Higher Education UK

HIGHER EDUCATION

If just getting it done isn’t good enough. If you see each obstacle as an opportunity.

If you’re always looking for a smarter way. You’ve come to the right place.

WE ARE T HO R NTO N TO MASE T T I. Every day, we apply engineering principles to solve the worlds challenges – starting with yours. Whether you’re revitalizing a building or transforming the edge of a campus.

Whatever issue you face, we have your solution. We get to the heart of every problem – digging deep to understand its intricacies and nuances, so we can help you achieve your goals, together.

For us, no task is too trivial and no aspiration too lofty. Here, we consider out-ofthe-box methods, no matter what we’re working on. Here, we share knowledge to create solutions that are greater than the sum of their parts, regardless of the task at hand. Here, “the way it’s been done before” never limits us, when doing things differently right now means doing them better in the future.

Because, like you, we’re leaders who strive to stay one step ahead in all our work, from the everyday to the extraordinary. And we know that success isn’t just about making your mark today – it’s also about making an impact tomorrow.

So when others say no, we say,

HERE’S HOW .

70 YEARS 140+ CAMPUSES

Northwestern University, Patrick G. & Shirley W. Ryan Center for the Musical Arts, Evanston, IL | Courtesy Tom Rossiter

HERE’S HOW BUILT FOR TOMORROW Whether they need a performance hall, a medical center or a university lab, your clients are focused on the future – which is why they want resilient designs and flexible solutions that will work for tomorrow. At Thornton Tomasetti, we’re committed to this mission and incorporate these requirements into our designs, so they endure for generations to come.

A BALANCING ACT Your mission is to design an inspiring and memorable space. But your clients’ goals are often multifaceted: users and funders demand certain features and functions, while facilities leaders remain focused on budget and lifecycle costs. We work to balance your vision with the needs of your clients, supporting you by fostering a collaborative environment that allows us to find the best project outcomes for all parties.

ON TIME AND ON BUDGET At Thornton Tomasetti, we work with you and your clients to ensure that projects are completed on time and on budget – especially in a world where schedules are often tight and costs can be limited. We’ll ensure that your clients get to opening day smoothly.

PROACTIVE AND COLLABORATIVE We communicate in a timely manner – responding quickly to your questions and proactively soliciting necessary design team input to support early package deliverables. And we always keep your goals top of mind – working in an integrative fashion with owners, contractors and other sub-consultants to preserve your design intent throughout the process.

OPTIMIZING OUTCOMES As your partner, we are involved from the get-go – participating in early conversations and asking the right questions to truly understand your goals. By embracing this approach, we can focus on the bigger picture – and move your project forward by recommending not only the system that’s right for your building, but also by offering a more innovative design that optimizes its functionality all while reducing costs.

REPRESENTATIVE EXPERIENCE NORT HWESTE R N UN IV E R S IT Y Global Hub, Kellogg School of Management

B OSTO N UNIVE R SITY Rajen Kilachand Center for Integrated Life Sciences & Engineering

UNI VERSITY OF ILLIN O IS AT C HICAGO Academic and Residential Complex

UNI VERSITY OF NOTR E DAM E Jenkins and Nanovic Halls

CORN ELL TECH Tata Innovation Center

B OSTO N COLLEGE McMullen Museum of Art and University Conference Center

EMB RY- R ID D LE AERO NAU T ICAL U NIV E R S IT Y Mori Hosseini Student Union

T HE UNIVERSITY OF C HICAGO Michelson Center for Physics

NORT HWESTE R N UN IV E R S IT Y Feinberg School of Medicine, Louis A. Simpson and Kimberly K. Querrey Biomedical Research Center

T HE UNIVERSITY OF IOWA Hancher Auditorium

CORN ELL UNIVERSIT Y Upson Hall

PRI N CE TON UNIVE R S IT Y Julis Romo Rabinowitz Building & Louis A. Simpson International Building

