)
        • CT1 - Achieving in-situ visual concrete (Skipton)
        • Deflections in Concrete - fibUK joint technical meeting with IStructE (London)
        • Introduction to RC Detailing (Derby)
        • Introduction to RC Detailing (Stirling)
        • Introduction to RC Detailing (Stirling)
        • Introduction to RC Detailing (Stirling)
        • SP1 - How to specify durable and sustainable concrete (LONDON)
        • SP1 - How to specify durable and sustainable concrete (St. Albans)
        • SP1 - How to specify durable and sustainable concrete (St. Albans)
        • SP1 - How to specify durable and sustainable concrete (St. Albans)
        • SU1 - Sustainable concrete (Newcastle upon Tyne)
        • SU4 - Low carbon non-residential buildings (London)
        • SU4 - Low carbon non-residential buildings (London)
        • SU4 - Low carbon non-residential buildings (Winchester)
        • Sustainability Best Practice: a breakfast briefing (London)
      • Dec
        • AR1 - The Code for Sustainable Homes -Energy Solutions (Leeds)
        • AR1 - The Code for Sustainable Homes -Energy Solutions (Leeds)
        • B17 - RC detailing to Eurocode 2 (Edinburgh)
        • B2 - Economic concrete framed buildings (LONDON)
        • Concrete Offshore Wind 2012 - Complimentary Pass (London)
        • Concrete Offshore Wind 2012 - Complimentary TCC Staff pass (London)
        • Concrete Offshore Wind 2012 (€) (London)
        • Concrete Offshore Wind 2012 (London)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1 - Achieving in-situ visual concrete (sevenoaks)
        • Introduction to RC Detailing (London)
        • SU1 - Sustainable concrete (London)
    • 2013
      • Jan
        • B2 - Economic Concrete Framed Buildings (LONDON)
        • Building Design to EC2 (EPSOM)
        • CT1: Achieving visual concrete (LONDON)
        • Economic Concrete Framed Buildings (LONDON)
        • Introduction to RC Detailing (Stirling)
        • RC Detailing to EC2 (CROYDON)
      • Feb
        • B15: Introduction to RC detailing & B17: RC detailing to EC2 (EDINBURGH)
        • B15: Introduction to RC detailing & B17: RC detailing to EC2 (Leeds)
        • B17: RC detailing to Eurocode 2 (EDINBURGH)
        • B17: RC detailing to Eurocode 2 (EDINBURGH)
        • Concrete Elegance: Low Energy Office Architecture (London)
        • CT1: Achieving in-situ visual concrete (Stockport)
        • CT1: Achieving visual concrete (London)
        • CT1: Achieving visual concrete (London)
        • CTI: Achieving Visual Concrete (London)
        • Decorative Concrete (London)
        • Delivering Visual Concrete (Birmingham)
        • Delivering Visual Concrete (Birmingham)
        • Housing Expo 2013 (London)
        • Infrastructure Clients Briefing 27-02-2013 (Birmingham,)
        • Introduction to RC Detailing (Reading)
        • Polished and patterned concrete floors (London)
        • RC detailing to Eurocode 2 (LONDON)
        • SP1: How to Specify durable and sustainable concrete (York)
      • Mar
        • B15: Introduction to RC Detailing (Guildford)
        • B4: Post-tensioned slabs (LONDON)
        • B7: Basements (Glasgow)
        • Concrete: Creative,Decorative, Innovative (LONDON)
        • Finite Element Analysis (CROYDON)
        • Introduction to RC Detailing (London)
        • Introduction to RC Detailing (London)
        • Introduction to RC Detailing (London)
        • RC Detailing to EC2 (Reading)
        • The Concrete Centre Seminars at Ecobuild 2013 (London)
        • The Concrete Centre Seminars at Ecobuild 2013 (London)
        • The Concrete Centre Seminars at Ecobuild 2013 (London)
      • Apr
        • B17: RC Detailing to EC2 (Guildford)
        • B17: RC Detailing to Eurocode 2 (Bristol)
        • B17: RC Detailing to Eurocode 2 (London)
        • B17: RC Detailing to Eurocode 2 (LONDON)
        • B17: RC Detailing to Eurocode2 (London)
        • B5: Flat Slabs (Leeds)
        • B5: Flat Slabs (London)
