CEU Offering - Online

1 LU | HSW Presented by Pella Registration required Course Description: Selecting a window and door system for use in new or renovated multi-family buildings typically centers on aluminum, aluminum-clad wood, fiberglass, or vinyl windows. All are well suited for a variety of different design applications whether horizontal, vertical, or punched window looks are sought. […]

1 LU | HSW Presented by CLEAResult Registration required Course description: Few building professionals seem not to fully grasp the relationship between health, ventilation, and humidity. When designing a HVAC system for high preforming tightly built homes, ventilation and humidity have a big impact on occupant wellbeing. A good system will more than pay for […]

1 LU | HSW Presented by International Masonry Institute Registration required Course Description: This seminar is for designers and builders who would like to be more knowledgeable about typical and not-so-typical structural masonry applications - especially when talking to a structural engineer. In a general sense, you will learn current structural masonry design methods and […]

1 LU | HSW Presented by Eco Windows & Facades Registration required Course description: The purpose of this course is to understand the advantages of high-performance windows and doors. We will discuss the components of high-performance windows and doors, their influence on comfort and energy cost savings, and flexible use through case studies. Learning objectives: […]

1 LU | HSW, GBCI #: General WELL, General LEED Presented by Somfy Systems Registration required Course Description: This course will provide an understanding of innovative design trends including current market drivers, comparing high performance glass vs. high performance shading and how to increase visual and thermal comfort by automating the balance of natural and […]

1 LU |HSW Presented by DuPont’s ArmorWall Systems Registration required Course Description: This course aims to review various hybridized sheathing solutions and shows how the integration of advanced technology has improved performance, capability, and sustainability of SIS. Learning Objectives: Identify the characteristics of various hybridized sheathing solutions that contribute to energy efficiency and reducing air loss. […]