ROC KEFELLER UNIVE R S IT Y Stavros Niarchos Foundation - David Rockefeller River Campus

UNI VERSITY OF W INC HEST E R West Downs Campus

ST. C L AR E ’S COLLEGE , OXFO R D New Residence and Arts Building

I MPERIAL COLLEGE LO NDO N Molecular Sciences Research Hub

I MPERIAL COLLEGE LO NDO N Translation and Innovation Hub (I-HUB)

NO RT HWEST E R N U NI V E R S I T Y Global Hub, Kellogg School of Management Evanston, Illinois

The award-winning 415,000-square-foot Global Hub is the new home of the Kellogg School of Management at Northwestern University. The building features multiple atria, including a three-story atrium with a “floating” collaboration room; interconnected monumental stairs; large, column-free flexible classrooms; a two-story auditorium; and cantilevered balconies and terraces.

The complex nature of the Global Hub’s geometry and program presented numerous opportunities for unique structural solutions. To reconcile the dissimilar column grids of the lower-floor classrooms and upper-floor offices, Thornton Tomasetti developed a hidden network of post-tensioned concrete beams to finely tune the network of transfer columns that realize the building’s long spans, shallow structural depth, and iconic cantilevers.

ARCHITECT

KPMB Architects

S E RV I C ES

Structural Engineering,

Façade Engineering C E RT I F I CAT I O N

LEED Platinum

AWA R D S

2017 Post-Tensioning Institute

Project Award

“

I know most people will never understand the complexities since it looks so seamless now. The next terribly complex project, I’ll be calling you.

– LE A NN PAUL Kellogg Lead Project Manager

To create the signature lofts and harbors, the façade engineering team worked with the client to identify various strategies for curved enclosures. Ultimately, the design team opted for a segmented, bespoke unitized curtainwall. This system includes a glass fin of variable depth, which further accentuates the building’s form.

FLOATI NG FO R M

Courtesy Bruce Damonte

The architect’s concept of a floating collaboration room required careful consideration of structural performance and vibration criteria. To achieve this, a suspended concrete and steel framing system was utilized resulting in the extensive planning of connection details and material compatibility.

B O STO N U NIV E R S IT Y Rajen Kilachand Center for Integrated Life Sciences & Engineering Boston, Massachusetts

Thornton Tomasetti provided structural engineering services for a new state-of-the-art 170,000-square-foot research facility that brings together life scientists, engineers, and physicians from the Boston University Medical and Charles River campuses.

The nine-story building includes spaces for neuroscience research, systems/synthetic biology research, a satellite vivarium, and a cognitive neuro-imaging center. Floors two and three house the mechanical, electrical, and vivarium support spaces while floors four through nine are secured and dedicated to faculty and their research. The building connects to the 3-5 Cummington Building at the ground floor and the third floor via a pedestrian bridge. It also connects to the Morse Auditorium through a new vestibule and an ADA access. Two one-story-tall transfer trusses span between the buildings at floor three on the west side and the northeast corner of the building.

A R C H I T ECT

Payette

S E RV I C ES

Structural Engineering

C E RT I F I CAT I O N

LEED Gold

AWA R D S Silver Award, ACED/MA Engineering

Courtesy Chuck Choi

Excellence Awards, 2018

“

Thornton Tomasetti and the entire design team addressed and solved project challenges to deliver an outstanding, sustainable project on time and within budget.

– High Profile Monthly

WH EN V IBRATI ON M ATTE RS

Courtesy Chuck Choi

The FMIR room on the ground floor of the laboratory building meets strict vibration criteria and was required to be nonmagnetic. Stringent vibration criteria (VCA) were also required for the laboratory floors.

U NIV E R S IT Y O F IL L IN O I S AT C H I CAG O Academic and Residential Complex Chicago, Illinois

As part of a master plan to address the university’s increasing enrollment, Thornton Tomasetti designed the structural system for the new living-learning community.