        • B7: Basements (Newark)
        • Concrete Elegance: A European Focus (London)
        • Designing and Specifying Sustainable Concrete (London)
        • Innovative Concrete Construction (London)
        • Low Carbon Non-Residential Buildings (ST ALBANS)
        • Practical Eurocode 2 Design Course (Thursday evenings) (Newcastle upon Tyne)
        • Practical Eurocode 2 Design Course (Wednesday evenings, 5 weeks) (London)
        • RC Detailing to Eurocode 2 (Coalville)
        • SU1 and SU2 – Specifying Sustainable Concrete and Utilising thermal mass (LONDON)
      • May
        • ARI- Thermal Performance + Code for Sustainable homes (London)
        • B1: Building design to Eurocode 2
        • B1: Building Design to Eurocode 2 (Newcastle upon Tyne)
        • B1: Building design to Eurocode 2 (South Queensferry)
        • B17: RC Detailing to Eurocode 2
        • B17: RC detailing to Eurocode 2 (Warrington)
        • Building Design to Eurocode 2 (Newcastle upon Tyne)
        • CT1 - Achieving in-situ visual concrete (London)
        • CT1: Achieving in-situ visual concrete (London)
        • CTI- Achieving Visual Concrete & SU1- Sustainable Concrete (BRIGHTON)
        • CTI- Achieving Visual Concrete (LONDON)
        • High Thermal Mass for Passive and Active Cooling (London)
        • SP1: Specifying Sustainable & Durable Concrete (CROYDON)
        • SU4-Low Carbon Non-residential Buildings (LONDON)
      • Jun
        • AR1 Thermal Perfomance Part L1a & Code for Sustainable Homes (Weybridge)
        • B15: Introduction to RC detailing (Newcastle upon Tyne)
        • B17: RC detailing to Eurocode 2 (Manchester)
        • B17: RC detailing to Eurocode 2 (York)
        • B7: Basements (CROYDON)
        • B7: Basements (Leeds)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • CT1: Achieving in-situ visual concrete (CROYDON)
        • CTI- Achieving Visual Concrete & SU1- Sustainable Concrete (London)
        • Good Practice Detailing for Sustainable Concrete Design (LONDON)
        • Good Practise Detailing for Sustainable Concrete design (LONDON)
        • Reinforced Concrete - Practical examples for Design and Detailing (London)
        • Risk Management of Gravity Foundations for Round 3 Wind Farms (London)
        • SU 1 Sustainable Concrete (Weybridge)
        • SU 4 - Low Carbon Non Residential Building (London)
        • SU4 - Low Carbon Non-residential Buildings (London)
      • Jul
        • AR1 - Thermal Performance and Code For Sustainable Homes (Norwich)
        • B17: RC detailing to Eurocode 2 (Glasgow)
        • B17: RC Detailing to Eurocode 2 (London)
        • B4: Post-Tensioned Slabs (London)
        • CT1: Achieving in-situ visual concrete (Manchester)
        • Hybrid Concrete Construction (CHESHAM)
        • Innovative Concrete Construction - TEST (London)
        • Introduction to Eurocode 2 (Basingstoke)
        • SU4 - Low Carbon Non-Residential Buildings (Weybridge)
      • Aug
        • AR2- Utilising Thermal Mass (Lewes)
        • B5: Flat Slabs (Bristol)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • Sustainable Concrete Summer School (Swadlingcote)
      • Sep
        • Achieving BREEAM Excellence (London)
        • Achieving Visual Insitu Concrete (London)
        • B17: RC detailing to Eurocode 2 (Scarborough)
        • B2: Economic concrete framed buildings (London)
        • Concrete Elegance: Exploring Light and Spatial Creativity (London)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • CT1: Achieving in-situ visual concrete (Bristol)
        • CT1: Achieving visual insitu concrete (LONDON)
        • Decorative Finishes For Concrete & AR5 Fast Track Cellular Construction (London)
        • High Performance Concrete (London)
        • Practical Design to Eurocode 2 (Hemel Hempstead)
        • Practical Eurocode 2 Design course (Thursday evenings, five weeks) (Birmingham)
        • Practical Eurocode 2 Design Course (Tuesday evenings) (London)
