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ICE is a centre for the exchange of specialist knowledge and a provider of resources to encourage innovation and excellence in the profession worldwide. Use the carousel below to access information on the ICE’s associated societies, best practice, case study and policy information via the specialist knowledge areas.
ICE worked with the Olympic Delivery Authority to help ensure that the lessons learned from the 2012 Olympics would be captured and passed on.
Associated Societies of the ICE are crucial to the Institution's 'learned society' function, contributing to our knowledge base across a range of specialist areas.
Building Information Modelling (BIM) is the process of generating and managing information about a building during its entire life cycle.
Civil engineers work to resolve the challenges presented by the need to deliver long term energy supplies that are clean and safe.
Civil engineers supply sustainable methods for construction to protect, preserve and improve our quality of life and the environment around us.
As civil engineers are being challenged to shape the world, it is vital they ensure that the professional decisions they make ultimately benefit the public good.
Precise mapping and planning is a critical part of a project. Engineers utilise computerised tools and techniques to ensure structures are built to scale.
A structure's safety depends on the stability of its foundations. Ground engineers manage the uncertainties that lie below the earth's surface.
Compliance protects the safety of workers and public. Civil engineers’ values ensure that health and safety is at the heart of their work.
Engineering history illuminates the development of civilisation through the study of the ideas and techniques of the past.
The Client Working Group (CWG) was formed to support the implementation of the Government’s Infrastructure Cost Review Report 2010.
Engineers work to provide and develop information systems to help address current issues, future trends and emerging technologies
Innovation is key to a competitive construction industry. ICE encourages this by encouraging relationships across government, industry and academia.
Civil engineers play a crucial role in meeting development goals by delivering sustainable infrastructure and helping deliver economic growth.
ICE aims to set standards, and encourage best practice regarding contracts, procurement and the resolution of multi-party disputes across industry.
Good management is vital for the effective delivery of projects. This includes planning and design processes through to the construction phase.
Maritime engineers provide solutions to problems such as coastal erosion, flooding and sea level rise, as well as delivering infrastructure such as ports and harbours.
Municipal engineers help improve the quality of life of communities through the design and construction of services such as streets, parks and public works.
Responsibility for Continuing Professional Development is increasingly focused on individuals as they recognise and fulfill their obligation as members of ICE
Engineers are key in ensuring the appearance and safety of the built environment, responsible for the design and durability of structures.
Engineers are responsible for planning, constructing and maintaining the key infrastructure that allows our global travel opportunities.
Engineers manage waste by reusing and processing materials, producing alternative sources of energy, and disposing of residual wastes.
From capturing, treating and distributing water, engineers plan, develop and manage our water resources to meet society's needs.
Managing a programme under the NEC ECC contract
Source: Management, Procurement and Law
Engineers and planners: sustainable water management alliances
Source: Engineering Sustainability
The four major rivers restoration project in South Korea
Source: Civil Engineering
Costing improved water supply systems for developing countries
Source: Water Management
Knowledge area |
Knowledge area | BIM
Knowledge area | Industry initiatives & Management
Knowledge area | Water
By: N. Dixon; D. M. Smith; J. R. Greenwood; D. R. V. Jones
By: Mr P A Merriman; Mr C W A Browitt
By: Michael Phiri
By: Construction Industry Board
By: T. M. Hutchin
By: B. Meeda; N. Parkyn; the late D. S. Walton
By: Andrew Mathewson; Derek Laval; Julia Elton; Eric Kentley; Robert Hulse
By: David Johnson
By: Professor Ravindra K Dhir; Dr Judith Halliday; Mrs Erika Csetenyi
By: Highways Agency; TRL; Services d'Etudes Techniques des Routes et Autoroutes; Laboratoire Central des Ponts et Chaussées
By: Edited by Brian S. Neale
By: C. Thorne; E. Evans; E. Penning-Rowsell
By: R Cheng
By: G. Charlesworth
By: Kirsty McConnell
By: Rob Cowan; Scott Adams; David Chapman
By: Institution of Civil Engineers; National Steering Committee for the Load Testing of Bridges
By: Highways Agency; Service d Etudes Techniques des Routes et Autoroutes; Transport Research Laboratory; Laboratoire Central des Ponts et Chaussees
By: K Macfarlane
By: Dr M Barrett
By: Pat Perry
By: Edited by David R. Green
By: CEB FIP
By: Institution of Civil Engineers
By: L Gardner; D Nethercot
By: G S Littlejohn
By: Institution of Civil Engineers
By: Graham West
By: R. N. Yong; H. R. Thomas
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