The Architects' Journal have reported that London based practice Rogers Stirk Harbour + Partners (RSHP), headed by Richard Rogers, has refined its in-house structure "as the practice continues to implement its long-term succession plan." The practice, who will move into their new home on level fourteen of the Leadenhall Building following its completion last year, will operate one studio led by Richard Rogers alongside partner Simon Smithson; another by Graham Stirk with partner Richard Paul; and a third headed by Ivan Harbour.
Leadenhall Building: The Latest Architecture and News
In celebration of Rogers Stirk Harbour + Partners’ relocation to their newly constructed Leadenhall Building, the London-based practiced has released a short film that captures the “making of” the 52-story, 225-meter skyscraper. RSHP, now occupying the building’s 14th floor, is said to be proud to be Leadenhall’s latest tenants:
“After 30 years at Thames Wharf Studios, it is important for us to be moving into a building that reflects the ethos and evolution of our design practice, clearly stated in its urban relationship with the Lloyd’s building opposite,” says the partners of RSHP. “We will begin this new phase of our history in a building that already feels like home but allows us the advantages of a contemporary, flexible office space in a prime location in the increasingly vibrant and exciting City of London.”
In a short film for The Guardian Lead Architect and Partner of Rogers Stirk Harbour + Partners, Graham Stirk, tours Robert Booth around the almost-complete Leadenhall Building. The building is referred to as a relative of it's neighbour, Lloyds of London, which was completed by Richard Rogers's practice in 1986. Leadenhall, dubbed the "Cheesegrater" due to its angled façade, is twice the height of Lloyds and is considered to be the physical manifestation of the evolution of Rogers' architectural and tectonic language. Although less "structurally showy" than its counterpart, the building is still unconventionally bold when it comes to structural expression.