        • SP1: How to specify durable and sustainable concrete (MANCHESTER)
        • SP1: How to specify durable and sustainable concrete (Woking)
        • SU4 – Low Carbon Non-residential buildings (London)
      • Oct
        • AR3 - Architectural Precast Solutions (LONDON)
        • B15: Introduction to RC detailing (BIRMINGHAM)
        • B17: RC Detailing to Eurocode 2 (Leeds)
        • B17: RCdetailing to Eurocode 2 (BIRMINGHAM)
        • Concrete Best Practice Roadshow - Glasgow (Glasgow)
        • Concrete Best Practice Roadshow - Manchester (Manchester)
        • Cost, Carbon and Concrete (London)
        • CT1 - Achieving Visual Concrete Part 2 (London)
        • CT1- Achieving Visual Concrete (London)
        • Designing Homes for the 21st Century (London)
        • Gravity Foundations: Offshore Wind Scotland Conference (Edinburgh)
        • Reinforced Concrete Detailing to Eurocode 2 (London)
        • Resource Efficiency Action Plan Launch 2013 (London)
        • SP1: How to specify durable and sustainable concrete (London)
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference & Dinners: Earlybird offer
        • Structural Design of Tall Buildings Conference: Earlybird offer
        • Tall Buildings Conference & Dinner: Earlybird offer
        • Tall Buildings Conference: Earlybird offer
      • Nov
        • Architectural precast concrete solutions
        • B1: Building design to Eurocode 2 (London)
        • B17: RC Detailing to Eurocode 2 (Cambridge)
        • B5: Flat slabs (LONDON)
        • CAST - Innovations in Concrete (Glasgow)
        • Concrete Basements (Didcot)
        • Concrete Elegance: Textbook Tectonics - Schools for the 21st Century (London)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • Developments in Structural Concrete (London)
        • Peter Campbell Biennial Lecture (London)
        • SP1: How to specify durable and sustainable concrete (Leeds)
        • SP1: How to specify durable and sustainable concrete and B4: Post-tensioned slabs (LEEDS)
        • Sustainable Concrete: reality vs perception webinar (London)
      • Dec
        • B2: Economic concrete framed buildings (London)
        • Concrete Offshore Wind Conference 2013 - Speaker (London)
        • Concrete offshore wind conference 2013 (€) (London)
        • Concrete Offshore Wind Conference 2013 (€) (London)
        • Concrete Offshore Wind conference 2013 (London)
        • Concrete Offshore Wind Conference 2013- free place (London)
        • Concrete Offshore Wind conference -Exhibitor (London)
    • 2014
      • Jan
        • B1: Building design to Eurocode 2 (Glasgow)
        • B15: Introduction to RC Detailing (Leeds)
        • B17: RC detailing to Eurocode 2 (Derby)
        • B17: RC Detailing to Eurocode 2 (Derby)
        • B4: Post-tensioned slabs (Glasgow)
        • Concrete Elegance: Learning Spaces (London)
        • Practical Eurocode 2 Design Course (Wednesday evenings) (London)
        • SP1: How to specify durable and sustainable concrete (London)
        • SP1: How to specify durable and sustainable concrete (London)
      • Feb
        • AR3 Architectural Precast Cladding (London)
        • B1: Introduction to EC2 (London)
        • B17: RC detailing to Eurocode 2 (Sutton Coldfield)
        • B2: Economic concrete framed buildings (Glasgow)
        • B4: Post-tensioned slabs (LONDON)
        • CT1: Achieving in-situ visual concrete (LONDON)
        • SP1: How to specify durable and sustainable concrete (Bristol)
        • SP1: How to specify durable and sustainable concrete (LEEDS)
        • Surface Design Show 2014 (London)
      • Mar
        • Achieving Visual Concrete: An expert panel (London)
        • B1/B17: Introduction to Design and Detailing to Eurocode 2 (Maidstone)
        • B1: Building design to Eurocode 2 (London)
        • B17: RC Detailing to Eurocode 2 (London)
        • B7: Basements (Glasgow)
        • B7: Basements (HEMEL HEMPSTEAD)
