Greater Heights and Innovative Design: A New Generation of ICF Buildings (Print Course)

Insulated concrete forms (ICF) have been in use in North America since the 1960s. First known as “Foam Form,” contemporary ICF combines reinforced concrete with expanded polystyrene (EPS) insulation to create walls that meet or exceed code as it relates to fire and extreme weather events. ICF also offers superior noise mitigation and energy efficiency.

This course will examine the performance characteristics of ICF as well as case studies that demonstrate its uses in commercial, industrial, residential, and institutional settings.

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Advantages of Concrete in Low- to Mid-Rise Multifamily

This On Demand CEU is a recorded presentation from a previously live webinar event. Look around and you’ll see many 5 to 7 story residential projects being built today with one or two floors of concrete, supporting up to 5 floors of steel or wood frame. These “pedestal” projects are assumed to be the cheapest way to build while longer term ownership implications of these designs are not well understood. This 1-hour presentation dispels the myths that are driving the popularity of pedestal construction and demonstrates the ownership value concrete provides including lower operating costs, less maintenance, and improved tenant retention.

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Greater Heights and Innovative Design: A New Generation of Tilt-Up Buildings (Print Course)

Tilt-up is a method of construction whereby large concrete panels are cast horizontally on site and then raised into final position, usually vertical, with a crane. This building system, which was conceptualized in the early 1900s, is used throughout North America and across the globe. Once considered a method suitable only for large warehouses, today tilt-up construction is employed on virtually every building type, from distribution centers to schools, churches, libraries, retail centers, and office buildings. It has become the method of choice for many developers, designers, and contractors because of its numerous benefits.

This course presents the latest advances in tilt-up concrete technology, which provide economical, energy-efficient, and durable building solutions for a variety of project types, and focuses on several case studies.

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Concrete Pathways to Net Zero: Part 2, Operational Carbon (Print Course)

Many countries, regions, cities, and organizations around the world are striving to reduce carbon emissions in an effort to mitigate climate change and its effects. Globally, operational carbon, which occurs from lighting, heating, and cooling buildings and homes, is responsible for 28% of annual CO2 emissions. Because buildings play a large role in carbon emissions, architects, engineers, and other building professionals are in a unique position to aid reduction efforts.

This course will enable learners to assess the role of concrete in carbon reduction strategies and the ways in which concrete can support sustainability initiatives. With a focus on operational carbon, this course will also examine Passive House, the Net Zero Carbon Buildings Commitment, Race to Zero, and Architecture 2030, as well as several case studies. For information on embodied carbon, learners should refer to the course Concrete Pathways to Net Zero: Part 1, Embodied Carbon.

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Concrete Pathways to Net Zero: Part 1, Embodied Carbon (Print Course)

For years, much of the architecture, engineering, and construction community has been focused on reducing operational carbon. More recently, the detrimental effects of embodied carbon emissions on the environment have become pronounced, and nations, organizations, and individuals are turning their attention to the ways in which embodied carbon can be reduced or eliminated.

This course analyzes concrete’s role in achieving net zero carbon emissions by assessing material innovation, the impact of prescriptive and performance specifications on the environment, and the use of whole building life cycle assessments to reduce the carbon footprint of buildings.

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A Case for Concrete: Let's Talk About Strength

An inspiring look at what makes concrete one of the strongest, most durable and resilient building materials on earth.

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Hazard Mitigation: Build With Strength

Extreme weather events costs the US billions in recovery every year. Find out why building a resilient structure pays off.

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What Makes ICFs Better

Working with concrete doesn’t get any easier than this. With insulated concrete forms (ICFs), you get strength, flexibility and cost-efficiency all in one method. Once you use it, you’ll see why so many builders adopt the technique – and never look back.

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Ready. Set. Build.

Dr. Jeremy Gregory, MIT research scientist and executive director of the Concrete Sustainability Hub, discusses how the versatility of concrete results in a range of performance benefits.

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Build a More Sustainable Future

Concrete gives you a lasting return on investment. Nothing is stronger, more durable or more versatile. To build a more sustainable future, we build with concrete.

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