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Jesus College Planning Approval

April 2015

Jesus College Planning Approval

We have won planning and listed building consent for the first phase of a significant development for Jesus College, Cambridge.

The West Court development includes the sensitive refurbishment and extension of a Grade II Listed building to provide research facilities, offices, social spaces and accommodation. A new café pavilion and basement bar extends the building’s north elevation and provides a prominent link to the rest of the College.

A 1970s building closes the courtyard to Jesus Lane and will be refaced, refurbished and converted to provide a lecture theatre with research facilities and two floors of academic accommodation. Linking the two existing buildings, a new entrance building houses conference facilities and serves the lecture theatre, research spaces and an exhibition room. It will provide access to future phases of the development including a new purpose-built auditorium, formal courtyard and nursery along with storage, archive and sports facilities.

The Master of Jesus College, Professor Ian White, said “We are excited by the opportunity the West Court development brings to take the facilities we can offer to students, alumni and the wider world to a new level of excellence.”

Planning Consent Granted for Private House in Hampshire

November 2012

Planning Consent Granted for Private House in Hampshire

The practice has received planning consent from Winchester City Council for the construction of a new private house in a sensitive area in the Hampshire countryside.

The site sits next to the river Arle, an area designated as a Site of Special Scientific Interest (SSSI) by English Nature and a Special Area of Conservation (SAC) under the EC Habitats Directive. Permission was granted following extensive consultations and a positive response from the Winchester and Eastleigh Design Review Panel, as well as the support of Natural England and the Wildlife Trust.

The house will have high sustainability credentials including high levels of thermal insulation and airtightness, passive solar heating, ground source heating technology, PV panels and substantial enhancement of the ecology of the site through extensive landscaping works.