This course will help educate the architect about alternative fire-rated window, door, and vision or glass wall materials currently available in commercial construction. The learning unit will summarize the history of this evolution and compare some of the different designs that are available to the architect today. It will also explore examples of how fire-rated aluminum glazing systems can be incorporated while addressing some of the common code considerations.
This course will address glass basics and the part it can play in building performance. It covers the ways glass can enhance building performance and focuses on energy savings. It looks at the human experiences within the spaces that you create. Finally, we will discuss a set of considerations youâ€™ll want to have in mind as you embark on your next building project involving glass, while highlighting some upcoming trends.
Composite materials have been used for thousands of years and new applications are identified each year. As one of the first modern composite materials, fiberglass is at the forefront of this innovation. This course will familiarize you with the basic aspects of fiberglass composites, specifically pultruded fiberglass, and target their usefulness and environmental advantages in the window and door industry.
High Performance Joint Sealants â€“ Understanding the Technology and Specification Considerations (Print Course)
Chemistry-dependent coatings and joint sealants courses are routinely requested by the specification community due to their potential impact on the asset and building owner. This course will cover the attributes and properties of joint sealants, where and why they are most often used in the built environment, where joint sealants are prescribed in MasterSpec and specification considerations. Joint sealant applications and comment from architectural industry leaders will also be covered.
This course looks at how windows contribute to the durability, healthiness, and energy efficiency of the building envelope, and how proper specification and installation helps prevent unwanted air and moisture infiltration. The case studies outlined in this course will illustrate how window strategies helped create a more effective building envelope.
Conservatories are more than add-on glass structures for the home or stand-alones for parks and gardens. This CEU addresses the numerous benefits of creating custom conservatory environments which save energy and maximize space and enjoyment for all users. The course also helps architects and builders understand how to select a vendor and specify a structure based on an array of factors including client needs, climate, and functional requirements.
This course will review the primary considerations for steel window & door systems, and will focus on materials and methods that influence performance and longevity. Some of the topics covered include types of steel, sustainability of steel, rust protection methods, profile construction methods, finishing methods, glazing methods, and energy efficiency methods.
This course will cover the use of polycarbonate sheet products for architectural glazing systems, including how to analyze a buildingâ€™s needs and choose the correct glazing material to enhance the building envelope. Test methods and standards for polycarbonate glazing will be discussed, as will key applications and specifications.
This course will outline window, door and skylight standards and building code requirements and how certifications can help architects, remodelers, and specifiers deliver work of the highest caliber.
This course will provide the architect with an overview of different window materials and options available today, as well as an explanation of some of the main criteria used to evaluate windows.