        • Ecobuild 2014 (London)
        • Practical Eurocode 2 Design Course (Tuesday evenings) (LEEDS)
        • SP1: How to specify durable and sustainable concrete (Glasgow)
        • Specifying Sustainable Concrete (London)
        • Strut and Tie (CROYDON)
      • Apr
        • AR3 Architectual Precast Concrete (London)
        • B2: Economic concrete framed buildings (York)
        • B4: Post-tensioned slabs (London)
        • B5: Flat Slabs (Glasgow)
        • Concrete Elegance: Buildings for Concerts and Council Tax (London)
        • Driving Technology Development and Enabling Investment in Offshore Wind (London)
        • Innovating with Ferrocement (London)
        • Reinforced Concrete Detailing to Eurocode 2 (London)
      • May
        • AR3: Architectural precast solutions (Bristol)
        • B1: Building design to Eurocode 2 (Leeds)
        • B15: Introduction to RC detailing (Glasgow)
        • B2: Economic concrete framed buildings (Nottingham)
        • Concrete connections - fixings, fasteners and precast connections (London)
        • CT1: Achieving in-situ visual concrete (Cambridge)
        • CT1: Achieving insitu visual concrete (London)
        • CT1: Achieving in-situ visual concrete (LONDON)
        • CT1: Achieving in-situ visual concrete (Norwich)
        • Designing Buildings with Precast Concrete (Leicester)
        • Pancras Square, King’s Cross: exemplars of sustainable office design (London)
        • Reinforced Concrete Detailing to Eurocode 2 - Repeat session (London)
        • SP1 Specifying Durable and Sustainable Concrete (CROYDON)
        • Thermal Performance: Fabric solutions for energy and carbon efficiency (Manchester)
      • Jun
        • Achieving Visual Insitu Concrete (London)
        • AR3: Architectural Precast Solutions (London)
        • B2: Economic Concrete Framed Buildings (Solihull)
        • B7: Basements (CROYDON)
        • Conference, evening dinner & accommodation (NORTHAMPTON)
        • CT1: Achieving in-situ visual concrete (London)
        • Fabric First Event (Birmingham)
        • SU1: Specifying Sustainable Concrete (London)
        • SUDSsource Conferenc (EO) (NORTHAMPTON)
        • SUDSsource Conference (D) (NORTHAMPTON)
        • SUDSsource Conference (D) (NORTHAMPTON)
        • SUDSsource Conference (DA) (NORTHAMPTON)
        • SUDSsource Conference (DEO) (NORTHAMPTON)
        • SUDSsource Conference (E) (NORTHAMPTON)
        • SUDSsource Conference (NORTHAMPTON)
        • SUDSsource Conference (S) (NORTHAMPTON)
      • Jul
        • B1: Building design to Eurocode 2 (Birmingham)
        • B1: Building design to Eurocode 2 (Birmingham)
        • B1: Introduction to Eurocode 2 (LONDON)
        • B15: Introduction to RC detailing (CROYDON)
        • B4: Post-tensioned Slabs (Glasgow)
        • CT1 - Achieving visual insitu concrete ( London)
        • CT1 - Achieving Visual Insitu Concrete (London)
        • CT1 - Achieving Visual Insitu Concrete (LONDON)
        • CT1: Achieving in-situ visual concrete (London)
        • CT1: Visual Concrete (CROYDON)
        • SU1- Specifying Sustainable Concrete (London)
        • Visual Concrete - precast and insitu (Stratford)
      • Aug
        • B17: RC detailing to Eurocode 2 (CROYDON)
        • B17: RC detailing to Eurocode 2 (Glasgow)
        • CT1: Achieving in-situ visual concrete (Slough)
      • Sep
        • Achieving colour and texture in concrete (Dover)
        • B1: Building design to Eurocode 2 (CROYDON)
        • B2: Economic concrete framed buildings (LONDON)
        • B4: Post-tensioned slabs (LONDON)
        • B5: Flat Slabs (Birmingham)
        • B5: Flat Slabs (Didcot)
        • B7: Concrete Basements (Woking)
        • Concrete Basements to Eurocode 2 (London)
        • Design of Concrete Basements to EC2: Organised by The Institution of Structural Engineers, South Eas
        • Designing with Concrete for Whole-Life Performance (London)
        • Economic Concrete Framed Buildings (London)
