The design of the Chowa Home is focused on balance and harmony, derived from the Japanese meaning of the word. This video shows you how the collaborative effort between Japanese and US Builders created a luxury concept home that provides solutions for creative building through flexible design and better building processes.
Strength. Simplicity. Efficiency. Are you a residential builder or multifamily developer looking for more room for HVAC, plumbing and electrical in your shallow floor systems? Take a look at our Posi-Strut solutions and why they are right for your next project.
On-Demand Architectural and Engineering Support: The Times Require Leaner, More Agile Workflow Solutions
Among the lessons that residential architectural and structural engineering firms have learned from the global health crisis is the need for agile design and engineering processes. In good times, that means extra capability to quickly scale as projects require. In tough times, preserving core functions when workloads are lighter.
Surprising Homebuilder Advantage: MiTek has Emerged as the Go-To Partner for Builders Seeking Breakthrough Results
To better understand the challenges and opportunities now before the residential construction industry, consider 3416 Piedmont Avenue in Oakland, CA. Construction on this 17,000 sq ft, 4-story, multifamily structure was nearly scrapped. How the GC and engineering firm made it work is a lesson for any single-family or multifamily builder looking for a decisive design, efficiency, and safety edge. Read how they cut costs by a third and shaved two months off the delivery schedule.
Heavy timber has been used in the building industry for centuries. This course provides a description and definition of heavy timber and its subcomponents and how these components can be utilized for the benefit of the occupants. Sustainability and Fire Safety are primary concerns of Heavy Timber and this course will explain specifics on these topics. In addition, this course will provide an overview of the design process as it relates to avoiding delays due to unnecessary design changes.
Cladding protects the building envelope and building occupants from the weather, while also defining the aesthetic of the building. A challenge for specifiers is to choose cladding that is environmentally sensitive over their entire lifespans. Such goals not only require a sustainable product but one that also has the flexibility to function in a broad range of climate zones as well as offer expansive design options. This course explores the ways in which fiber cement cladding is able to fulfill these demands for commercial and residential buildings throughout various climate zones.
The value of prescriptive specifications versus performance-based design is currently under debate in the AEC community in the U.S. A prescriptive approach can be taken where the architect or fire protection engineer will determine the minimum fire-resistance rating for the elements in the building. While prescriptive approaches have been the norm for many years, more and more building teams are recognizing the benefits of a performance-based approach to fire and life safety design.
Based on the principle that a building structure, as a whole, will perform better than its individual elements, performance-based design approaches the building based on how it will perform, as opposed to the prescriptive approach that focuses on how the building is constructed. This course will provide learners with the knowledge pertinent to fire engineering for structural steel buildings.
Specifying Automatic Pedestrian Entryways that Support Universal Design and Exceed ADA Standards (Print Course)
Architects and designers continue to adopt and share strategies to boost universal design for doorways and entrances. Rather than aiming for minimum compliance, which is enforced by codes and ADA, these savvy building professionals are thinking about universal design and user preferences, and differentiating their buildings by leveraging appropriate technologies.
The keys to success include: *Choosing and designing appropriate entries, openings and doors for people with varied abilities. *Applying those door systems to meet and exceed all ADA requirements for entries in buildings of certain sizes. *All while complying with published building codes and standards.
This course is designed to expand understanding of basic aluminum glazing systems, specifically storefront, window wall, and curtain wall systems. After completing this course, learners will be able to effectively select the appropriate aluminum glazing system for projects in order to achieve the desired aesthetics while providing optimal performance.
The rapidly rising rate of extreme weather events, such as tornadoes, hurricanes, heat waves, and drought, is plaguing municipalities and building owners throughout the United States. The construction industry, from product manufacturers to architects and engineers, is quickly realizing its obligation to design and build resilient structures that can withstand forces of nature such as high wind, flooding, and wildfire.
Fiber cement architectural wall panels are one such building product that can be installed as a rainscreen and have been proven to withstand these elements. This course will explore the societal, economic, and environmental costs of extreme weather events; the importance of building resiliency; and how high-performance architectural wall panels can help meet this end.
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