Refurbishment works and an extension to an Edwardian House in Royal Tunbridge Wells, with steel box frames used to form large openings to the existing masonry walls.  The new extension is built to the side and rear of the house using structural timber throughout, with metal web timber floor joists. Screw piles support the new extension due to the proximity of existing trees.

Structural advice and a temporary entrance pavilion for the theatre company, Punchdrunk. Two existing warehouses at Woolwich Arsenal have been assessed for use as part of the immersive theatre production, 'The Burnt City'. As the warehouses are listed, the entrance pavilion cannot be fixed to the existing fabric, so timber portal frames provide stability to the new structure. Furthermore, it is built onto an existing road running in between the two warehouses, supported by sandbag foundations, avoiding any excavations into the ground. 

The £11m refurbishment and extension of the Grade II* listed Chichester Festival Theatre. Built in 1962 using prestressed concrete, the existing building has been upgraded and expanded with a new reinforced concrete structure to the rear. Large-scale concrete repairs have also been carried out to the external exposed aggregate surfaces following a phase of extensive trials and testing.

A 20 metre high sculpture at the Cabot Circus gateway in Bristol. The tower takes the form of a hyperboloid and supports a glazed solar panelled canopy, from which rises a four metre high vertical axis wind turbine. The artwork’s lighting is powered solely through solar and wind energy, and is clad with layered dark grey slates, carefully arranged to mirror the internal hyperboloid steel frame.

A new £26m landmark academic building for the University of Kent. The main structure is an in-situ reinforced concrete frame with long-span beams and high quality exposed surfaces to many areas. The building also includes long span steel trusses and exposed glulam beams to the central atrium roof.

A new £16m Design School for Loughborough University. The building is an in-situ reinforced concrete frame with long-span beams and high quality exposed surfaces to most internal areas.  The structure also includes thermally broken, external exposed concrete to the facade.