        • Practical Eurocode 2 Design Course (Wednesday evenings) (London)
        • SP1: How to specify durable and sustainable concrete (Birmingham)
        • Sustainable concrete: Practical guidance for specification of low energy buildings (Hampshire)
        • Webinars
      • Oct
        • B1: Building design to Eurocode 2 (London)
        • B15: Introduction to RC detailing (London)
        • B2: Economic concrete framed buildings (Warrington)
        • B5: Flat Slabs (LONDON)
        • B7: Concrete Basements (Birmingham)
        • Concrete Elegance (London)
        • Concrete Elegance: Home Brew - focus on self build architecture (London)
        • CT1: Achieving in-situ visual concrete (LONDON)
        • Introduction to Thermal Mass webinar (London)
        • Low Maintenance Highway Pavements (Birmingham)
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference
        • Structural Design of Tall Buildings Conference - deleted
      • Nov
        • B1: Building design in Eurocode 2 (BASILDON)
        • B17: RC Detailing to Eurocode 2 (London)
        • B4: Post-tensioned slabs (RICKMANSWORTH)
        • B7: Concrete Basements (Forest Row)
        • BREEAM 2014 and Concrete Buildings (London)
        • CT1: Achieving cast in situ visual concrete – An introduction (London)
        • Design and construction considerations for sustainable concrete (Watford)
        • Practical Eurocode 2 Design Course (Tuesday evenings) (LEEDS)
      • Dec
        • Achieving cast in-situ visual concrete (London)
        • AR3 Architectural Precast Solutions (London)
        • B15: Introduction to RC Detailing (LONDON)
        • B17: RC detailing Eurocode 2 (York)
        • Concrete - The Weird and Wonderful (London)
        • Concrete Elegance: Focus on Higher Education Buildings (London)
        • Concrete Offshore Wind Conference 2014 (London)
        • CT1: Achieving in-situ visual concrete (Birmingham)
        • CT1: Achieving in-situ visual concrete (Birmingham)
        • CT1: Achieving in-situ visual concrete (London)
        • CTI - Achieving Cast in-situ concrete + Architectural Precast (Loughton)
    • 2015
      • Jan
        • Achieving Visual Concrete (London)
        • B1: Building design Eurocode 2 (Birmingham)
        • B17: RC detailing to Eurocode 2 (LONDON)
        • B5: Flat Slabs (Woking)
        • Concrete Elegance 2015 (London)
        • Practical Design to Eurocode 2 (BEDFORD)
        • Practical Eurocode 2 Design Course 2015 (London)
        • Specifying Concrete - An introduction (London)
      • Feb
        • B15: Introduction to RC detailing (EDINBURGH)
        • B15: Introduction to RC detailing (EDINBURGH)
        • B2: Economic concrete framed buildings (London)
        • B5: Flat slabs (LONDON)
        • Cost and Carbon Webinar (London)
        • Precast Concrete Solutions (London)
        • Surface Design Show 2015 (London)
        • Sustainability Credentials of Concrete webinar (London)
        • Sustainable concrete: Design solutions for low energy and material efficient office buildings (Londo
      • Mar
        • AR3 - Architectural Precast Solutions (London)
        • Architectural Precast Solutions (London)
        • B4: Post - tensioned slabs (LONDON)
        • Concrete and Masonry Pavilion at Ecobuild 2015 (London)
        • Concrete and Masonry Solutions in Scottish Construction (Falkirk)
        • CTI - Achieving cast insitu concrete (London)
        • Ecobuild 2015 (London)
        • Launch of the Concrete Industry Performance Report (London)
        • Post-tensioned Floors (London)
        • SP1: How to specify durable and sustainable concrete (LONDON)
      • Apr
        • Creating in Concrete (London )
        • CT1 - Achieving in-situ visual concrete (Cambridge)
        • CT1: Achieving visual concrete (London)
        • Designing Resilient Homes (London)
        • Practical Eurocode 2 Design Course 2015 (Tuesday evenings) (LEEDS)
      • May
