Five Design Strategies to Maximize the Potential of Pre-Engineered Buildings

From mixed-use community centers to commercial and light industrial developments, pre-engineered steel buildings (PEBs) offer project teams — architects, developers and builders alike — a foundation of precision, predictability, and speed. For the organizations behind these projects, PEBs contribute to faster timelines, lower risk, and long-term value.

What’s more, today’s PEB systems are designed to support a wide range of aesthetic goals. With modern structural capabilities and flexible integration options, they empower design teams to create functional, high-performance spaces without compromising architectural intent. Solutions from Butler Manufacturing^™ give architects and builders the tools to bring their design vision to life — efficiently, reliably, and beautifully.

Here are five design strategies teams are using to unlock the full potential of pre-engineered buildings.

Creatively integrate daylighting

As more organizations prioritize occupant well-being and operational efficiency, natural light has become a key design driver. Pre-engineered structural systems offer an ideal framework for daylighting solutions that incorporate clerestory windows, storefront glass, and translucent daylighting systems. By planning these features early, teams can elevate spatial quality, reduce energy loads, and enhance interior comfort.

Incorporate a vareity of facade materials

For many PEB projects, traditional ribbed metal panels are the right facade material — but that’s no longer the only choice. Modern pre-engineered structural systems accommodate a wide range of cladding options, including masonry, EIFS, stucco finishes, wood, glass, horizontal metal siding, and metal composite material panels. Structural advancements now allow for seamless transitions between these materials and enable the use of integrated stud wall systems that simplify the attachment of architectural finishes.

Define the form with roofline variations

PEB systems are not limited to flat or gabled forms. Design teams can shape building profiles with parapets, slopes, multi-plane geometries, or arched rooflines — maintaining system performance while delivering architectural interest.

PROJECT HIGHLIGHT: BOYS & GIRLS CLUB OF THE SMOKY MOUNTAINS

Designed by Trotter Architects and constructed by Joseph Construction Co., Inc., utilizing a Butler structural system and MR-24^® Roof System, the facility in Tennessee features a single-slope roofline and parapets that differentiate interior zones and reinforce the building’s welcoming identity.

Use hybrid structural systems to balance flexibility and efficiency

Incorporating conventional framing alongside pre-engineered systems allows design teams to combine structural efficiency with architectural flexibility. This hybrid approach is especially effective for facilities with large open spans, varied ceiling heights, or complex programs.

Utilize color to make a statement

Color plays a vital role in expressing brand identity, wayfinding, and contextual harmony. Today’s pre-engineered systems offer a broad palette of coatings, some of which also contribute to solar reflectance and thermal performance.

PROJECT HIGHLIGHT: TWIN RIVERS CHARTER SCHOOL

Designed by Swift Lee Office and built by Hilbers, Inc., the Yuba City, Calif., facility uses bold yellow, blue, and orange tones in both exterior walls and interior acoustic treatments. The project was constructed using Butler’s structural system and high-efficiency MR-24 Roof System.

Achieve design freedom and precision with PEMBs

Pre-engineered systems from Varco Pruden and Butler are helping project teams deliver high-performance buildings that don’t compromise on design. Whether supporting wellness, sustainability, or aesthetic goals, these systems offer a reliable foundation for expressive, efficient architecture.

Learn more about how today’s designers, architects, and builders are redefining what’s possible with pre-engineered systems in “Beyond the Metal Box.”