The fast-paced project features a 10-story, 131,000-square-foot residence hall with 554 beds in a combination of traditional dorm rooms and suites. The residential tower consists of concrete, two-way, post-tensioned flat slabs and reinforced concrete columns and shear walls, with staged stressed PT transfer beams.

Courtesy Steve Hall, Hall+Merrick Photographers

A two-story, 52,000-square-foot academic center includes three large tiered “turn-to-team” lecture halls, active learning classrooms, several small group study rooms, a tutoring center and collaboration space. The classroom building features an oval floor plan with a steel braced-frame lateral system, long-span continuous plate girders with an 80-foot maximum span and a curved-steel feature stair spanning 45 feet. The structural systems of the two buildings are separated by an expansion joint.

A R C H I T ECT

Solomon Cordwell Buenz

D E V E LO P E R

American Campus Communities

S E RV I C ES

Structural Engineering

C E RT I F I CAT I O N

LEED Gold

“

Though the design duration was compressed, this group of design professionals met the demanding expectations of the University of Illinois at Chicago/American Campus Communities partnership, contributing to the successful construction efforts and project delivery.

– JOE PROCHOT

Courtesy Steve Hall, Hall+Merrick Photographers

Director of Development Management, American Campus Communities

The fast-tracked project broke ground in January 2018 and topped out less than a year later. The project is a public-private partnership between University of Illinois at Chicago and American Campus Communities, the largest owner, manager and developer of student housing communities in the United States.

Courtesy Steve Hall, Hall + Merrick Photographers

U NIV E R S IT Y O F NOT RE DA M E Jenkins and Nanovic Halls South Bend, Indiana

Thornton Tomasetti provided structural engineering services for two new academic buildings totaling 185,000 square feet. The buildings–Jenkins and Nanovic Halls–are interconnected to form a figure-eight shape. The exteriors of the buildings are composed of a combination of Notre Dame’s iconic Belden Brick with cast stone features.

Courtesy Steve Hall, Hall + Merrick Photographers

In addition to classroom and office space, the buildings feature a two-story forum, meditation room, and an outdoor courtyard with a 700-plus-square-foot skylight. The fourstory buildings have a steel superstructure with a onestory basement. The lateral system of the building is a combination of braced frames and moment frames with cantilevered columns supporting the roof of Nanovic Hall.

A R C H I T ECT

HBRA Architects

S E RV I C ES

Structural Engineering

AWA R D S AIA Design Excellence Awards,

Distinguished Building Awards, Special Recognition, 2018

Courtesy Steve Hall, Hall + Merrick Photographers

The differing elevations, roof types and the slope create seven unique roof intersections, which are framed out in steel. The gable roof spring point and dormers create numerous unique conditions that require several different details for the interface of the CMU, brick, and steel.

Courtesy Steve Hall, Hall + Merrick Photographers

CO R NE L L T EC H Tata Innovation Center New York, New York

Tata Innovation Center at Cornell Tech is a part of the first phase of development for Cornell University’s new sustainable campus on Roosevelt Island.

Thornton Tomasetti provided structural engineering services for the six-story academic building, which includes a rooftop solar canopy array. The building consists of two volumes bridged at each floor by a central causeway. The glass façade exposes super-trusses that wrap the perimeter of each volume and support the building’s most dramatic structural feature: the five-story, 80-foot cantilever over the landscaped entrance.

A R C H I T ECT

Weiss/Manfredi

S E RV I C ES

Structural Engineering

C E RT I F I CAT I O N

LEED Silver (Target)

AWA R D S

Diamond Award - Structural Systems,

ACECNY, 2018

C L IC K HE R E t o wa t ch

Due to the complex, non-orthogonal geometry of the structure, it was essential that the 3D analysis and documentation models accurately captured the behavior of the structure to convey the design information to the contractor in an understandable way.

D ESI GNING FOR RESI LI E NCY

The building was designed 1’ the FEMA designated design water table specified in ASCE 24. In case of flooding, the below grade parking is equipped with pressure sensitive devices in the slab that open when it reaches a certain pressure head and allows the water to flow through.

