Client:
Civic Engineers
Cost:
£20million
Construction:
In situ concrete and structural steelwork
Role:
Structural BIM modeller
BIM Software:
Revit and Buzzsaw
BIM Collaborators:
Structural Engineer, Architect
Description
The scheme consists of 300 apartment on a brown field site constrained by a railway viaduct, river and highway in central Manchester. The primary structural frame is a large RC in situ concrete frame with two central cores constructed with a ‘Slipform’ system and 3 full height shear walls. Balcony and fin walls construction uses structural steelwork post fixed to stub beams after the curtain wall is constructed. Substructure consists of piled foundations, contiguous piled wall, two ramps, basement and podium.
Client:
Civic Engineers
Cost:
£4.5million
Construction:
Steelwork, Precast & Insitu Concrete, Structural Timber
Role:
Structural BIM modeller
BIM Software:
Revit and Buzzsaw
BIM Collaborators:
Structural Engineer, Architect
Description
Working in a fully collaborative 3D BIM environment using Revitthe school is encircledon three sides by existing structures with a central existing arts centre.. Multiple construction types have been modelled in Revit requiring a range of unique details and boundary interfaces.
Client:
Civic Engineers
Cost:
£9million
Construction:
Steelwork, Insitu RC Concrete, Sheet Piles, Beam & Block, Structural Timber
Role:
Structural BIM and earthworks modeller
BIM Software:
Revit, Microstation, 4Projects, Autotrack, Powercivil
BIM Collaborators:
Structural Engineer, Architect
Description
A development of 76 apartments, townhouses and undercroft car parking in the Ouseburn area of Newcastle on the bank of the river Ouse. Building structures are fully modelled in Revit and are completely interoperable with Vectorworks and IFC file exchange in the BIM process. Building platforms have been modelled in Powercivil earthworks package to achieve the most efficient levels to minimise excavation and disposal costs.
Client:
Rob Vint Engineering
Cost:
£4million
Construction:
Steelwork, Insitu RC Concrete, Beam & Block, Piling
Role:
Structural BIM modeller
BIM Software:
Revit, Microstation and Autotrack
Description
Extension to an existing church located in Dorset. Foundations and substructure consist of mini piles and ground beams with beam and block infills and extensive disabled ramp access. The superstructure is a steel frame with a double height space, mezzanine level and stage area.
Client:
Studio One
Cost:
Circa £1million
Construction:
Structural steelwork, steel decking and feature stairs
Role:
Structural BIM modeller
BIM Software:
Revit
BIM Collaborators:
Structural Engineer, Architect
Description
The conversion of this grade listed church to a luxury apartment was conceived as a full BIM model in Revit between both the Engineer and Architect. All superstructure structural works envelopes or sits within the existing structure by being free standing while the piles are positioned to minimize disruption to the tombs and graves within the crypt.
Client:
Stockley
Cost:
£20million
Construction:
Insitu RC Concrete, sheet piles and steelwork
Role:
Structural BIM modeller, Earthworks Volumes
BIM Software:
Microstation, Microstation Triforma, Autotrack
BIM Collaborators:
Structural Engineer
Description
Nine storeys high, three storey stacked ‘Chips’ zigzagging along the Ashton Canal with over hanging zones and two large three storey high cantilevers at approximately 12.6m long and modelled fully in 3D. The large RC substructure and superstructure frame with a double height basement running along two canal edges requiring large runs of sheet piling.
Client:
Iesis
Cost:
Circa £4million
Construction:
Steel frame on existing building
Role:
Structural BIM modeller
BIM Software:
Revit
BIM Collaborators:
Structural Engineer, Architect
Description
Additional 2 storey steel frame with external terracing added to an existing mill building in Bristol. Both the Architect and Engineer exchanged geometric information using Revit models of both existing and proposed structure. The steel frame analysis used Tekla that was exported to Revit.
Steel frame in Revit - Huller & Cheese, Bristol
Steel frame in Revit - Huller & Cheese, Bristol
Typical steeldrawing in Revit - Huller & Cheese, Bristol
Typical slab drawing in Revit - Huller & Cheese, Bristol
Cross Section drawing in Revit - Huller & Cheese, Bristol
Long Section drawing in Revit - Huller & Cheese, Bristol
Details drawing in Revit - Huller & Cheese, Bristol
Client:
Civic Engineers
Cost:
Circa £12million
Construction:
RC Concrete frame and foundations
Role:
Structural BIM modeller
BIM Software:
Revit, ArchiCAD
BIM Collaborators:
Structural Engineer, Architect
Description
Three student RC main frame blocks on an brownfield site alongside a canal in central Chester. The existing site is adjacent to a BT Interchange that has a fibre optic cable duct running under block C with considerable existing industrial foundations.
Client:
Civic Engineers
Cost:
Circa £9million
Construction:
RC Concrete and steel frame
Role:
Structural BIM modeller
BIM Software:
Revit
BIM Collaborators:
Structural Engineer, Architect
Description
The first extension to an English Cathedral in 500 years and is the heart of the new Blackburn Cathedral Quarter redevelopment.
The extension consists of multiple construction types on piled foundations to a sloping basement slab car park and a primary RC frame. The superstructure includes lightweight structural steel and timber roofing and a feature timber corridor.
Engineer:
Studio One
Contractor:
QTS Rail Ltd
Client:
Network Rail
Software:
Revit and Microstation