        • B17: RC Detailing to Eurocode 2 (Woodbridge)
        • B2: Economic concrete framed buildings (Glasgow)
        • Concrete Elegance: Ireland to Islington: tales of finish and form (London)
        • Concrete, BREEAM and Home Quality Mark (London)
        • Engineering Concrete Solutions: Design Guidance and Analysis methods (London)
        • Reinforced Concrete Detailing to Eurocode 2 (London)
        • Webinar series (London)
      • Jun
        • Achieving visual concrete cast insitu webinar
        • B17: RC Detailing to Eurocode 2 (Bristol)
        • B17: RC Detailing to Eurocode 2 (Steetley)
        • Concrete Basements Webinar (London)
        • CT1: Achieving in-situ visual concrete (Rosyth)
        • Fire design to Eurocode 2, Shrinkage and Crack control (Glasgow)
        • Global Offshore Wind (London)
        • Global Offshore Wind 2015 (London)
        • Reducing overheating in new homes webinar
        • Reinforced Concrete Detailing to Eurocode 2
        • Specifying Sustainable Concrete
      • Jul
        • B1: Building design to Eurocode 2 (London)
        • B1: Introduction to EC2 (LONDON)
        • B2 economic concrete frames (Northampton)
        • B2: Economic concrete framed buildings (Bristol)
        • B5: Flat slabs (ST ALBANS)
        • Promoting Concrete and Masonry: An Industry Workshop (Birmingham)
        • RC Spreadsheets:Top tips for designing with concrete
        • Specifying Concrete to BS 8500 (London)
        • Sustainable Concrete: Practical guidance for specification of low energy buildings (Oxford )
      • Aug
        • B2: Economic concrete framed buildings (LONDON)
        • Concrete Centre: How to specify durable and sustainable concrete (London)
        • Test Event (London)
      • Sep
        • B15: Introduction to RC detailing (Leeds)
        • Concrete Elegance: ‘A robust education’ Creating places of learning with concrete (London)
        • Concrete Elegance: A robust Education (London)
        • CT1: How to achieve visual concrete (London)
        • CTI - Achieving cast insitu concrete (London)
        • CTI + AR3 : Achieving cast insitu concrete and architectural precast solutions (London)
        • Practical Eurocode 2 Design Course
        • Practical Eurocode 2 Design Course
        • SP1: How to specify durable and sustainable concrete (London)
        • SPI: Specifying durable and sustainable concrete (CAMBRIDGE)
        • Structural Design of Concrete Tall Buildings (London)
      • Oct
        • AR1: Thermal performance (London)
        • B17: RC detailing to Eurocode 2 (Sutton Coldfield)
        • Concrete Best Practice Roadshow - Glasgow (Glasgow)
        • CT1 - Achieving visual cast insitu concrete (Birmingham )
        • CT1 - Achieving visual cast insitu concrete (LONDON)
        • Enduring performance - Design considerations for future proofing buildings (London)
        • Modern Masonry: Housing Insights 2015 (Birmingham)
        • Special Concretes Webinar (London)
        • Webinar series
      • Nov
        • Achieving Material Efficient Construction with Concrete (London)
        • AR1: Thermal performance - Part L1A and Thermal mass (London)
        • B4: Post-tensioned slabs (HITCHIN)
        • Concrete Basements webinar
        • Concrete Best Practice Roadshow - Leeds (Leeds)
        • CT1 Visual Concrete (London)
        • Designing resilient homes (London)
        • Designing Resilient homes using concrete and masonry (London)
        • Designing with Insulated Concrete Formwork webinar (London)
        • Resource Efficient Concrete Frames webinar (London)
        • SP1: How to specify durable and sustainable concrete (Sutton Coldfield)
      • Dec
        • B15: Introduction to RC Detailing (LONDON)
        • B17: RC detailing to Eurocode 2 (EDINBURGH)
        • Concrete Elegance: ‘Curves and Creativity' Contemporary visual concrete using innovative techniques
        • CT1- Achieving cast insitu visual concrete (London)
