We offer AIA and GBCI Continuing Education courses in two separate formats to fit your schedule and lifestyle. You may request a face-to-face presentation conducted by our Business Development Account Managers in lunch and learn settings by clicking the link below:
This course focuses on design considerations when using commercial/industrial insulated metal wall panels. Panel characteristics, market segments, paint and textured finishes, coatings, design options including integration with other materials, interior wall finishes, flashings and extrusions are all reviewed. Supporting structure design including steel alignment/tolerances, pre-engineered buildings and panel spans are addressed. Functional considerations including environmental control layers (air, vapor, water and thermal) are examined. A full color animated video provides a step by step understanding of how IMPs are installed. Code compliance including air/water, thermal and fire safety is also addressed. The program concludes with product and installation warranties, including paint, corrosion and weather tightness.
This new course for 2019 focuses on architectural insulated metal wall panels. We review the characteristics that best describe architectural IMPs including the myriad design options available. Topics such as finishes and coatings, trimless ends, folded corners, variable reveals, segmented curves, running bond patterns, sunscreens and integrated windows are reviewed. Structural support considerations including stud walls and tube steel are studied, as well as the importance of maintaining proper wall alignment. The installation process is also reviewed using an animated video to provide step-by-step guidance. Air, water, vapor and thermal control layers are studied along with code compliance. Product and installation warranties are highlighted before wrapping up with a look at IMP sustainability and transparency.
Understanding how insulated metal panels are used for cold storage facilities is critical to creating energy efficient and sustainable buildings. We start with basic definitions of cold storage, controlled environments and controlled atmospheres, then discuss the building science behind IMPs and why they are the preferred material for these facilities. From there we explore control layer continuity and the critical details needed to prevent unwanted condensation, ice formation and heat gain. Next we explain the differences between non-accessible, light/limited duty and walkable ceilings using IMPs, including engineering, safety and attic ventilation requirements. IMP substrates and paint finish characteristics are evaluated – essential topics when designing food processing areas. The program concludes with a review of the proper draw down process when commissioning a cooler or freezer.
This course focuses on design considerations when using insulated metal roof panels. Panel characteristics, paint finishes and roof geometry options are reviewed. Support structure requirements (ex: purlins, joists, decking) including steel alignment/tolerances, panel spans and roof diaphragm considerations are studied. Functional aspects including environmental control layers (air, vapor, water and thermal) are examined. A full color animated video provides guidance on the step by step process of how IMP roofs are installed. Code compliance including air/water, thermal, fire safety and wind uplift is addressed. The program concludes with product and installation warranties, including paint, corrosion and weather tightness.
Completely revised, this program explains how mineral wool core insulated metal panels provide an excellent alternative to traditional fire-resistive materials. We learn about the advantages of mineral wool, how and why this product provides fire ratings of up to three hours, and how these panels provide all the necessary control layers (air, water, vapor and thermal) and exterior and interior finishes in a single component. The International Building Code requirements for fire protection are reviewed, including sizes, profiles and finishes are studied. The program concludes with a brief look at mineral wool IMP sustainability and transparency.
This course is designed to review the building science behind popular wall assemblies used in today’s construction market, with an emphasis on rainscreens, barrier walls and insulated metal panels. We review the air, vapor and water management methods used by each type of assembly, the purpose of vapor retarders and barriers and the various materials used to establish these control layers. We also examine the use of IMPs as a replacement for traditional multi-component backup walls in rainscreen systems. The program also addresses how IMPs handle air, vapor, water and thermal management through the use of a single, factory assembled wall component. The program concludes with a review of the various code requirements including air barriers, water barriers and fire safety.
We review the physics of building envelopes, including hygrothermal loads, control layers, climate zones and cladding functions. The importance of control layer continuity at wall, roof and slab connections is studied. We look at how IMPs perform the same functions as multi-component wall systems through the use of panels joints, sealants and an insulating core. Emphasis is placed on the concept of the “Perfect/Universal Wall”, and how utilizing the proper ordering of wall components can greatly simplify wall design in all climate zones. Energy codes are also touched on, including their impact on the use of “Perfect/Universal Wall” designs. This course reduces a relatively complex subject to a level that teaches practical concepts for the building designer.
This program reviews the definition of sustainability, and how Environmental Product Declarations (EPDs) and Health Product Declarations (HPDs) are being used to address product transparency needs. We will review how IMPs provide all environmental control layers and how their use contributes to sustainable design. LCAs form the backbone of EPDs, and this course walks through the creation of EPDs as well as the environmental factors evaluated. HPDs are the latest tool used to study building product toxicity, and we will provide a complete review of how these important documents are prepared and used by owners, architects, designers and manufacturers. We finish up by studying how EPDs and HPDs are used in environmental rating systems such as LEED, Green Globes and Living Building Challenge.
Metl-Span is a Registered Provider with The American Institute of Architects Continuing Education System and is a Green Building Certification Institute (GBCI) Education Provider. All Metl-Span CE courses provide one continuing education unit for AIA and state credit, and qualify for HSW and SD through the AIA continuing education system.
This program provides a comprehensive introduction to Metl-Span insulated metal panels products and services and is specifically tailored to general contractors. We review market segments and product applications to determine project suitability. We complete the session with an overview of product and installation warranties, engineering and drafting support services, shop drawing procedures and manufacturing and distribution capabilities.