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Learning Center

Lunch and Learns

On Demand, Webinars, and In-Person Lunch & Learns offer continuing professional development in an engaging, interactive format. AEP Span offers courses to educate you on current topics as well as AIA Certified CES Learning Units/HSW/SD courses.

AIA Continuous Education System

Earn Learning Credits

 

Format Options:

  • On Demand (1-hr; Self-paced) – available online through AEC Daily.
  • Webinar (1-hr; Hosted online) – Interact directly with experienced industry specialists. Requires a minimum of a 2-week advanced notification, subject to group minimum size (5) and presenter availability. See Professional Development Courses below to sign up.
  • In-Person (On-site) – Interact directly with experienced industry specialists. Requires a minimum of a 2-week advanced notification, subject to group minimum size (5) and presenter availability. Lunch and Learns are conducted at your location in Arizona, California, Colorado, Idaho, Montana, Nevada, New Mexico, Oregon, Utah, Washington and Wyoming. States outside our service area are dependent on the number of attendees and availability of staff. See Professional Development Courses below to sign up.

Professional Development Courses

Course Description:
Learn how quality material and product attributes of single skin metal siding contribute to successful project requirements.

Learning Objectives:

  1. Understand material inputs and performance attributes for architectural single skin metal siding
  2. Learn the environmental impact and sustainability of single skin metal siding
  3. Understand the types of single skin metal siding and the specification considerations related to installation
  4. Learn the design and installation considerations that facilitate a successful single skin metal siding solution

AIA CES Learning Units:
1.0 AIA/CES Learning Units/HSW/SD

Course Description:
As the market continues to transform the way sustainable buildings are designed, metal roof and siding products continue to contribute to a healthier built environment.  This course breaks down the material inputs and green performance attributes of metal roof and siding products and identifies how metal panels can contribute to LEED v4.1 and Living Building Challenge, making it easier for architects to design green and specify with metal.

Learning Objectives:

  1. Learn the material inputs and green performance attributes of metal roof and siding products
  2. Understand how metal roof and siding products can contribute to LEED v4.1 BD+C
  3. Understand how the various material transparency documents are valued under LEED v4.1
  4. Understand how metal roof and siding products can contribute to Living Building Challenge

AIA CES Learning Units:
No AIA CES Learning Units at this time; however Certificates of Completion may be requested.

Course Description:
Designing to accommodate thermal movement is just one of the many critical details for the long-term success of a metal roof installation. Students will learn design and specification considerations as well as architectural details that impact project requirements. In addition, we’ll cover the components and the energy efficient features of metal roofing assemblies. Curriculum presented is AIA approved and contributes toward CES Learning Units.

Course Objectives:

  • List the advantages and disadvantages of architectural roofing versus industrial roofing.
  • State the specification considerations related to a metal roof installation.
  • Discuss the environmental impact of metal roofs versus alternative roofing materials.
  • List the design and installation issues that help facilitate a successful metal roof solution.

AIA CES Learning Units:
1.0 AIA/CES Learning Units/HSW/SD

Project Spotlights

Skokomish Community Center

Designed to provide a safe and welcoming environment to the Twana community, this distinctive net-zero structure incorporates a gathering space, commercial kitchen, education space and a gymnasium. AEP Span’s Span-Lok hp metal roof panel in Colonial Red contrasts with the wood siding to provide a captivating, staunch structure that integrates with its surrounding wooded environment. The lean-to style roof incorporates the extensive use of solar panels while also allowing the crisp, clean lines of the standing roof to be on prominent display.

Architect: 7 Directions
Customer: Miller Sheet Metal

Broadcast Apartments

The Broadcast Apartment complex stands out from its surroundings through the extensive use of AEP Span’s Prestige Series® metal wall panel in the Vintage® finish. Featuring 70 residential units and 4 live-work units, the complex features a variety of different wall panel forms to add texture and character to the flat surfaces of the structure. The timeless warmth of Vintage® provides a distinctive, evolving appearance that engages with natural light in a compelling way. Finished in 2017, the structure features a collection of different spaces incorporating apartments, retail space, rooftop entertainment options, and underground parking.

Architect: Johnson Oaklief Architecture and Planning
Customer: L A Olsen Construction

Firestation 63

The expansive Central Pierce Fire and Rescue Station is designed to house one fire engine and one paramedic unit including crew living and support areas. Metal panels were selected and designed based on sustainability, durability and integration into a broader mill concept. AEP Span’s Nu-Wave Corruaged metal wall panel in Burnt Rust was selected to add a warm, contrasting hue to other metal wall products while also integrating with wood accents.

