Aluminum doors and frames are increasingly popular in commercial interiors for their clean aesthetics and strong performance. This course explores practical applications of aluminum framing systems in modern architectural projects. Learn how to specify systems that meet fire and acoustic requirements, support flexible design goals, and install easily on various wall types. Discover how these solutions comply with building codes, reduce labor, and work with diverse hardware.

Megatrends, global threats, and the acceleration of technology have collided to present design professionals with serious challenges but also innovative solutions. The Internet of Things (IoT) is a cutting-edge technology that allows devices to create a global communication network by exchanging data through the internet and allowing design professionals to make better decisions. In this course, we discuss how the Internet of Things (IoT) works and how it can help design professionals create sustainable buildings and improve occupant experience.

Welcome to this comprehensive exploration of Stockholm Wood City, one of the world's most ambitious mass timber developments. This course examines how this groundbreaking project is reshaping urban construction through innovative use of Cross-Laminated Timber (CLT) and other engineered wood products. We'll dive deep into the project's environmental philosophy, technical specifications, and construction methodologies while exploring how mass timber construction aligns with LEED v4.1 BD+C and ID+C rating systems.

This course examines the occupant wellness and sustainability implications of waterproofing systems in Division 9 wet zone applications. Participants will explore design considerations, material selection, specification language, and installation methods that directly affect occupant safety, building durability, and environmental performance. By addressing common oversights and highlighting innovative solutions, the course equips design professionals with strategies to prevent failures, reduce liability, and align with sustainable building frameworks.

This comprehensive course examines the emergence and evolution of Eco Brutalism, a contemporary architectural movement that merges the bold, monolithic aesthetics of Brutalist architecture with cutting-edge sustainable design principles. Design professionals will explore how this innovative approach addresses modern environmental challenges while maintaining the dramatic visual impact characteristic of Brutalist design. The course investigates historical precedents and the integration of eco-brutalist principles with LEED v4.1 BD+C and ID+C strategies.

Welcome to a journey that will fundamentally challenge how you think about sustainable design. This course pushes far beyond the conventional net-zero checklists that have dominated green building practice for the past two decades. Instead, we're going to explore what happens when buildings become living entities, when cities give back more than they take, and when the boundary between natural and artificial dissolves entirely. We'll dive deep into emerging technologies and philosophies that sound like science fiction but are rapidly becoming reality.

Imagine seamlessly blending indoor environments with the natural world while achieving sustainability goals. Operable glass walls aren't just architectural elements, they're catalysts for transformation, offering design professionals a strategic advantage in pursuing LEED v4.1 BD+C and ID+C credits. These innovative systems provide interiors with natural light, frame stunning views, and create direct connections to nature, elements proven to enhance occupant well-being and lifestyle.

This course provides architects and engineers with a comprehensive review of key ADA requirements related to doors, protruding objects, sales and service counters, and dining and seating areas. Participants will explore practical strategies for designing and evaluating these elements to ensure accessible, functional, and inclusive spaces. Emphasis is placed on real-world applications, including proper signage, maneuvering clearances, and counter and seating layouts that accommodate diverse users.

An advanced discussion over toilet rooms according to the 2010 ADA Standards.

In depth review of parking according to the ADA. The speaker will cover the definitions and learn about parking spaces and the number of accessible parking spaces required.

This course provides architects and engineers with a detailed examination of accessible routes as required under the Americans with Disabilities Act (ADA) in 2023. Participants will learn what to look for when designing, evaluating, and documenting accessible paths, including sidewalks, ramps, corridors, and building entrances. The course emphasizes practical strategies for ensuring code compliance, identifying common design challenges, and implementing solutions that promote usability, inclusivity, and ease of navigation for all building users.

This course provides architects and engineers with a comprehensive overview of the critical requirements of the Americans with Disabilities Act (ADA) as they apply in 2023 and beyond. Participants will gain practical guidance on designing accessible spaces, ensuring code compliance, and avoiding common pitfalls in architectural and engineering projects. Emphasis is placed on real-world applications, case studies, and actionable strategies for integrating accessibility seamlessly into the design process.

“Draw Today for Tomorrow” is more than a phrase—it embodies a forward-thinking mindset and serves as a call to action for architects, planners, and engineers to shape adaptable, sustainable environments by designing better spaces where people live, work, and thrive. As urban density increases and land availability decreases, architects, engineers, and developers are being challenged to rethink traditional approaches to parking.

This comprehensive course equips design professionals with essential knowledge about per- and polyfluoroalkyl substances (PFAS), commonly known as forever chemicals, and their pervasive presence in building materials. You'll discover how these persistent chemicals impact human health and the environment while learning practical strategies to identify and avoid PFAS-containing products in your projects.

This course provides an overview of how innovative base panel systems can significantly enhance the performance, consistency, and sustainability of artificial turf installations. Over the past four decades, artificial turf has expanded into a wide range of applications, including landscapes, rooftops, playgrounds, pet areas, putting greens, and sports fields. While advances in turf fiber aesthetics and feel have progressed steadily, the underlying base system has remained largely unchanged.

Welcome to an exciting journey through the revolutionary world of bio-based circular materials that are reshaping how we design and build. This course explores innovative construction materials derived from agricultural waste, fungi, and renewable plant sources that offer design professionals unprecedented opportunities to create environmentally responsible buildings.

In this one hour video presentation, we explore how sustainable manufacturing helps reduce environmental impacts and solve critical issues facing our planet. Our team discusses how a manufacturer can use innovative practices to reduce energy and water consumption and material waste. Industry experts describe why design professionals should use EPDs, HPDs, and Declare Labels for specifying products. Finally, we examine how global megatrends affect design strategies and the built environment.

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.