flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

The BYU Life Sciences Building draws inspiration from tectonic forms

Sponsored Content Building Materials

The BYU Life Sciences Building draws inspiration from tectonic forms

Strong, lightweight ALPOLIC materials honor the rugged Wasatch Mountains while standing up to the forces that created them.


May 19, 2015
ALPOLIC® materials echo nature’s colors.

ALPOLIC® materials echo nature’s colors.

Rising from the slope of a large bluff on the foothills of Utah’s imposing Wasatch Mountains, Brigham Young University’s new Life Sciences Building reveals the inspiration of its remarkable setting.

Multiple facets and elevations climb dramatically as if shaped by the same tectonic and erosional forces that have created massive escarpments and deeply incised canyons on the surrounding landscape. From inside, the expansive windows reveal that landscape while flooding learning, meeting and research spaces with natural light.

It’s a perfect metaphor for the College of Life Science’s mission to reveal the natural world to the human intellect.

This video gives a good sense of all the building has to offer. The camera “flies” through varied interior spaces – including teaching and research labs, auditoriums, corridors and common areas, a rooftop greenhouse and a massive central atrium. Exterior shots show how the complexly terraced profile echoes the mountainous landscape overlooking the BYU campus. From both inside and outside the building, you can see a prominent “spine” rising in stages through the center of the building, much like a ridgeline defining the center of a mountain’s mass.

Architectural Nexus, the firm selected to design the building, asked LCG Façades to get involved in the project early, providing design engineering expertise for the glass curtain wall and metal panel systems that would serve as the building envelope.

Ted Derby, business development manager at LCG Façades, says that a strong, lightweight cladding material was needed to meet the building’s seismic requirements: The massive Wasatch Fault that created the rugged setting is still active today. At the same time, a pressure-equalized rainscreen was required due to Utah’s adoption of the 2012 IBC Building Code.

To meet these needs, LCG Façades designed its exclusive SL-2200 rainscreen system and chose ALPOLIC® aluminum composite materials, fabricated at LCG’s 40,000 square-foot facility in Salt Lake City.

One of the key factors in achieving the project’s budgetary and quality goals, Derby says, was that “We could control most of the materials that were going on the job through our fabrication facility that allows us to fabricate curtain wall systems as well as metal composite panel systems.”

The central “spine” towers above like an alpine peak.

ALPOLIC® materials are most visible on the building’s “spine,” rising in a stepped fashion to tower above lower elevations on either side. Here, panels finished in a silver mica evoke the great blue limestone formation that caps the spine of the Wasatch Mountains. The same fire-retardant ACM panels in a custom blue mica bring hues of a summer sky to window openings and other reveals.

If you can’t be hiking or skiing the Wasatch, studying their flora and fauna in this evocative building may be the next best thing. In the new BYU Life Sciences Building, ALPOLIC® materials are truly helping to do nature proud.

Contact Information:

Phone Number: 1.800.422.7270
Fax Number: 757.436.1896
Email: info@ALPOLIC.com
Website: www.alpolic-americas.com

Related Stories

Building Tech | Feb 20, 2024

Construction method featuring LEGO-like bricks wins global innovation award

A new construction method featuring LEGO-like bricks made from a renewable composite material took first place for building innovations at the 2024 JEC Composites Innovation Awards in Paris, France.

Industry Research | Jan 31, 2024

ASID identifies 11 design trends coming in 2024

The Trends Outlook Report by the American Society of Interior Designers (ASID) is the first of a three-part outlook series on interior design. This design trends report demonstrates the importance of connection and authenticity.

Products and Materials | Jan 31, 2024

Top building products for January 2024

BD+C Editors break down January's top 15 building products, from SloanStone Quartz Molded Sinks to InvisiWrap SA housewrap.

Sponsored | BD+C University Course | Jan 17, 2024

Waterproofing deep foundations for new construction

This continuing education course, by Walter P Moore's Amos Chan, P.E., BECxP, CxA+BE, covers design considerations for below-grade waterproofing for new construction, the types of below-grade systems available, and specific concerns associated with waterproofing deep foundations.

Sponsored | Performing Arts Centers | Jan 17, 2024

Performance-based facilities for performing arts boost the bottom line

A look at design trends for “budget-wise” performing arts facilities reveals ways in which well-planned and well-built facilities help performers and audiences get the most out of the arts. This continuing education course is worth 1.0 AIA learning unit.

Concrete | Jan 12, 2024

Sustainable concrete reduces carbon emissions by at least 30%

Designed by Holcim, a building materials supplier, ECOPact offers a sustainable concrete alternative that not only meets, but exceeds the properties of standard concrete.

Mass Timber | Jan 2, 2024

5 ways mass timber will reshape the design of life sciences facilities

Here are five reasons why it has become increasingly evident that mass timber is ready to shape the future of laboratory spaces. 

75 Top Building Products | Dec 13, 2023

75 top building products for 2023

From a bladeless rooftop wind energy system, to a troffer light fixture with built-in continuous visible light disinfection, innovation is plentiful in Building Design+Construction's annual 75 Top Products report. 

Products and Materials | Oct 31, 2023

Top building products for October 2023

BD+C Editors break down 15 of the top building products this month, from structural round timber to air handling units.

Building Materials | Oct 19, 2023

New white papers offer best choices in drywall, flooring, and insulation for embodied carbon and health impacts

“Embodied Carbon and Material Health in Insulation” and “Embodied Carbon and Material Health in Gypsum Drywall and Flooring,” by architecture and design firm Perkins&Will in partnership with the Healthy Building Network, advise on how to select the best low-carbon products with the least impact on human health.

boombox1
boombox2
native1

More In Category


Brick and Masonry

A journey through masonry reclad litigation

This blog post by Walter P Moore's Mallory Buckley, RRO, PE, BECxP + CxA+BE, and Bob Hancock, MBA, JD, of Munsch Hardt Kopf & Harr PC, explains the importance of documentation, correspondence between parties, and supporting the claims for a Plaintiff-party, while facilitating continuous use of the facility, on construction litigation projects.



Glass and Glazing

The next generation of thermal glazing: How improving U-value can yield energy savings and reduce carbon emissions

The standards for energy-efficient construction and design have been raised. Due to the development of advanced low-e coatings for the interior surface and vacuum insulating technologies, architects now have more choices to improve U-values wherever enhanced thermal performance is needed to create eco-friendly spaces. These options can double or even triple thermal performance, resulting in annual energy savings and a positive return on carbon.

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021

Â