University of Michigan: The Latest Architecture and News

In a letter published on MIT's School of Architecture and Planning’s website, 16 deans from prominent architecture schools in the U.S, explain their position to stop participating in the annual survey that ranks universities. "Design education is not a popularity contest. Although generally our schools have been highly ranked in past DesignIntelligence reports and benefitted from the attention, we believe that it is time to stop participating", declares the statement signed by scholars, deans, and department chairs of MIT, Harvard, Columbia, Princeton, Yale, Rice, and UCLA, to name a few.

Stating clearly their position to boycott future ranking, the decision came after two years of informal discussions where the methodologies used behind these academic surveys were questioned, as well as their consequences. In fact, the letter adds that "however well-intentioned they may be, we believe that the DI rankings have the potential to create a disservice to the public". 

U-M architect and an associate professor at the University of Michigan's Taubman College of Architecture and Urban Planning, Sean Ahlquist with MSU playwright Dionne O'Dell created a sensory theater experience for children with autism spectrum disorder (ASD) challenges. Ahlquist has sought out solutions to help initially his daughter with her autism, by learning more about her specific needs, and the way that she interacts with the world around her.

Gunnar Birkerts, Latvian-born architect and educator, passed away on August 15, 2017, at the age of 92. A passionate advocate of a creative process he called "organic synthesis," he leaves behind dozens of built works over three continents and influenced hundreds of architectural students and colleagues through his inquiry-based process and dynamic interactions. Eric Hill and John Gallagher, in their AIA Guide to Detroit, said of Birkerts’ architecture:

Each of his works seems to be approached as an opportunity to explore the essence of an architectural problem, resulting in a statement that often exceeds the immediate project.

With schools around the country starting back up again, it’s time for the latest edition of DesignIntelligence’s yearly rankings of the Top Architecture Schools in the US for both undergraduate and graduate programs. This year, CEOs, managing partners, and human-resource directors from more than 2,000 firms were asked to list the 10 programs from each category they felt best prepared students for success in the profession of architecture.

This information, along with detailed accounts on the best programs that teach skills in design, computer applications, sustainability and construction methods & materials, factored into the creation of the 2017 rankings. In addition, over 2,785 students were polled on the quality of their program and their plans for post-graduation. The two top schools, Cornell for undergraduates and Harvard for graduates, were once again named the best programs to attend, according to the study.

Read on to see the list of the top 10 undergraduate and graduate programs in the US.

Ennead Architects has recently celebrated the completion of the steel core of a new 295,000-square-foot Biological Sciences Building (BSB) and Museum of Natural History with a topping out ceremony at the University of Michigan. Due to open in 2018, the BSB will bring together the departments of Molecular, Cellular and Developmental Biology, Ecology and Evolutionary Biology, the Research Museums of Paleontology and Zoology, and a re-envisioned Museum of Natural History.

DesignIntelligence has released their 2016 rankings of the Best Architecture Schools in the US for both undergraduate and graduate programs. Nearly 1500 professional practice organizations were surveyed this year, as part of the survey's 16th edition, and were asked the following question: “In your firm’s hiring experience in the past five years, which of the following schools are best preparing students for success in the profession?”

This information, along with detailed accounts on the best programs that teach skills in design, communication, sustainability and technology, resulted in the 2016 rankings. The two top schools, Cornell for undergraduates and Harvard for graduates, held their positions as the best programs to attend, according to the study.

Without further ado, the top 10 undergraduate and graduate programs in the US are...

Videos

Solar energy is considered by many to be the future of electricity worldwide. Cities from Houston to Mumbai are embracing massive rooftop and rural solar infrastructure, a largely standardized system of fixed panels positioned to optimize sun intake at peak times. Only the most sophisticated adjustable panels which track the sun, however, are capable of absorbing the maximum amount of daylight allowed by the technology, meaning that the average immovable panel loses a significant amount of available energy.

Researchers at the University of Michigan sought to develop a solar energy system that could absorb the most daylight possible while reducing the carbon footprint from production of the panels themselves. The results are surprisingly beautiful: through the application of the ancient Japanese art of Kirigami, a variation of Origami, the researchers were able to capture up to 40 percent more sunlight than traditional panels.

Air pollution in urban areas is quickly racing to the forefront of the environmental discussion, with several major cities facing a serious deterioration of breathable air supply. New Delhi, Beijing, Los Angeles, Moscow and Karachi represent a handful of cities facing the world's worst urban pollution, each with recorded amounts of particulate matter exceeding acceptable levels. In 2014, the World Health Organization issued a report estimating that 7 million people suffered premature deaths in 2012 due to air pollution exposure.

Enter Aeriform Ecologies: An Atmospheric Archive for Industrial Effluvium. Conceived as a thesis project by Jennifer Ng, University of Michigan with thesis advisor Kathy Velikov, Aeriform Ecologies delves into the possibilities for byproducts of petroleum production by proposing a network of solutions for the 'spatial runoffs' created by fossil fuel extraction. Based on a futuristic approach that includes a network of unmanned atmospheric gas harvesting dirigibles, the project blurs the lines between science, technology, and architecture.

Explore the effervescent world of Aeriform Ecologies after the break

+ 36