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Curved metal roofing enabled Owens Community College to give its expanded Findlay, Ohio, campus a defining arched form while covering a large academic building. The 2015 project used 15,500 square feet of Colonial Red MBCI Curved BattenLok panels on a 119,407-square-foot facility. The panels were specified as 22 gauge for this project, with a 2-inch standing seam field-seamed during installation. MBCI’s installation manual lists a 20-foot minimum radius, so the roof’s geometry had to be coordinated with the structure, clips, substrate and installation sequence rather than treated as a decorative skin added at the end.
The project is best understood as a documented design case study, not a current price guide or independent performance comparison. Its enrollment and program figures describe conditions reported in 2015, while the product details should still be checked against current manufacturer documentation and project-specific engineering.
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1Clear out junk files and repair common Windows errors2Fix the driver behind crashes, sound loss and screen glitches3Repair Windows errors before they cause bigger problemsWhat project did the curved metal panels support?
The case study concerns the expansion of Owens Community College’s Findlay-area campus in Ohio. The campus was founded in 1983 and initially served 201 students. As programs, students and staff grew, the college needed a substantially larger facility. Building Design + Construction reported the completed building at 119,407 square feet on a 60-acre site in its April 15, 2015, project article.
The building combined teaching, student-support and operational spaces rather than serving as a single-purpose classroom block. The listed program included:
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- A library
- 41 advanced technology classrooms
- Student services
- 28 technical and computer laboratories
- A bookstore
- A grant-funded child care center
- Administrative and faculty offices
The same article said Owens offered more than 100 majors and served approximately 13,000 students across its campuses, learning institutes and online courses. Those are historical figures from the 2015 report; they should not be read as the college’s current enrollment or program count.
| Project fact | Reported value | Source and date |
|---|---|---|
| Facility size | 119,407 square feet | Building Design + Construction, 2015 |
| Site | 60 acres | Building Design + Construction, 2015 |
| Roof panel area | 15,500 square feet | Building Design + Construction, 2015 |
| Roof finish | Colonial Red | Building Design + Construction, 2015 |
| Project panel thickness | 22 gauge | Building Design + Construction, 2015 |
Why was a curved roof important to the campus design?
The roof was part of the building’s identity. The case study says the red curved panels accentuated the campus arch and made that arch a focal point. In other words, the curve was not merely a response to drainage or a way to cover an irregular plan; it was a visible architectural gesture intended to signal the building’s entrance and public character.
That approach illustrates a practical advantage of curved standing-seam systems on institutional work. A continuous curved plane can connect walls, roof edges and a major entrance into one recognizable profile. Color then reinforces the geometry: Colonial Red creates a visual band that can be seen from the campus approach, while the standing seams provide a regular vertical rhythm across the curve.
There is an important design trade-off. A curved roof is less forgiving of late changes than a conventional straight slope. The architect, structural engineer, panel supplier and roofing contractor must agree on the radius, panel lengths, support geometry, edge conditions and sequencing before fabrication. If the structure does not match the panel curve, the installer may face fit-up problems that cannot be corrected by simply adjusting a flat sheet.
What roofing system was installed?
Building Design + Construction described Curved BattenLok as a structural roofing panel with a 2-inch-tall standing seam that is field-seamed during installation. The reported Owens project used 15,500 square feet of the panels in Colonial Red, specified at 22 gauge.
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MBCI’s Curved BattenLok installation manual provides the technical context behind that specification:
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- 24 gauge is listed as the standard material thickness.
- 22 gauge is listed as an optional configuration.
- The minimum radius is listed as 20 feet.
- The seam is formed and finished with field-seaming equipment after the panels are placed.
The distinction between the project specification and the standard product listing matters. The case study identifies 22 gauge for Owens, while the manual identifies 24 gauge as standard and 22 gauge as optional. Gauge, radius, substrate and attachment details therefore need to be confirmed for each project rather than copied from this example.
How does a curved standing-seam roof get coordinated and installed?
Curved panels require the same basic weatherproofing discipline as other standing-seam roofs, but the geometry adds a sequence of checks. MBCI’s manual is the controlling reference for its system; the following workflow explains the decisions a project team must make.
- Set the design radius. The architect and engineer establish the intended curve and confirm that it is at least the product’s permitted minimum. MBCI lists a 20-foot minimum radius for Curved BattenLok, but the exact profile, gauge and project configuration still need confirmation.
- Coordinate the supporting structure. The roof deck, purlins, framing and eave or ridge conditions must follow the panel geometry. The manual instructs installers to check panels against the substructure radius and to confirm project dimensions in the field.
- Confirm panel configuration. Coverage width, gauge, clip type, panel lengths and transitions at walls or openings are scheduled before fabrication. The Owens article’s 22-gauge figure is a project fact, not a universal requirement.
- Prepare delivery and handling. Long metal panels can be damaged by improper lifting, dragging or stacking. The manufacturer’s handling instructions should govern site storage and movement, with protection maintained until installation.
- Place panels and clips. Panels are positioned over the prepared substrate and secured with the specified clips and accessories. Alignment is checked continuously because a small deviation can become visible across a long curved run.
- Field-curve and seam the panels. The panel is formed to the required curve and the standing seam is closed with the manufacturer-approved seaming process. MBCI says field-seaming kits are available through its representatives; specialist equipment and trained labor are required.
- Inspect before closeout. The team checks seam continuity, fasteners, laps, penetrations, edge details, drainage paths and the match between the installed radius and the structural drawings. Any discrepancy should be resolved under the project’s engineering and manufacturer-support procedures.
