Global law firm becomes latest occupier at Paradise
Global law firm Eversheds Sutherland will be the latest commercial occupier to take space at Paradise when it moves its Birmingham office from Colmore Row to Three Chamberlain Square in 2027.
Eversheds Sutherland has taken a 15-year lease on two floors in Birmingham’s most sustainable commercial office.
The firm’s 500+ strong Birmingham team will be joining global firms CBRE, EY and Forvis Mazars, with the building now fully let just over six months since completion.
With a long history in Birmingham, the firm today has over 70 offices across the globe in more than 30 countries, with lawyers advising its international clients on their full-service legal requirements.
Emma King, Eversheds Sutherland’s senior office partner, Birmingham said: “As a global firm that has had a local presence in Birmingham for over a hundred years, we’re immensely proud to be taking a new space in the city for our people and clients that will deliver everything we’re looking for – a net zero carbon future, a flexible and efficient work space to support modern hybrid working, good transport links, and a real destination for our people, clients and visitors.”
The building marks a step change in zero-carbon aspirations for both Paradise and its occupiers, with a host of sustainability and environmental accreditations, including BREEAM Outstanding, NABERS 5* accreditation and Active and Wired Score Platinum ratings.
It is championing sustainability and innovation through the very latest design principles, underlining the commitment by Federated Hermes MEPC to deliver pioneering, low carbon and low energy buildings.
Ross Fittall, commercial development director at Paradise developer and asset-manager, MEPC, said: “Attracting another major international occupier like Eversheds Sutherland, alongside more than 50 other successful office occupiers who call the estate home, is a huge vote of confidence in both the approach to and delivery of the estate with its cutting-edge design and highly sustainable approach.
