A variety of commercial and industrial applications, from warehouses to schools, rely on Emergency Eyewash & Shower Equipment to protect occupants from chemicals, irritants, and other biohazards with which they might come in contact in their workplace. Join us in this one-hour course as we discuss ANSI Z358.1 compliance, focusing on the role tepid water plays in safety system design and specifications.

Commercial roof drainage systems are often treated as an afterthought in building design, yet their role in protecting occupant wellness is critical. This podcast course explores how design professionals can make informed decisions when specifying gutters, downspouts, brackets, and related components to ensure both performance and aesthetics. Listeners will gain insights into evolving codes and standards, material and climate considerations, recyclability, and the importance of precise specifications in preventing waste, water intrusion, and structural failures.

How does cementitious fireproofing contribute to both fire safety and sustainability in modern building design, and what role does it play in achieving LEED v4.1 BD+C certification? This course explores the fundamental principles of cementitious fireproofing, its environmental impact, and its role in sustainable building design. Participants will gain a thorough understanding of how cementitious fireproofing protects buildings and occupants during fires, while also examining its contribution to reducing embodied carbon in LEED v4.1 BD+C projects.

Enriching community spaces with architectural art in everyday places. Join us for this one-hour course on architectural plastic, semi-elastomeric, and urethane form liners. Taking traditionally flat, uninspired structural spaces, form liners bring immense value through cultural, historical and naturescape art possibilities. Focused through a community inspired lens, form liners give every project the ability to construct a unique identity worthy of cherished celebration, creating memorable landmark legacy.

This course examines the role of moisture mitigation in improving the performance, durability, and sustainability of concrete systems. Participants will explore how water vapor transmission affects concrete slabs and contributes to common failures in flooring and coating systems, as well as the associated risks to occupant safety and building performance.

As cities evolve toward more sustainable and health-conscious design, architects play a pivotal role in shaping the infrastructure that supports active transportation. This course explores the intersection of architecture, mobility, and sustainability through the lens of bicycle parking design, from municipal standards to the growing demand for secure storage in both public and private, indoor and outdoor environments.

This course provides a comprehensive overview of steel, including its production process, historical development, and role as a foundational material in modern construction. It covers how steel is made, as well as how manufacturing advances improved efficiency, consistency, and global use over time. A key focus is steel’s recyclability and life cycle. The course examines steel as the most recycled material on Earth. It also explores life cycle thinking and how steel supports circular economy principles that reduce environmental impact in construction.

AWARDS GBCI CREDIT. NO AIA CREDIT. In this one-hour course, we will trace the evolution of stucco to more fully understand how the product has influenced both the exterior and interior construction of walls in today’s modern structures. We will also compare and contrast one coat stucco to three coat stucco to see the value that the one coat stucco system offers. Best practices for product mixing and application of stucco from substrate to finish will be presented to reveal cost-effectiveness, energy-efficiency, durability, sustainability, and design versatility features.

This course explores how prefabricated, extruded aluminum balcony and railing systems enhance building durability, safety, sustainability, and aesthetic quality while offering architects a complete, coordinated exterior solutions package. By the end of this course, you will learn: How aluminum’s corrosion resistance, long service life, recyclable alloys, and durable powdercoat finishes support resilient, low-maintenance design with modern visual appeal, providing long-term advantages over legacy material choices like treated lumber, steel railings and concrete platforms.

This course explores how integrated door opening systems are redefining healthcare environments by addressing critical factors such as life safety, accessibility, infection control, acoustics, and long-term durability. Rather than viewing doors, hardware, and frames as separate components, participants will examine the performance advantages of a system-based approach that enhances circulation, reduces maintenance, and supports patient and staff outcomes.

Welcome to the forefront of innovation in powder coating technologies. In this course, we delve into the transformative world of powder coating systems, exploring their profound impact on sustainability, performance, and cost-effectiveness. Throughout this course, you will learn about the benefits inherent in powder coating systems. From their unparalleled performance enhancements to their remarkable reduction in environmental footprint, you will uncover the myriad ways in which powder coatings are reshaping industries for the better.

The goal of this course is mainly to create awareness about powder coating technology as an environmentally friendly alternative to liquid coatings. After this course, the design professional will be aware of the environmental and physical advantages of powder coating systems in order to knowledgably specify them in place of conventional liquid coating systems.

Discover the potential of Glass Fiber Reinforced Concrete (GFRC) and explore the benefits of decorative GFRC as we explore its role in creating stunning, healthy spaces that captivate occupants. Review the versatility of GFRC through practical applications in sinks, countertops, panels, cladding, benches, and tables, all while emphasizing sustainability, durability, and low maintenance. Learn about the eco-friendly manufacturing processes that utilize recycled materials and water reduction strategies, ensuring responsible design practices.