SOM Partners William F. Baker and Mark Sarkisian spoke at the Utzon Center on October 13th, 2016 to mark the opening of the exhibition "Sky's the Limit: The Engineering of Architecture." They presented SOM’s integrated design approach and how it has spurred innovation throughout the firm's history.
Structural and Civil Engineering Partner William F. Baker participated in a recent roundtable discussion at the Royal Academy of Engineering. Hosted by the Queen Elizabeth Prize for Engineering, Baker discussed the challenges of engineering one of the world's largest structures, the Burj Khalifa.
New results from SOM's Timber Tower Research Project indicate that a timber-concrete composite system can satisfy code requirements and compete with traditional construction methods. This paves the way for high-rise buildings to utilize mass timber as the main structural material, significantly reducing their environmental impact.
Research requires partners from an array of disciplines, each bringing different skills, technologies, cultures, and ways of thinking to create change. This video explores three SOM projects that demonstrate the power of multi-sector collaborations, and their ability to transform the architectural marketplace.
In November 2015, SOM's Scott Duncan presented the firm's landmark tower for the Guiyang World Trade Center development at the 14th Annual Best Tall Building Awards Symposium. The 380-meter-tall skyscraper demonstrates the relevance of the concrete tube structure in the era of the glass-and-steel tower.
In November 2015, SOM's Kenneth A. Lewis presented One World Trade Center at the 14th Annual Best Tall Building Awards Symposium, which was hosted by the Council on Tall Buildings and Urban Habitat in Chicago. One World Trade Center won Best Tall Building in the Americas category.
Cities around the world are expanding rapidly, including London, which will grow by more than 1.5 million residents in just 15 years. Kent Jackson, SOM Design Director, presented SOM's ideas for a flexible, livable, and sustainable solution to this housing crisis at a TEDx event on December 19th, 2015.
SOM Design Partner Roger Duffy lectured at the University of Toronto's John H. Daniels Faculty of Architecture, Landscape, and Design on January 26th, 2016. Offering an in-depth look at recent projects, Duffy elaborated on the role of creative research and experimentation at the heart of SOM's practice.
In a January 2016 lecture at the Illinois Institute of Technology (IIT) College of Architecture, SOM Structural and Civil Engineering Partner William F. Baker discussed his unique and collaborative process, defining his work as a poetic response to an architectural challenge.
The Additive Manufacturing Integrated Energy demonstration project (AMIE) “changes the way we think about generating, storing, and using electrical power.” Comprising a 3D-printed enclosure and a vehicle, the high performance building produces and stores renewable power that is shared with the hybrid plug-in car.
Guohua Financial Tower, a 45-story office high-rise and adjacent four-story mixed-use podium, is set to rise in Ningbo, China. As a model of simplicity, sustainability, and urban connectivity, the complex propels the evolution of a dynamic central business district in the port city.
Pertamina Energy Tower is the world's first supertall building whose design is entirely driven by energy optimization. In turn, when it is completed in 2021, the 99-story Jakarta, Indonesia, landmark will generate as much energy as it consumes. This new animation by SOM reveals the design process behind the accomplishment.
This animation, created by SOM’s computational design team, tracks the gradual growth of the city of Chicago from 1936 to 2014, highlighting SOM’s contributions along the way.
A new destination in the center of Shenzhen, the Shen Ye Upperhills complex will feature two landmark towers, a ballroom pavilion, and a large elevated pedestrian park. In these two videos, SOM leaders discuss their inspiration for the expansive project.
As part of its Skyline Stories video series, the Chicago Architecture Foundation highlights Willis Tower as a seminal skyscraper that helped transform supertall building design.
As part of its Skyline Stories video series, the Chicago Architecture Foundation highlights the Inland Steel Building, one of modern architecture’s most epochal structures.
The Inland Steel Building changed the way towers are constructed and helped transform American office culture. This video from the Chicago Architecture Foundation explores how the column-free space allowed for maximum office flexibility.
Benton Johnson, SOM Associate, speaks about the firm's Timber Tower Research Project in a video from reThink Wood. Through this effort, SOM created a structural system for tall buildings that uses mass timber as the main structural material and minimizes the embodied carbon footprint of the building.
In the spring of 2013, SOM's City Design Practice led an advanced studio at the Illinois Institute of Technology. Called "Rebuilding a Boulevard," the course explored the issues and opportunities for the Garfield Boulevard corridor in Chicago.
In the 1980s, SOM restored the historic Charnley-Persky House to its original design, created by Louis Sullivan and Frank Lloyd Wright. Today, the exquisite building serves as the headquarters for the Society of Architectural Historians.
This four-part video series explores the "Waterline" studio course led by SOM Partner Philip Enquist in 2011 at the Harvard Graduate School of Design. During the course, students in architecture, urban design, urban planning, and landscape architecture confronted the underutilized and under-appreciated South Branch of the Chicago River.
A new fly-through of the JTI Building is a journey through both space and time. As the animation circles the project site, it reveals the evolution of the headquarters — from a simple triangular-plan building to the bracing mountain-like form that is currently under construction.
To protect cities along the San Francisco and San Pablo estuaries from rising sea levels, storm surges, and high tides, SOM designed The BayArc, a minimal, lightweight, and environmentally sensitive system.