Architect: RiceFregusMiller and TCA Architecture Planning
Customer: Interstate Sheet Metal

Oceanside High School Performing Arts Center

This 29,000 square foot preforming arts hub was designed to set the bar for modern student resources. This expansive facility includes a 500-seat performance theatre, a 100-seat black box theatre, classrooms and more.

Winner of the 2018 42nd Annual Orchids & Onions Architectural Award, AEP Span’s Select Seam 16” Narrow Batten metal wall panel in Natural Antique Copper was chosen to provide a distinctive gleaming beacon for the school.

Architect: Harley Ellis Devereaux
Customer: Burner Sheet Metal

Washington High School STEM

This STEM academy delivers an inspiring environment for hands on learning in science and technology. Consisting of the renovation of two existing buildings and the addition of a new structure, the facility provides the benchmark for the school district’s labs and classrooms.

AEP Span’s Box Rib® metal wall panel was used in the Vintage® finish to create texture and complementary shadow lines on this modern structure. Vintage’s classic metallic hue interacts dynamically with natural light and blends exceptionally well with the mixed use of wood and masonry siding products.

Architect: Erickson McGovern
Customer: Architectural Sheet Metal

This 2,000 square foot modern residential home is designed to optimize living space for a family of four within the modest confines of inner suburban Calgary. Deploying a structural beam and post framed design, this home creates the feeling of space through an open-plan layout and high vaulted ceilings. Large windows on both floors accentuate the open, spacious feeling.
The extensive use of AEP Span’s standing seam metal cladding in Slate Gray adds texture and distinct shadow lines while contributing to the modern aesthetic. This versatile color enables the unique integration between roof and siding surfaces. The muted hue also complements and accentuates the use of natural stained wood leading to a cohesive, memorable design.

Architect: Ryan Schmidt Architecture
Builder: Ironwood Building Corporation

Opened in October 2019, 7 years after it was originally envisioned, this shelter is designed to provide a warm atmosphere for 65 dogs, 55 cats, and other small animals. As the facility is heavily trafficked and requires frequent cleaning, metal was an obvious choice to reduce Operations & Maintenance budget impacts.
AEP Span’s Nu-Wave® Corrugated was chosen for the siding, Design Span® hp for roofing, and Prestige Series® for the soffits to add visual interest, durability and for cost-effectiveness from both an environmental and capital cost perspective. This bright, modern color scheme blends well with the mixed-use of wood and brick to create a dramatic, contemporary design.

Architect: Eric Whole and Carolyn Natividad, LDA Partners
General Contractor: Robert E Boyer, Inc.

Situated in the sparse desert highlands at the base of the Eastern Sierra, sits this charismatic middle school. For this project, metal siding was selected to add depth and unique appeal to this expansive campus. AEP Span metal siding panels were the preferred product of choice for this facade due to their color versatility, long term durability and low maintenance qualities.

This project features AEP Span’s Select Seam® panels in a Sedona Rust print and Vintage® coating, providing rich accent pieces that integrate effectively with the desert hues of the Reno area and the earth tones of the masonry siding. Much like the desert landscape, these colors provide evolving color as the light changes throughout the day. Applied to standing-seam siding of varying widths, the panel ribs provide varied texture to the facade and capitalize on dynamic shadows to further accentuate the siding color.

Architect: Van Woert Bigotti Architects
Contractor: Core Construction
Installer: Alpine Roofing Co.
Photo Credit: Vance Fox

The new Bonney Lake High School Performing Arts Center is a beautiful display of AEP Span’s HR-36® Metal Wall Panels in Parchment & Zinc Gray. These exposed fastened metal panels with a 36″ net coverage are predominantly used in commercial, hotel, industrial, retail, and mixed-use applications as well as heavy-duty metal fencing or gates.

This 15,523 sq. ft. structure project for the Sumner-Bonney Lake School district sits adjacent to the main high school, acting as a stunning centerpiece for the campus. It is referred to as “A magic place where talents are showcased and dreams are born”, and the use of our Long-lasting, durable, and sustainable, HR-36 will ensure it remains looking majestic for years to come!

Architect: Erickson McGovern Architects
Installer: Architectural Sheet Metal
Photo Credit: Doug Walker Photography