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Preserve the aesthetics of interior design with PVF wallcovering that provides unparalleled protection. Join us for this one-hour course on the benefits of Polyvinyl Fluoride Film (PVF) wallcovering for commercial applications. Participants will appraise PVF wallcovering designed for high traffic spaces such as: casinos, food service, hospitals, hospitality, multi-family, retail, and healthcare settings. In this course, participants will evaluate wall covering developed to protect against occupant use while also providing optimal hygienic properties that create an inhospitable environment for microbes, germs, mold and mildew. Preserving the integrity of project design, PVF wallcovering is cost effective, long lasting and durable, withstanding revolving occupant use. Throughout the scope and sequence of this course, participants will enhance their understanding of the nuances of protective wall coverings that set the standard for architectural specification in project design.
In this course, participants will have the unique opportunity to learn from Yukari Jenny Kubo, an accomplished architect and Materials Specialist renowned for her dedication to reducing environmental impacts in architecture. Through a series of engaging discussions, Yukari shares her experiences collaborating with various stakeholders to ensure transparency in building materials and promote sustainable practices. Participants will explore the intersection of architecture and environmental sustainability, gaining valuable insights into low-carbon manufacturing, eco-friendly product selections, and sustainable design choices. This episode offers numerous takeaways for professionals looking to adapt to industry-wide shifts towards greater transparency and sustainability integration.
In this one-hour course, design professionals will explore how a 5D BIM plug-in can improve the design process, allowing them to efficiently plan space and create storage solutions with creativity and flexibility as well as adhere to any local codes and standards. Dynamic design features, including accessibility and safety, with real-time pricing enhance the creative and decisioning processes from conception to final inspection. Modular design and storage solutions that reduce waste, improve occupant and installer safety, and improve the built environment will be reviewed utilizing the 5D BIM plug-in to realize the multiple benefits of this technology.
In this one-hour course designers will explore the different levels of gypsum board finishes as well as when to specify each according to the needs of the project. Gain insight into the importance of indoor air quality (IAQ) in regard to sustainability, how to improve IAQ, and how gypsum board finishes impact IAQ.
This course provides a comprehensive look at fire-rated door assemblies with a focus on compliant designs for fire doors, frames, and hardware. Learn the fundamental requirements for fire door assemblies across various enclosures and understand how to meet these standards. Covered are the necessary codes, requirements, and design considerations to ensure fire-rated openings are compliant. Key requirements from the International Building Code (IBC), the National Fire Protection Association (NFPA), and UL safety standards are included to provide comprehensive knowledge on fire enclosures. Learn the anatomy of a fire door, installation, labeling, and allowable job site modifications. Also included are critical points that should be addressed in the fire door assembly inspection checklist.
In this course, we will gain insight into the growing need for and use of fire retardant treated wood (FRTW). We will explore both interior and exterior FRTW and discuss treatment options. Through a review of applications, codes and standards, the design professional will have a better understanding of how to incorporate FRTW into their next project.
This course explores the critical aspects of fire-rated head-of-wall joint assemblies, providing design professionals with essential knowledge to enhance the safety and integrity of construction projects. Through an in-depth exploration of key concepts, participants will gain an understanding of fire-rated joint assembly components, the application of steel intumescent fire stops in diverse construction assemblies, and the standards essential for establishing UL-certified assemblies. Design considerations for specifying and detailing the protection of fire-rated perimeter joints will also be discussed.
In this one-hour course, participants will receive a general overview of both fire rated and non-fire rated rolling doors and their competitive advantages in the door industry. It will discuss the components of each type of rolling doors, focusing on customization options, efficiency, and ability to protect individuals during a fire. By the end of this course, design professionals will be able to differentiate between fire rated and non-fire rated rolling doors and specify the door that meets code and best suits their customers’ needs.
Whether installing on floors or walls, profiles provide a smooth, seamless transition when surface heights vary. Join us in this one-hour course as we explore how these small metal workhorses solve challenges such as edge protection and expansion joints, provide safety by increasing visibility and slip resistance, and increase aesthetics by adding a sophisticated finish. Our discussion will include ADA Considerations, examine green building certifications, and conclude with case studies. After this course, participants will be able to expound on in detail the variety of profile solutions that meet an array of transition challenges.
In this one-hour course, the design professional will review the ADA Standards for accessible design to determine how the codes were developed and more importantly, how they may be applied to building projects. We will discuss why design professionals should do more than minimally meet the standards and encourage design professionals to go a step further and apply universal design theories to projects to ensure that the needs of all individuals may be addressed in aesthetic and functional restrooms. We will also take a closer look at the various components of restrooms to analyze ways that the restroom design can enhance user experience. The idea of removing barriers and using products that meet or exceed codes will be explored to provide exceptional restroom facilities that have a positive effect on people and their environment.
Innovative design meets technological advancements in door activation, locking, control, and access products, focusing on enhancing occupant safety, health, and welfare. In this course, participants will examine the extensive range of solutions, including wireless and touchless technologies, restroom control systems, and high-performance locking mechanisms. With a focus on the impact on building security, occupant well-being and an emphasis on ADA standards and building codes compliance, participants will learn of the newest iteration door technology. Through detailed conversation on the practical applications of this door technology and hardware, participants will gain insights into market trends, regulatory requirements, and the industry’s future direction. We will cover the integration of new technologies such as power harvesting in wireless switches and microwave sensors for touchless activation and address the design and implementation of restroom control systems that ensure privacy and ease of use for all occupants. By the end of the course, participants will be equipped with the knowledge to design and specify advanced door control systems that enhance accessibility, security, and user experience, promoting health and safety in various building environments.
Glass block adds light and beauty to exterior and interior projects through a wide array of patterns, sizes, and colors. This course reviews these options as well as the energy efficiency and fire ratings of glass block, installation methods, sustainable benefits, and prefabricated options for projects demanding durability, security, and resistance to extreme weather. The course concludes with case studies that demonstrate the unlimited design possibilities of this versatile product.
In this one-hour course, design professionals will gain knowledge of head-of-wall, bottom-of-wall and wall-to-wall assemblies, as well as the respective UL standards for approval, It will discuss different joint treatment types and the components involved with each application. By the end of the course, design professionals will be able to specify, install, and operate fire resistance joints and joint protection to ensure occupant safety.
This course discusses the assessment and repair of a concrete floor and specifies how to select a high-performance coating system based on the conditions and requirements of a construction project.
Advance your understanding of the capabilities of Glass Block Systems! Join us for this in-depth exploration of inspiring glass block materials. In this course, participants will cover glass block technology comprehensively, from its unique attributes and intricate designs to diverse product applications. Participants will garner expertise in glass block design advantages and gain expertise in installation techniques, materials and specialized applications like curved walls. High-performance glass block systems, resistant to natural disasters with a focus on 2-hour fire-resistant wall installations are a standout feature of this course. By the end of this course, participants will better understand the transformative potential of glass blocks in addressing contemporary construction and design challenges.