B O STO N CO L L EGE McMullen Museum of Art and University Conference Center Boston, Massachusetts

The Cardinal’s Residence for the Archdiocese of Boston, which was constructed in 1926 and purchased by Boston College in 2004, was expanded and renovated into a modern facility that houses the University Conference Center on the ground-level and the McMullen Museum of Art on the second and third floors.

Courtesy Robert Benson Photography

Thornton Tomasetti provided structural engineering services for the three-story building with reinforced concrete floors and roof joists supported by a combination of brick bearing walls and an interior steel colonnade.

Structural renovations included infilling existing openings, cutting and reinforcing new openings, reinforcing the steel colonnade, and raising the low roof on the west wing. The structural steel-framed addition on the east side provides a loading dock, a large-capacity elevator, stairs, bathrooms, and a grand entry lobby for the museum.

A R C H I T ECT

DiMella Shaffer

S E RV I C ES

Structural Engineering

AWA R D S

Preservation Achievement Award, Boston

Preservation Alliance 2017

“

The renovation of this renaissance revival mansion into a state-of-the-art museum of art and university conference center was nothing short of transformational. The work included a careful renovation of the existing building, with a delicate new addition of glass and masonry that both respects and celebrates the original building.

– MARY NARDONE

Courtesy Robert Benson Photography

Associate Vice President of Capital Projects Management

Courtesy Robert Benson Photography

E M B RY- R IDDL E AE R O N AU T I CA L U NIV E R S IT Y Mori Hosseini Student Union Daytona Beach, Florida

Students at Embry-Riddle Aeronautical University now have a stylish social hub in the distinct new student union building at the center of its campus. Thornton Tomasetti provided structural engineering and connection engineering services for the fourstory, 178,000-square-foot building.

Under its curved steel arch roof, the building brings together a range of amenities and services for the campus’s 5,000-plus students. It contains learning and social areas, an event space that can accommodate up to 900 people, student resource offices, dining facility and the university library. A soaring threestory commons is capped by a 300-foot-long, 50-foot-wide arching skylight, which runs down the center of the building.

The building’s complex geometry was made possible by the innovative modeling and analysis techniques employed by CORE studio, Thornton Tomasetti’s research and development incubator. The team used 3D Tekla modeling to map out the complicated steel connections and the curvature of the building materials in the roof.

A R C H I T ECT

ikon.5 Architects

S E RV I C ES

Structural Engineering,

Connection Engineering AWA R D S

Platinum Award, Structural Systems,

Courtesy Chad Baumer

ACECNY, 2019

The Student Union is designed to look like a bird’s wings in flight. The arches support steel vertical tube struts which help hold up the overhanging portions of the roof.

Courtesy Chad Baumer

T HE U NIV E R S IT Y O F CH I CAG O Michelson Center for Physics Chicago, Illinois The adaptive reuse of the Michelson Center for Physics building transformed the existing midcentury modern building into a 21st century research center, through a gut renovation, a new enclosure, and a two-story vertical expansion over an existing structure. The existing two-story concrete structure was expanded by adding two additional stories of steel construction. The existing concrete core walls were extended to provide lateral stability to the new construction. Perimeter beams support new cladding over the entirety of the building. The new seminar room cantilevers off the southeast corner of the building, providing an inspirational meeting space and linking the building with a new campus center in the quad now bounded by other significant campus medical and science facilities.

A R C H I T ECT

Perkins Eastman

S E RV I C ES

Structural Engineering

AWA R D S ENR Midwest Best Projects, Award of

Merit: Higher Education/Research and

Safety, 2018

Structural steel allows vertical expansion while minimizing structural weight and provides construction flexibility.

The building was meant to support one additional story of concrete structure.

B E FO R E

R EC L A D D I N G RESU LT

Modernizing the exterior of the building, the recladding effort added an additional four feet of programmable space on each side.