        • CT1: Achieving cast in situ visual concrete (London)
        • Post-tensioned Concrete Design Course (London)
        • Whole life CO2 – Concrete buildings webinar (London)
    • 2016
      • Jan
        • B1: Building design to Eurocode 2 (Cardiff)
        • Concrete and BREEAM (LONDON)
        • Concrete Elegance: At home with concrete (London)
        • CT1 & SU1 - Sustainable visual concrete (LONDON)
        • CT1- Achieving cast insitu visual concrete (London)
        • CT1: Achieving cast insitu visual concrete (Kingston upon Thames)
        • Webinars
      • Feb
        • B17 RC detailing to Eurocode 2 (LONDON)
        • Practical Eurocode 2 Design Course (London)
        • Surface Design Show 2016 (London)
      • April
        • AR3 - Architecture Precast Concrete
      • Mar
        • Concrete and Masonry Pavilion Fringe Events (London)
        • The Concrete Centre Seminars at Ecobuild 2016 (London)
• Resources
  • Publications library
    • A Design Guide for Footfall Induced Vibration of Structures
    • A Review of Marine Environmental Considerations Associated with Concrete Gravity Base Foundations
    • Basements for Housing
    • Basements: Costs
    • Basements: Ground Gases and Structural Waterproofing
    • Basements: The Hidden Potential
    • Basements: Thermal Performance
    • Benefits of In-situ Concrete Frames
    • Best Practice Guide for Hybrid Concrete Construction
    • Civil Engineering - Sustainable Solutions using Concrete
    • Comparison of embodied carbon in concrete structural systems
    • Concept Design Tool - Version 4
    • Concise Eurocode 2
    • Concise Eurocode 2 for Bridges
    • Concrete and BREEAM
    • Concrete and Fire Safety
    • Concrete and Flooding
    • Concrete Assurance
    • Concrete Basements
    • Concrete Bridges
    • Concrete Buildings Scheme Design Manual to Eurocode 2
    • Concrete Buildings Scheme Design Manual - BS 8110 version
    • Concrete Credentials: Concrete, concrete products and constituent materials
    • Concrete Floor Solutions for Passive and Active Cooling
    • Concrete Footbridges
    • Concrete Frame
    • Concrete Framed Buildings
    • Concrete Futures: Remixed
    • Concrete Gravity Foundations for Offshore Wind
    • Concrete Logistics
    • Concrete Proof
    • Concrete Quarterly: Visual Concrete Focus
    • Concrete Solutions for Wind Tower Foundations
    • Concrete Structures 10
    • Concrete Structures 2005
    • Concrete Structures 6
    • Concrete Structures 7
    • Concrete Structures 8
    • Concrete Structures 9
    • Concrete Tall Buildings
    • Concrete Towers for Onshore and Offshore Wind Farms
    • Concreting for improved speed and efficiency
    • Cost Model Study - Commercial Buildings
    • Cost Model Study - Hospital Buildings
    • Cost Model Study - School Buildings
    • Design and Construction using Insulating Concrete Formwork
    • Design of Hybrid Concrete Buildings
    • Designing for Safer Concrete Structures
    • Dynamic Thermal Properties Calculator
    • Early Age Concrete Strength Assessment
    • Early Age Construction Loading
    • Early age strength assessment of concrete on site
    • Early striking and improved backpropping for efficient flat slab construction
    • Easy Guide: Beam and Block Ground Floors
    • Easy Guide: Concrete Blocks
    • Easy Guide: Bricks
    • Easy Guide: Cavity Walls
    • Economic Concrete Frame Elements to Eurocode 2
    • Flat slabs for efficient concrete construction
    • Formwork for Modern Efficient Concrete Construction
    • Guidance Document - Basements for Dwellings
    • Hospital Construction
    • Hospital Floor Vibration Study
    • How to achieve acoustic performance in masonry homes
    • How to achieve good levels of airtightness in masonry homes
    • How to design concrete buildings to satisfy disproportionate collapse requirements
    • How to Design Concrete Structures to Eurocode 2 - The Compendium (Second edition)
