![]() |
Ian Liddell
Ian Liddell is well known for his work in tensioned fabric and cable structures although his engineering experience is much wider than this. This came about in the way these things do, in that having done one of two structures of this nature one becomes an expert and then gets further involvement which allows one to gain knowledge and experience. This started in the mid seventies when fabric structures were in their infancy. Prior to that when he left Cambridge in 1960 he went to Ove Arup and Partners where he had the good fortune to work on the Sydney Opera House roofs with Peter Rice and other interesting engineers. He also spent five years working with a concrete contracting company Holst & Co on a wide range of structures including chimneys and cooling towers, some of which for various reasons fell down. Following which he went back to architectural structures at Arups. He was a founding partner with Ted Happold of Buro Happold which 25 years later has grown to a sizeable firm well respected for its aim to carry out quality and appropriate engineering for buildings. There he has been responsible for a number of notable projects including the Dome. He remains a hands-on engineer and has an interest in airships and very large flexible barges for water transportation both of which may come to fruition in the near future.
|
Engineer's Roles in the construction industry
This talk is intended to be an introduction to a discussion on the activities involved in being an engineer. Engineering has been a profession for over 150 years. Over the years some aspects of the work have changed out of all recognition while others are pretty much the same. The exciting thing today is the remarkable range of activities for engineers to undertake and of course this will continue to expand. Multi-disciplinarity is the key word for the future. It is also interesting to see how careers develop. Young engineers may start out designing structures or components for buildings and they may get involved with on site construction activities. They may then go on to managing major and complex projects or running a business. Among the strange facts is that there is little correlation between the grade of degree and commercial success. There is also a benefit that engineers can continue to develop throughout their lives going on to more and more interesting challenges.