A F TER

NO RT HWEST E R N UN I V E R S I T Y Feinberg School of Medicine, Louis A. Simpson and Kimberly K. Querrey Biomedical Research Center Chicago, Illinois

The new Louis A. Simpson and Kimberly K. Querrey Biomedical Research Center at Northwestern University’s Feinberg School of Medicine (SQBRC) serves as the hub for Northwestern’s downtown Chicago medical academic district and is sculpted to fit in seamlessly within the existing research campus.

SQBRC was built with future expansion in mind. Working with our project partners, we designed foundations and the superstructure considering the worst case scenario from both phases and also worked to permit future crane foundations and anticipate crane tie in locations to minimize interruptions of the occupants when the second phase is constructed.

Courtesy James Steinkamp Photography

The work was planned in two phases: the first phase of construction centered on a 14-story, 320-foot-high building with 600,000 square feet and phrase two built-out to an elevation of 600 feet with an additional 600,000 square feet, making it one of the tallest lab buildings in the world.

A R C H I T ECT

Perkins&Will

S E RV I C ES

Structural Engineering,

Construction Engineering C E RT I F I CAT I O N

LEED Gold

“

From supersized caissons and transfer beams to a delicate winter garden glass roof and reinforcing the steel frame for a 360’ tall future expansion, I cannot think of a more challenging structural design project and the team from Thornton Tomasetti was up to the challenge every time we found a new one.

– JAY BAEHR Senior Project Manager, Facilities/Capital Programs, Northwestern University

The first phase of SQBRC consisted of a vertical expansion of an adjacent building. SQBRC significantly modified the original design intent and, as a result, the new column locations did not align with the existing columns or deep foundations. A network of transfer trusses and plate girders accommodates the desired laboratory layouts.

The architectural vision for a column-free south elevation required close collaboration with a specialty façade consultant and curtain wall fabricator to coordinate the exterior wall weight, anticipated vertical movement, and slab connection detailing.

Courtesy James Steinkamp Photography

T HE U NIV E R S IT Y O F I OWA Hancher Auditorium Iowa City, Iowa

For more than 30 years, The University of Iowa’s Hancher Auditorium served as Iowa City’s cultural landmark. When a 500-year flood hit the area in 2008, the auditorium was one of the thousands of structures damaged by the record-high river waters.

Thornton Tomasetti provided structural design, building skin design, and construction support services for the stunning new replacement facility, which features a 40-inchthick hydrostatic slab designed to resist future floods. The 185,000-square-foot performing arts facility holds 1,800 seats and features a three-level main lobby, a 70-foot cantilevered canopy, and a glimmering façade of stainless steel shingles and glass.

A R C H I T ECT O F R ECO R D

OPN Architects

D ES I G N A R C H I T ECT

Pelli Clarke Pelli Architects

S E RV I C ES

Structural Engineering, Façade

courtesy University of Iowa

Engineering, Construction Engineering AWA R D S Structural Engineers Association of Illinois

(SEAOI), Excellence in Structural

Engineering Award of Merit, 2017

courtesy University of Iowa

Iowa City’s temperature differentials normally necessitate the use of a visually unappealing and maintenance-intensive expansion joint on the building’s expansive 500-foot-long eastern façade. The designers defined parameters for a solution to eliminate the need for an expansion joint, then worked with the entire team to find a combination of structural support, skin design and operational guidelines that controls thermal movement, without sacrificing aesthetic priorities.

P ROJ ECT CO O RD I N AT I O N

courtesy University of Iowa

Early steel bid packages necessitated that the team coordinate design criteria, equipment choices and loading requirements, which has increased the quality of the construction documents, and reduced the potential for coordination issues.

CO R NE L L U NIV E R S ITY Upson Hall Ithaca, New York

Thornton Tomasetti provided structural and façade engineering, building analytics/building physics consulting and project certification services for the gut renovation of a concrete-framed building constructed in the 1950s.

The scope of work involved complete replacement of the building envelope and HVAC systems, reconfiguration of the building interior and the addition of new laboratory space.

