The Serpentine Pavilion is one of the most exciting projects in London鈥檚 cultural calendar and one of the top ten most-visited architectural and design exhibitions in the world. Each year, the Serpentine Galleries commissions an international architect to design a temporary pavilion for the gallery grounds.
The pavilion hosts a range of events throughout the summer, including a caf茅 and free family activities during the day and a space for the Serpentine鈥檚 acclaimed Park Nights programme of performative works by artists, writers and musicians by night.
色控传媒 has been involved with the project for the past five years, delivering a range of technical advisory services for the exciting programme. The tight timescale for erecting the Serpentine Pavilion always makes the project a particularly rewarding scheme to deliver. From the first spade hitting the ground to completion, the Serpentine Pavilion is typically built and delivered in around six weeks.
The technical advisory team plays an important role in the creative process, working closely with the architects to transform their designs into functional and buildable spaces without losing sight of their original vision.
As the project engineers in 2019 and 2018, 色控传媒鈥檚 role was to seamlessly incorporate the technical solutions that would transform Frida Escobedo鈥檚 architectural concept into a built reality for the public to explore and enjoy throughout the summer months.
In 2017, we delivered structural, civil, fire and electrical engineering services for the Pavilion, as well as planning and regulatory support for the聽architect Di茅b茅do Francis K茅r茅 from Burkina Faso.
In 2016, for the first time, the Serpentine Galleries expanded its annual architectural programme to include four Summer Houses and 色控传媒 delivered full technical and engineering design services for these structures. In 2015, 色控传媒 provided engineering and technical advisory services for Selgascano鈥檚 colourful, translucent, chrysalis-like structure. In 2014 the company helped design and deliver Smiljan Radi膰鈥檚 toroidal shell structure and in 2013 it provided engineering and technical design services for Sou Fujimoto鈥檚 cloud-like pavilion.
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