    • How to design concrete structures using Eurocode 2: BS 8500 for building structures
    • How to design masonry structures to Eurocode 6
    • How to design reinforced concrete flat slabs using Finite Element Analysis
    • How to specify concrete for civil engineering structures using BS 8500
    • Hybrid Concrete Construction
    • Hydraulically-bound Mixtures for Pavements
    • Improving concrete frame construction
    • Improving rebar information and supply
    • Insulating Concrete Formwork
    • Insulating Concrete Formwork (ICF)
    • Lessons Learned from the Barratt Green House
    • Masonry
    • Material Efficiency
    • Model Specification for the Design & Performance of Post-tensioned Concrete Floors
    • Multi-storey Concrete Car Parks
    • Office Cost Study
    • Offsite Concrete Construction
    • Designing to Avoid Overheating
    • Performance of Concrete Structures in Fire
    • Post-tensioned Concrete Floors
    • RC Spreadsheets V4D: 10 user licences
    • RC Spreadsheets V4D: 50 user licences
    • RC Spreadsheets V4D - Update for licence holders
    • RC Spreadsheets V4D: single user licence
    • Practical Yield Line Design
    • Precast Concrete in Civil Engineering
    • Prefabricated punching shear reinforcement for reinforced concrete flat slabs
    • Project Profile - Coin Street Neighbourhood Centre
    • Properties of Concrete for use in Eurocode 2
    • Rationalisation of flat slab reinforcement
    • RC Spreadsheets V4 - Trial
    • Reducing carbon and cost of reinforcement
    • Remediating Brownfield Land Using Cement and Lime
    • Basements: Waterproofing
    • Residential Cellular Concrete Buildings
    • Schools
    • Shed Structures: a new approach
    • Special concretes
    • Specifying Sustainable Concrete
    • St George Wharf Project Overview
    • Structural Design of Concrete and Masonry: a compendium of technical papers
    • Strut-and-tie Models
    • Summary of 2017 Concrete Performance Indicators
    • Summary: Marine Environmental Considerations Associated with Concrete Gravity Base Foundations
    • Tall Buildings
    • The Essential Guide to the Remediation of Brownfield Land
    • The Ninth Concrete Industry Sustainability Performance Report
    • The Thirteenth Concrete Industry Sustainability Performance Report
    • The Twelfth Concrete Industry Sustainability Performance Report
    • The World Recast
    • Thermal Mass Explained
    • Thermal Mass for Housing
    • Thermal Performance: Part L1A (2013)
    • 70 Years of Concrete Quarterly magazine
    • New Ideas and Good Ideas That Never Get Old magazine
    • Ahead of the Game magazine
    • Ten Years, Ten Insights magazine
    • The Feelgood Factory magazine
    • The Shape of Things To Come magazine
    • Secrets of a Long Life magazine
    • Using 56 Day Concrete Strengths
    • Utilisation of Thermal Mass in Non Residential Buildings
    • Visual Concrete
    • Whole-life Carbon and Buildings
    • Worked Examples to Eurocode 2
    • Zero Carbon Performance - cost-effective concrete and masonry homes
  • Errata
  • Concrete Compass
    • Energy efficient buildings
    • Eurocode 2
    • Low carbon concrete
    • Material efficiency
    • Offsite concrete construction
  • Concrete Futures
  • Design tools and software
    • Cost and Carbon: Concept V4
    • RC Spreadsheets: V4D
      • RC Spreadsheets: V4D4 contents
    • Dynamic thermal properties
    • Passive design assistant
    • CALcrete
  • Resources for students and lecturers
    • Architecture resources
    • Architecture concrete competition 2022
    • Engineering resources
    • Structural concrete competition 2022
      • Project brief: Smeaton High School new building
      • Submission requirements
      • The awards
      • Submit your entry form
      • Student Design Competition Q&A session
• News
• Unsubscribe
• Helpline form submitted
• Practice workshop event form 
• Amend your subscription settings

Forthcoming events

Previous Next