The new HVAC systems and distribution in the interior of the building and the recladding of the building on the exterior required substantial structural modifications. Major structural rework and complex detailing was necessary for the large steel-framed cantilevers extending from the existing concrete slabs and columns at the northwest and northeast entries, as well as the complete removal of slab to allow a double-height grand stair entrance at the northwest wing.

The project is a great example of Thornton Tomasetti’s sustainability, façade and structural practices working together to arrive at the optimal building performance while achieving a cost effective solution. The project received LEED Platinum certification and is anticipating a 50 percent energy savings compared with ASHRAE 90.1-2007.

A R C H I T ECT

Perkins&Will and LTL Architects

S E RV I C ES

Structural Engineering, Façade Engineering,

Building Analytics/Building Physics Consulting, Project Certification C E RT I F I CAT I O N

LEED Platinum

AWA R D S

Architecture Award of Merit, AIA

New York Design Excellence Awards, 2018

Thornton Tomasetti performed a detailed energy analysis for more than 40 ECMs and analyzed various architectural schemes for optimal daylight autonomy performance during predesign. With a 75 percent daylight autonomy target for all spaces, the team worked continuously to modify window areas until the majority of spaces achieved this target.

B E FO R E

“

A complete renovation comes with unique challenges, including an existing structure that may stand in the way of the lowest-cost energy solutions, but with Thornton Tomasetti’s assistance, we were able to achieve a superior performing wall system and design to LEED Platinum standards.

– RO B E RT GO O DW IN Principal, Design Director Perkins&Will - New York

A F TER

PR INC E TO N U NIV E R S I T Y Julis Romo Rabinowitz Building & Louis A. Simpson International Building Renovation and Expansion Princeton, New Jersey

Thornton Tomasetti provided façade investigation, historic preservation and structural engineering services for the renovation and expansion of the old Frick Chemistry Laboratory constructed in 1929 into new home for the Department of Economics and the Institute for International and Regional Studies.

The structural work included the addition of three glazed rooftop pavilions and a new classroom that hangs from the pavilion structure, known as “the forum.” In order to accommodate the increased live load from the pavilion, the original building roof was locally reinforced with additional steel framing.

Thornton Tomasetti’s façade scope of work included a condition assessment and analysis of the original steel casement windows and repairs for the exterior stone retrofitting of the steel windows and to portions of the roof. Historic preservation services include façade restoration and coordination with retrofitting of new doors and steel replacement windows, including new limestone surrounds. Modifications incorporated sustainable design strategies that respect the façade’s historic character.

A R C H I T ECT

KPMB Architects

S E RV I C ES

Historic Preservation, Envelope

Restoration, Structural Engineering AWA R D S Finalist, Design Excellence Awards,

Courtesy Ricardo Barros

Ontario Association of Architects, 2018

Courtesy Ricardo Barros

To create an open space for the forum near the middle of the building, three stories of the existing structure were removed.

R O C KE FE L L E R U NIV ER S I T Y Stavros Niarchos FoundationDavid Rockefeller River Campus New York, New York

Rockefeller University is a leader in biomedical research and the university expanded its available space by building a new three-story building on campus with two levels of laboratories.

The 160,000-square-foot facility stretches almost three and a half city blocks, providing researchers with space to work and connect on the same floor and the resources to pursue their projects. Two one-story glass pavilions stand on top of the laboratories and provide office and cafeteria space. The lowlying building spans FDR Drive and preserves the views of the campus and those for the university’s neighbors.

Thornton Tomasetti provided structural design services for this laboratory facility. Two-story “Y” columns support the building along the east side of FDR Drive. The east side columns are spaced at 96 feet on center and are founded on pile caps with multiple mini piles. The west side columns are spaced at 48 feet on center and rest on pile caps to facilitate construction. The primary superstructure is made of high-strength plate girders.

The building’s second level spans 92 feet over the FDR Drive and level one is suspended below, with five-foot-six-inch deep, long-span plate girders, which also support the green roof on the third level.

