TCA Course Catalog

All courses on The Continuing Architect are free of charge and eligible for AIA CEU credit (see course details for specific credit eligibility). We offer automatic credit reporting to our users who are AIA Members, so be sure that you have added your AIA Member # to your Profile and the credits you earn at The Continuing Architect will be reported to AIA on your behalf.

To begin, browse our full course catalog below or narrow your results using the Search and Filter functions to the right.

Designing K-12 Facilities for Resiliency, Energy-efficiency, Security and Occupant Health/Well-Being

This course takes a comprehensive look at current and future trends in K-12 design, taking into account design programs and product selection providing short and long-term benefits for school districts, educators, students and parents/guardians, are discussed.  Recent events have put renewed emphasis on educational facilities as vital centers for communities that require careful planning, design, construction and regular post-occupancy review in order to provide students with functional, healthy and secure learning environments.

Resilient Design in Metal Building Roof and Wall Panels

This course explains why severe weather events are causing designs, standards, and codes to be revisited. Resiliency in architecture is explained and the reasons resilient buildings suffer less downtime and provide improved performance under extreme conditions are enumerated. While resilience generally means better prepared for adverse conditions and better able to handle and survive them, this course will drill down into the many facets of resilience that include planning and material selection, to provide a better understanding of performance of materials and systems under stress.

AIA Course Code PacClad2018-D

Controlled and Connected Luminaires and Design Integration

This course reviews the components and uses of connected luminaires, their specification, and the standards and protocols involved in current lighting control applications. Further, this course reviews the emergence of the Internet of Things, and how it will impact future lighting control applications.  

AIA Course Number FP2018-D

How to Take a Course on The Continuing Architect

This one-minute video shows you just how easy it is to take a course on TCA. Give it a play, explore the intuitive User Interface and the many features that make TCA easier and more enjoyable than any other continuing education platform out there. And new courses are being added all the time!

Registration takes just a couple minutes - you only have to do it once to take any course at any time in the future - look over the course catalog, just click on a couple of course descriptions that look interesting to you to add them to your wish list, and start watching some really great videos. If you have any questions, just use the Contact Us link at the top of the page.

Suspended Wood Ceilings: Design to Delivery

(Please note: The Study Guide is a White Paper entitled "Alvar Aalto, the father of modern wood ceilings", which is intended to be a part of the course. Please download it upon enrolling.) A comprehensive discussion of the key factors that inform and influence the specification of a suspended wood ceiling. This course covers the benefits of suspended wood ceilings; materials including wood options such as veneers, solid wood or reclaimed wood; sustainability attributes; and performance characteristics.

Fluid Applied Air Barrier Membranes: Advances and Applications

Continuous air barriers are essential for a building’s energy efficiency, durability and indoor air quality - and are currently required by energy codes. There are several types of air barriers commonly used in the industry, including building wraps, self-adhered, and fluid applied membranes. This course focuses on fluid applied air barriers which have continued to increase in popularity in recent years. The main properties of fluid applied air barrier systems which include wet and cured thickness, vapor permeability, water sensitivity, elongation & recovery, and UV resistance vary over a very broad range and are largely determined by their chemistries and formulations. This presentation will highlight the key differences and performance advantages of new high performance fluid applied air barriers based on their chemistries.

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