World Tour of Heavy “Masonry” Construction Projects

Look at the countless architectural examples from history, and then study the truly riveting examples of heavy masonry construction from today. It’s this simple: Designing with brick can save energy and reduce fluctuating interior temperatures. 1st Image: The Queens Building @ De Montfort University)

Professor Alan Short MA DipArch RIBA FRSA (Professor of Architecture at the University of Cambridge and Chairman Short & Associates Architecture) delivered a fantastic keynote address at the 2nd Annual BrickStainable Awards Ceremony. An inspiring talk about the historical influences and styles of architecture, bio-climatic design strategies and building performance, and basic design concepts including: thermal mass, stack effect, and orientation were also discussed.

Brick allows you an unbelievable amount of design flexibility in color, size, pattern, shape, detail, and adaptability. It not only promises hundreds of years of durability, but it is manufactured from abundant, organic materials that are typically locally sourced.



Final thought from Professor Short:
“…to return to this chart (Image 2), there is an order of magnitude saving in energy and cost available through careful design. Only at this point should renewable energy technologies be introduced to deliver the residual and potentially much reduced energy requirement for comfort. Don’t apply gadgets to the top bar!”

Click here to download the entire keynote address.


Drawing and advice from Georgia Short, Age 7.

Students Can Find Sustainability in Materials Science

Juror, Vivian Loftness’s work at Carnegie Mellon University, prepares the next generation of architects. Today’s architecture students are learning to think about design, function and building performance differently than past students. Vivian pointed out that people don’t jump right to materials science when thinking about sustainability, but there are many environmental benefits of brick.

There’s an attitude in society that light construction (using glass or other lightweight materials) is more sustainable than heavy construction (using concrete or brick). She notes that architecture students should consider heavy construction when deciding how to mitigate high temperatures or day-to-night temperature swings.

Vivian believes that architecture schools need to illustrate the value of brick in a carbon-neutral society and provide opportunities on a consistent basis for students to design with masonry. Time will tell if architecture students pick up on that concept and create beautiful, long lasting brick structures. “Brick is expressive. It is a product that is not only exciting because of the aesthetic and amazing detail opportunities, but also because of how this material can perform,” said Loftness.

Photo: The structural spiral brick staircase at the top of Baker Hall at Carnegie Mellon.