A R C H I T ECT

Rafael Viñoly Architects PC

S E RV I C ES

Structural Engineering

AWA R D S

Diamond Award - Structural Systems,

ACECNY, 2019

Constructing this building over FDR Drive posed a logistical challenge. Initial construction took place in New Jersey, deconstructed into modules (92 feet by 48 feet by three stories), and transported to the site via barge. Once the structure was built out over the highway, the remaining work took place on campus.

Closures to FDR Drive took place only at night.

CL ICK H ERE to watch the

Rockefeller University River Campus Expansion

U NIV E R S IT Y O F WINC H EST E R West Downs Campus Winchester, United Kingdom

This iconic new gateway building on the university’s West Downs Campus delivers high quality learning and teaching facilities and has three distinct components comprising an auditorium, teaching building and a social learning hall / library.

The facilities are fixed to the main structure and organized around a courtyard and an enclosing flint-clad feature wall, creating a multipurpose education hub.

Courtesy University of Winchester

Thornton Tomasetti provided façade engineering services on all three elements of the development.

A R C H I T ECT

Design Engine Architects Ltd

S E RV I C ES

Façade Engineering

Courtesy University of Winchester

Courtesy University of Winchester

The auditorium, “Building A,” is mostly opaque and cladded with vertical weathering steel fins. The exterior wall features narrow punched windows with a projecting glass box and integrated LED lighting. Included in Building A is the adjacent main entrance, an automatic revolving door and associated side doors and fixed glazing. A walkable glazed rooflight sits flush within the terrace above the entrance. The roof has a perimeter steel balustrade which provides a reflective “halo” in brushed stainless steel.

The teaching building, “Building B,” is a five-story rectangular structure featuring a café, restaurant, group rooms, general circulation space and a terrace. The building has a modular brise-soleil made with CorTen steel panels, which provides shading to the south facing curtain wall. The rainscreen presented a unique structural challenge as it cantilevers sideways, upwards and downwards allowing it to “hover” in front of the façade. Thornton Tomasetti provided concept design options right down to the bracket connections, and together with the design team was able to produce a solution which maximizes this effect.

Thornton Tomasetti concept study of double skin brackets with thermal breaks.

Courtesy University of Winchester

The teaching building, “Building B,” is a five-story rectangular structure featuring a café, restaurant, group rooms, general circulation space and a terrace. The building has a modular brise-soleil made with CorTen steel panels, which provides shading to the south facing curtain wall.

The rainscreen presented a unique structural challenge as it cantilevers sideways, upwards and downwards allowing it to “hover” in front of the façade. Thornton Tomasetti provided concept design options right down to the bracket connections, and together with the design team was able to produce a solution which maximizes this effect.

St . C l are’s C ol l e g e New residence and arts building Oxford, United Kingdom

A key focus for this new residence and arts building was sustainabilty. The structural engineering services provided

by Thornton Tomasetti through design development helped shape the success of this aim by providing a flexible and adaptable scheme using materials selected specifically to enhance the natural surrounding environment, including prefabricated cross-laminated timber panels.

Courtesy View Pictures Ltd

Striving to deliver a level of design in excess of what was expected required seamless coordination and delivery of the project within challenging timescales and budget, and within the flexibility of a business plan that moved with the global economy.

A R C H I T ECT

Hodder and Partners

S E RV I C ES

Structural Engineering

Courtesy View Pictures Ltd

Courtesy View Pictures Ltd

Courtesy View Pictures Ltd

The engineering approach to the challenges presented by the landscape was to provide a scheme with inherent flexibility which allowed adjustment and relocation of the buildings within the site context without significant impact to the architecture, programme or overall cost. In keeping with the concept of Garden Pavilions, the buildings were engineered from lightweight timber to give both a sense of lightly touching the landscape as well as having a low impact on the environment, and reinforcing the relationship of the buildings with the trees through materiality. To achieve this, an innovative application of Cross Laminated Timber (CLT) construction with other materials was carefully chosen for the structure, resulting in a lightweight, flexible, adaptable range of buildings that could easily be revised and relocated to suit the changes in environment without compromising client expectations of the architectural quality of the scheme.