This sequence is not a substitute for stamped drawings or the current installation manual. Curved metal roofing is a coordinated building system, not a field improvisation.
What does “structural roofing panel” mean here?
A structural panel is designed to span between specified supports as part of the roof assembly, subject to the manufacturer’s load tables and the project engineer’s calculations. That is different from a non-structural curved panel, which may require a continuous deck or other support beneath it. MBCI’s current curved roof systems information describes both structural and non-structural options.
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The label alone does not establish that a panel is suitable for every snow, wind, maintenance or seismic condition. Span, support spacing, fasteners, clips, substrate, penetrations and local code loads all affect the design. A project team should request the applicable load data and have the engineer of record verify the complete assembly.
Who designed and built the Owens facility?
The case study names Rooney Clinger Murray Architects as architect, Charles Construction Services as general contractor and Meade Roofing as roofing contractor. It also reports that Charles Construction Services received the Associated General Contractors Build Ohio Award for “New Construction Under $10 Million.” The award is part of the article’s project reporting; it is not an independent test of the roof system.
Keeping those roles distinct helps explain why curved roofing decisions cannot be assigned to one trade alone. The architect establishes the visual intent, the engineer verifies structure and loads, the manufacturer confirms a compatible panel configuration, the general contractor coordinates the schedule, and the roofing contractor executes the field work.
What can another college learn from this case?
The Owens example supports a design-and-procurement process rather than a one-size-fits-all product recommendation. A campus considering a curved roof should ask the following questions before selecting a system:
- What is the architectural objective? Is the curve intended to mark an entrance, conceal equipment, connect several wings or simply shed water?
- What radius is actually available? Compare the desired geometry with the selected profile’s minimum radius and the structure’s buildable radius.
- Does the roof need to span between supports? Decide whether a structural panel is appropriate or whether a non-structural skin over a continuous deck better fits the project.
- How will the curve transition? Detail ridges, eaves, parapets, end walls, skylights, mechanical curbs and penetrations before fabrication.
- Who will field-seam the roof? Confirm trained labor, approved equipment and access to manufacturer support in the project region.
- What does the specification require? State gauge, coverage, finish, clips, substrate, testing documentation, warranties and inspection responsibilities explicitly.
- How will dimensions be verified? Survey the installed framing and compare it with shop drawings before panels are released or seamed.
Alternatives should be compared on structural versus non-structural behavior, minimum radius, substrate requirements, attachment and seaming methods, engineering support and regional availability. The case study does not compare competing bids or prove that Curved BattenLok is categorically better than another roof type.
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What evidence does the 2015 case study establish?
The article is strong evidence for the project’s reported size, program, color, panel area, named firms and stated 22-gauge specification. It also records the design intent: the red curved roof was used to emphasize the campus arch.
It is not evidence of current enrollment, current product pricing or independent comparative performance. The article says the panels were tested by a certified independent laboratory under ASTM procedures, but it does not identify the test methods, specimens or measured results. That statement should therefore remain qualified; it should not be converted into a quantified wind, snow, water or durability claim.
Likewise, the case study does not provide a construction cost, maintenance history or lifecycle assessment. Those questions require project records, current manufacturer documentation or independent evaluations.
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Is Curved BattenLok still a current product option?
MBCI’s current curved-roof product page continues to describe curved roof and fascia systems, including structural and non-structural panel options. That confirms an ongoing product category, but it does not establish that a particular color, gauge, radius, lead time or configuration is available for a new project. A design team should obtain the current technical literature, availability confirmation and project-specific engineering from MBCI and its representative.
MBCI’s resources also describe seamer support and field-seaming kits. The equipment is specialist trade gear, not a general-purpose roofing tool that a building owner should purchase for occasional maintenance. Installation should remain with a qualified commercial roofing contractor working from approved details.
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How should the Owens example be remembered?
The Findlay expansion shows how a curved metal roof can perform two jobs at once: provide a large institutional enclosure and give the campus a memorable architectural edge. Its most transferable lesson is coordination. The 119,407-square-foot building, 15,500 square feet of red curved panels and 20-foot minimum-radius context all came together because the visual concept was tied to structural and installation requirements from the outset.
For a new college, school or civic project, the responsible takeaway is not to copy the Owens specification blindly. It is to define the intended curve, verify the support system, select the appropriate structural or non-structural panel, document gauge and finish, and confirm field-seaming capability before procurement.
Frequently Asked Questions
Can a curved standing-seam roof be placed over an existing flat roof?
Sometimes, but it normally requires a new structural support system, verified load paths and carefully designed transitions at walls and drainage points. An engineer must determine whether the existing building can carry the added framing, panels, snow, wind and maintenance loads.
Does a heavier gauge automatically make a curved panel suitable for a project?
No. Gauge is only one input. Span, support spacing, clip design, seam behavior, metal strength, local loads and the complete assembly determine suitability; the engineer should use the manufacturer’s current data rather than gauge alone.
What should be requested from a manufacturer before issuing a curved-roof specification?
Request the current installation manual, profile and radius limits, structural load information, compatible clips and substrates, finish information, seaming requirements, warranty terms and confirmation of regional availability. Require the supplier to review the project drawings and identify any configuration that needs special engineering.
Is field seaming something a general contractor can do with ordinary sheet-metal tools?
No. The system uses dedicated seaming equipment and a defined installation process. MBCI describes field-seaming kits and representative support, so the roofing contractor should confirm approved equipment, trained personnel and access to technical assistance before work begins.
