This course offers a discussion on the changes in the 2015 IECC as they relate to the Building Enclosure and on how performance components of insulation, water management, air leakage, and HVAC relate to a whole as the building enclosure. It will discuss how meeting the new code can be challenging, and help the learner come to understand the opportunities available in meeting these challenges.
The course identifies what stone wool insulation is and how it is produced. It discusses mineral wool in Commercial applications with an emphasis on Rainscreen cladding design and in exterior cavity walls. It highlights key benefits when used in the field versus some of the other insulating materials traditionally used in the market today as it pertains to NFPA 285 requirements and new ASHRAE 90.1 2010 continuous cavity insulation requirements.
This course covers the latest in building enclosure technology for energy efficient buildings. It provides an in-depth discussion of emerging wall systems that provide durable, cost effective and thermally efficient performance.
The seminar will cover all building types and construction materials, with a few highlights and lessons learned from building science researchers.
This course will identify the importance of detailing continuity in maintaining the integrity of the four control layers of the building enclosure. We will then explore some different methods for identifying the areas where continuity can be disrupted and the solutions for maintaining a control layer continuity in these areas.
This course will review the limitations of employing a hazard-only materials selection decision-making process and describe how to evaluate materials and ingredients based on multiple attributes. The course includes an overview of the various tools, guidance and considerations available to help builders, architects and designers weigh options and understand the impacts and trade-offs associated with materials selection decisions.
The purpose of this course is to educate building owners, architects and developers on modern, innovative commercial building air-conditioning systems that use water as the primary medium to transfer heat energy to and from the building interior efficiently. It will also focus on the consideration for occupant comfort and health.
While structural steel offers the best safety record of any framing material, a well-designed fire protection design must naturally accompany any project. Understanding the roles of an architect, structural engineer, and fire protection engineer, in addition to knowledge of the codes, and the pros and cons of the various prescriptive solutions and performance-based approaches, will help enable building teams to deliver the highest performance and most cost-effective designs.
Insulation is one of the most important elements of a building. It conserves energy, reduces sound and resists fire. Mineral wool comes in many forms including batts, board, rolls, loose fill, and acoustical products and is suitable for a wide range of applications, from exterior curtain walls to interior acoustical ceiling tiles or panels.
This course will explore different types of rainscreens. We will look at systems that are non-structural, structural, and proprietary. This course will cover an overview of these rainscreen examples and technical details for specific construction types such as wood framed, steel framed, and masonry walls. It will review the rationale behind good rainscreen design and some of the design requirements stipulated by codes, standards and best practice references.
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 you’ll want to have in mind as you embark on your next building project involving glass, while highlighting some upcoming trends.