Manhire Associates | What We Do

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4. The Team
  Tim Manhire
  
  Chris Weaver
  
  Anna Beard
  
  Grant McCann
  
  Paulo Lima
  
  Kevin Neighbour
  
  James Dale
  
  Ralph Swallow
  
  Conor Murphy
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What We Do
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Approach

We draw on our knowledge and experience and are influenced by both the built and the natural environments in developing engineering solutions on projects. Designs evolve and we collaborate with Architect’s and other designers to develop functional and cost effective buildings that can be delivered on budget and on time...

A 20m living green wall in Hackney

Expertise in engineering challenging buildings

Form

We explore different structural forms and recognize the significance of form and ensuring that the structural form is right. In cases where structure is expressed such as fabric roofs, shells, domes and cable net tension structures, the importance of structural form is obvious and is fundamental to the architecture of a building...

We work on buildings in a variety of sectors and in a range of architectural styles

10 Exchange Square, Broadgate

We engineer buildings near water and next to Rail Assets and tunnels

Contemporary design with traditional materials

Projects

We pay attention to detail – Corium brick slips

Materials

We work with a range of materials and as well as designing buildings in steel, concrete, timber and masonry, we work with alloys, glass, stone and various composite materials.

Whilst the car and boat-building industries have been developing the use of composites for some time, the building industry is now seeing more and more composite materials being used to clad buildings as well as in external applications.

Understanding how materials behave is fundamental in developing building applications for products and we regularly review developments in materials science in other industries.

We are passionate about our contribution to the built environment

Workspace – ixl offices at Waterloo

The Novotel deep basement in Liverpool

Technology

Advances in technology lead directly to innovation in engineering. The progress in software engineering coupled with significant improvements in computing power has probably been the most siginifcant development other than the digital calculator. Engineers to build larger and larger digital models of structures. We are able to analyse more and more complex problems to better understand structural behaviour...