T IMBER I NNOVATI ON P R EFA BRI CATI ON

Courtesy View Pictures Ltd

Prefabricated cross-laminated timber panels

Impe ri al C ol l e g e Lon do n Molecular Sciences Research Hub London, United Kingdom

Imperial College created a new campus in White City in West London. The 22-acre site, formerly occupied by the BBC, is adjacent to Imperial’s Hammersmith Medical Campus and is at the heart of London’s new research quarter. The Molecular Sciences Research Hub (MSRH) provides the flagship science center to house facilities for health and biomedical research.

Thornton Tomasetti provided façade consulting services during the tender phase with regards to the façade packages to check compliance with the performance specification and employer’s requirements, including the review of design proposals and alternatives presented by the shortlisted cladding contractors, and advised as necessary. The project team also carried out value engineering sessions during the negotiation phases.

Courtesy PLP Architecture

Thornton Tomasetti’s role during construction administration included the review of the cladding contractor’s submittals, factory visits during production, witnessing tests and site observations.

A R C H I T ECT

Aukett Swanke

S E RV I C ES

Façade Engineering

Courtesy PLP Architecture

Courtesy PLP Architecture

The building façades feature multiple cladding systems, ranging from unitized curtain walling, full-height stick systems and naturally ventilated double skin façades to precast concrete cladding and perforated solid bronze feature panels.

Courtesy PLP Architecture

Impe ri al C ol l e g e Lon do n Translation and Innovation Hub (I-HUB) London, United Kingdom

Situated on Imperial College’s new campus in White City in West London along with the Molecular Sciences Research Hub, the Translation & Innovation Hub (I-HUB) formed the second phase of the major Imperial West development.

The scope comprises incubator laboratories, accelerator space and office spaces located on the upper floors. There is also a café, located on the ground floor, as well as support facilities.

Courtesy Hufton + Crow

Thornton Tomasetti provided full façade consulting services, including the production of façade detailed drawings and the façade performance specification of the cladding packages.

A R C H I T ECT

PLP Architecture

S E RV I C ES

Façade Engineering

The design features a fully unitized system, which incorporates glazing, metal sun shading and terracotta. The 16 façade-type variations furthermore include structural glazing, atria rooflights and rainscreen cladding.

Courtesy Hufton + Crow

Courtesy Aikaterini Doulkari / Thornton Tomasetti

The main challenges included maintaining thermal performance of the unitized panels as the width reduces to half-size and then to quarter-size, as well as ensuring stability and alignment of cantilevering metal sun shades across multiple unitized panels, and designing and detailing the asymmetric steel atria roof spanning between independent building structures.

Courtesy Jose Montes / Thornton Tomasetti

THANK YOU FOR CONSIDERING THORNTON TOMASETTI. WE LOOK FORWARD TO CONTINUING OUR CONVERSATION.

Eddie Jump Technical Director D +44.20.3970.5407 | M +44.7799.765.988 EJump@ThorntonTomasetti.com ThorntonTomasetti.com

UNITED STATES ALBUQUE R Q U E , NM

FO RT L AU DE RDA LE , F L

N E W YO R K , N Y - WA LL ST R E E T

SA N F RA NCISCO, CA

ATLANTA, GA

HO U STO N, T X

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SA NTA CLA RA , CA

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SY D NEY, AU

BALLYMENA, U K

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OT TAWA , CA N

TORONTO, CA N

BE IJING, CH N

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P E RT H , AU

WA RRINGTON, UK

BR ISTOL, UK

LO NDO N

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W ELLINGTON, NZ

D UBAI, UAE

M IS S IS SAU GA, CA N

SHANGHAI, CHN

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ED INBUR GH , U K