img(height="1" width="1" style="display:none" src="https://www.facebook.com/tr?id=2939831959404383&ev=PageView&noscript=1")

Engineering hub's thoughtful brick spec embeds old into new

The new University of Manchester material sciences campus is a cohesive and collaborative learning space with a refurbished and extended Oddfellows Hall at its centre

In association with
The facade of the new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The University of Manchester engineering and material sciences centre incorporates the refurbished, grade II listed Oddfellows Hall, the MEC Hall and buildings on Upper Brook Street and York Street, which feature Vandersanden’s Herning waterstruck bricks.
The facade of the new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The University of Manchester engineering and material sciences centre incorporates the refurbished, grade II listed Oddfellows Hall, the MEC Hall and buildings on Upper Brook Street and York Street, which feature Vandersanden’s Herning waterstruck bricks.

The new Manchester Engineering Campus Development (MECD) is the largest hub of its kind in the UK.

The University of Manchester engineering and material sciences centre incorporates the refurbished, grade II listed Oddfellows Hall, the MEC Hall and buildings on Upper Brook Street and York Street.

One of the largest construction projects undertaken by any higher education institution in the UK, the new campus will allow 1,300 staff and 7,000 students to work and study in spaces that enable connection, collaboration and concentration across the faculty.

Working with Mecanoo, Penoyre & Prasad and Balfour Beatty Construction, BDP provided detailed design consultation services for the project.

Brick played a crucial role in creating the campus and, to find the right products, the architects turned to Vandersanden.

Originally built in 1857 and rebuilt in 1916, Oddfellows Hall anchors the new MECD to its past. Its renovation and extension includes a suite of conference rooms, academic workspaces and a restaurant.

Set back on the north side from the listed building, the modern extension presents a neat facade where Vandersanden’s Berit waterstruck facing brick, which is white with a light texture, is coupled with areas of glazing and tile. 

  • The new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The University of Manchester engineering and material sciences centre also incorporates the MEC Hall and buildings on Upper Brook Street and York Street, which feature Vandersanden’s Herning waterstruck bricks.
    The new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The University of Manchester engineering and material sciences centre also incorporates the MEC Hall and buildings on Upper Brook Street and York Street, which feature Vandersanden’s Herning waterstruck bricks.
  • The University of Manchester engineering and material sciences centre incorporates the refurbished, grade II listed Oddfellows Hall (second from right), the MEC Hall and buildings on Upper Brook Street and York Street (left of picture), which feature Vandersanden’s Herning waterstruck bricks and the new extension to Oddfellows Hall (centre), which features Vandersanden’s white Berit waterstruck facing bricks.
    The University of Manchester engineering and material sciences centre incorporates the refurbished, grade II listed Oddfellows Hall (second from right), the MEC Hall and buildings on Upper Brook Street and York Street (left of picture), which feature Vandersanden’s Herning waterstruck bricks and the new extension to Oddfellows Hall (centre), which features Vandersanden’s white Berit waterstruck facing bricks.
  • The facade of the new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The refurbished, grade II listed Oddfellows Hall is just seen on the left of picture. The buildings on Upper Brook Street and York Street (seen in the background), feature Vandersanden’s Herning waterstruck bricks.
    The facade of the new extension to Oddfellows Hall features Vandersanden’s Berit waterstruck facing bricks (seen in the foreground). The refurbished, grade II listed Oddfellows Hall is just seen on the left of picture. The buildings on Upper Brook Street and York Street (seen in the background), feature Vandersanden’s Herning waterstruck bricks.
123

'The approach has been to add a 21st-century building of its time in continuity with the existing language, using materials such as brick and glass,' says Paul Owen, architect associate at BDP.

Configured horizontally, the elements wrap around the facade of the extension to create a strong connection to the north and south facades of the older building.

Narrow brick piers combine with vertically proportioned windows and a defined brick plinth at ground-floor level provides another visual interconnection between old and new.

On the roof, the plant enclosure uses the same Vandersanden Berit brick as the facade, but the structure is set back from the parapet line.

A hit-and-miss pattern allows for ventilation of the mechanical and electrical equipment inside - an elegant alternative to standard ventilation grilles.

On Upper Brook Street and York Street, the new buildings are of solid brick with vertical and horizontal elements that articulate the facade and frame the window openings. Again, the brick is from Vandersanden - Herning waterstruck brick with a dark brown/purple/blue multicoloured appearance.

'The advice from Vandersanden's technical team was incredibly helpful and the bricks have great visual appeal,' says Owen. 'They will age gracefully with the existing material of Oddfellows Hall so the new extension sits well in its context.'

For more information and technical support, visit vandersanden.com

 

Contact:

01954 268075

sales@vandersanden.com


 

Latest

Can 3D printed concrete become a viable option for construction? A lighter, more sophisticated, more sustainable version of Holcim’s Striatus Bridge suggests it could

Can 3D printed concrete become a viable option for construction?

University of Bath team joins 15 other partners in European project ‘Inbuilt’ to develop 10 natural and bio-based building materials

University of Bath joins ‘Inbuilt’ project creating natural and bio-based building materials

Embodied carbon and how best to use limited resources took centre stage at the RIBA’s most recent Smart Practice conference

How can we break our addictions to fossil fuels, waste and consumption?

Strengthening the 18th century, timber-framed Corn Exchange and connecting it to an upgraded 1930s Studio Theatre were key to opening the arts centre to modern audiences

How FCBStudios and Max Fordham refurbished the listed Corn Exchange and Studio Theatre

Western modernism came to colonial West Africa and India, but with independence they made it their own. Tropical Modernism: Architecture and Independence follows the story

Locals made ‘progressive, optimistic’ style their own