Featured Projects

The University of Calgary’s Child Development Centre is the largest project in Canada to achieve LEED Platinum certification. The 125,000 sq. ft. facility focuses on supporting organizations working together for the benefit of children. With the University mandating that all new capital projects be built to a high level of sustainability, options for the building's north and south exterior facades were eventually narrowed to 1.2mm RHEINZINK® zinc panels. Approximately 25,000 sq. ft. of the Preweathered Graphite Grey horizontal reveal panels were utilized on the four-story building.

The largest planned net zero energy community in the United States features more than 40,000 total linear feet of metal wall, roof and canopy panels from Metal Sales Manufacturing Corporation. The University of California, Davis West Village community comprises 205 acres with 662 apartments, 343 single-family homes, and commercial and recreational facilities.

Thom Mayne, founder of Morphosis and the 2005 Pritzker Prize Winner, in association with KZF Design, Inc,. is one of the innovative minds behind this extremely complex facility. The University of Cincinnati Campus Housing and Recreation Center is designed as five buildings in one—an athletic core, six electronic classrooms, housing, restaurants/dining, and stadium grandstands comprise the 350,000 square foot complex. A key element of the design CENTRIA’s Formawall® Dimension Series® wall panels.

Designed by renowned architect Peter Eisenman, and opened in 1996, the Aronoff Center linked together the previously existing Alms, DAAP and Wolfson buildings to form the University of Cincinnati’s College of Design, Architecture, Art & Planning. When the original EIFS façade failed, Overly was selected to design a rainscreen panel system that could meet the structure’s performance challenges while maintaining the architectural integrity of the original design.

A Dri-Design Wall Panel System has helped turn the 1700 South Patterson Building on the University of Dayton's River Campus into a stunning academic and research building. While interior renovations transformed the structure into usable university space, the building’s exterior was reclad with metal panels from Dri-Design in two phases during 2012 and 2013, with work finishing in October 2013. This renovation added an earthy, inviting feel to the building while eliminating safety concerns.

In May of 2009, the University of Hawaii’s Biomedical Sciences building in Honolulu underwent a $1.1 million facelift and remodel. Included in the work, was a metal-over-metal retrofit utilizing approximately 18,000 square feet of new standing seam metal roofing. The new roof was installed over the existing vertical rib metal roof using Roof Hugger’s patented sub-purlins.

The University of Houston baseball program has a new 20,645-square-foot clubhouse facility, complete with a locker room, training room, batting cages, players’ lounge, video area, observation deck and kitchen … all right next to the Cougars’ field. Insulated metal panels from Metl-Span cover the walls of the new Baseball Player Development Center and Clubhouse, providing an energy efficient shell for all seasons.

When the University of Illinois decided to continue with its ongoing renovation projects to include a new Memorial Stadium Performance Center, the school looked to Schweiss Doors to supply bifold designer doors for the upper floor.

No stranger to the University of Iowa campus, architect Steven Holl’s new Visual Arts Building provides 126,000 sq. ft. of loft-like space within a beautifully crafted envelope. The structure presents an industrial aesthetic with RHEINZINK-clad, poured-in-place concrete walls, used in conjunction with perforated stainless-steel panels that rest 7 inches from the RHEINZINK cladding.

James & Taylor’s award-winning façade for the University of Manchester’s biosciences building in Manchester, UK, was created using four different anodized finishes that coated both mirror polished and highly-etched Senses aluminium (aluminum) tiles. The stunning result on the Michael Smith building was due to a close collaboration between the façade specialist and architects Sheppard Robson. It features a ‘random’ pattern that ensured the different finishes were distributed across the elevation to give a cohesive façade.

In 2013, Bascom Palmer purchased a 1.5-acre site on a busy corner in the heart of upscale Naples, Florida to construct the 20,000 sq. ft. University of Miami (UM) Bascom Palmer Eye Institute. The $25 million LEED-certified project was completed in 2015, featuring architectural metal products from CENTRIA, and hosts state-of-the-art technology and double the number of ophthalmologists on staff.

The University Of Minnesota Equine Center in St. Paul, MN, is a 60,000 sq. ft. equine research facility that utilized Rigid Frame, Continuous Beam and Unibeam framing systems by VP Buildings. Metal roofing is VP’s SLR architectural/structural standing seam profile with a Colonial Red color in a Cool Roof coating formulation. The metal wall panels are VP’s TextureClad profile in a Sand color.

The $22-million University of North Florida (UNF) Student Wellness Complex is an 82,000 sq. ft. facility intended to provide recreational and wellness opportunities for students, faculty, and staff. The multi-story building – predominantly clad in metal panels from CENTRIA - also includes educational, social, and administrative spaces.

Changes to the venerable University of Notre Dame Stadium do not come often. Built in 1930, major improvements to the house that Rockne built last came in 1999. That changed after the conclusion of the 2016 football season when a major facilities expansion and renovation project began. Along with new construction, the stadium's locker rooms were upgraded. The renovation plan incorporated RHEINZINK-Classic bright-rolled zinc from RHEINZINK America.

The University of Oregon in Eugene showcased a first of its kind mural that is made of etched stainless steel and forms a picture of Albert Einstein. The etched steel mosaic is comprised of photographs of Oregon student athletes. The sculpture graces the new John E. Jaqua Academic Center for Student Athletes and was developed using 1,200 sq. ft. of stainless steel from Contrarian Metal Resources.

The University of Quebec à Chicoutimi is renowned for its significant research in aluminum and metallurgy and is located in what is known as "the valley of aluminum" because of the area's large amount of aluminum production. It's fitting then that the school's new Arena de L’UQAC features a distinctive metal roof that extends down over one of the structure’s walls. The roof and its integrated curved wall were created using a combination of site-formed and shop-fabricated Kalzip 65/400 panels.

With regard to human health, zinc is an essential trace element. With regard to architectural design and construction, it also provides many benefits. Case in point is the new Wellness Center at the University of South Dakota in Vermillion. Thanks in part to the use of zinc on its origami-like roof form, the 61,000 sq. ft. building has the form to match its function. The zinc material was by RHEINZINK and the fabrication of the project’s double-lock standing seam roof panels was by Firestone Metal Products of Anoka, MN.

The University of Tennessee Neyland Stadium is home to the Tennessee Volunteers football team. Since its construction in 1921, the stadium has undergone 16 expansion projects, making it the sixth largest non-racing stadium in the world. In 2004, the Tennessee athletics department revealed its most recent plan for the stadium – a multi-phased renovation that would once again expand and restore the iconic venue. The Neyland Stadium Master Plan, designed by McCarty Holsaple McCarty, features ALPOLIC materials.

It takes a special roofer to agree to recover a 20-year-old roof that’s been leaking since it was installed. Armed with his own roll former that produces McElroy Metal’s 238T symmetrical standing seam panel, Marty May is that kind of special.

Approximately 3,000 linear feet of Petersen’s new PAC Anchor-Tite Coping was utilized in straight and radius applications on the new University of Texas at Dallas Student Housing Living/Learning Center II in Richardson, TX. The 150,000 sq. ft. building will accommodate students and staff in 144 suites with a total of 450 beds. The cornerstone of the design is a circular, multi-story common lounge and amenity area.