The jury for the American Institute of Architects (AIA) Upjohn Research Initiative is providing $100,000 in grants to four research projects that will advance the future of architectural design and practice.
The purpose of the grant, now in its eleventh year, is to provide base funds for applied research projects that will advance the design profession’s knowledge and practice. The 18-month long project grant qualifies recipients to have their research findings and outcomes published both electronically and in a nationally distributed publication. This year’s recipients will research the following topics:
1.) The Impact of Biophilic Learning Spaces on Student Success
· Principal Investigators: James Determan, FAIA (Hord Coplan Macht) and Mary Anne Akers, PhD (Morgan State University).
· The researchers will study how biophilic learning environments correlate with stress reduction and enhanced cognitive performance toward improved learning outcomes for urban middle school students. A traditional classroom and an enriched classroom will be compared. Advised by the Salk Institute and Terrapin Bright Green, the researchers will enhance the biophilic classroom with a visual connection to nature, dynamic and diffused light, and biomorphic forms and patterns. This study aims to provide evidence of the link between biophilic classroom design and student success.
2.) Biophilic Architecture: Sustainable Materialization of Microalgae Facades
· Principal Investigator: Kyoung-Hee Kim, PhD (University of North Carolina at Charlotte).
· The project will prototype and study a microalgae façade, which is a sustainable building system based on the synthesis of biophilic, bioclimatic, and biomimicry design approaches. Results will provide alternatives to sustainable building materials and broaden the knowledgebase for integrated microalgae façades toward carbon-neutral building practices.
3.) Biodiverse Built Environments: High-Performance Passive Systems for Ecologic Resilience
· Principal Investigator: Keith Van de Riet, PhD, Assoc. AIA (The University of Kansas).
· Passive architectural systems capitalize on natural bioclimatic factors without the need for operational energy input. This project will study expanding the category of high-performance passive systems to include biodiversity as design criteria in architectural and landscape structures. The objectives of the study include the design and production of a full-scale prototype of an engineered-living wall panel derived from mangrove trees to be installed over an existing seawall in a tidal estuary. This process of integrating living systems within urban environments will be a collaboration among design and scientific communities.
4.) Tilt Print Lift - Concrete 3D Printing for Precast Assemblies
· Principal Investigators: Tsz Yan Ng (University of Michigan) and Wesley McGee (University of Michigan).
· The research seeks to develop 3D concrete printing technologies to produce prefabricated concrete panels for complex wall assemblies. The primary goal is to develop a prototypical panelized wall system that takes advantage of the geometric variability possible through additive manufacturing. Developing techniques for detailing and panel connections, this project will highlight new construction systems that are specific to 3D printing technology to address design-oriented goals. Focusing on the advancement of the manufacturing process, construction logistics, and performance criteria in relation to precast assemblies, the investigation will explore unique and novel designs for architectural production.
Grant recipients were selected this year by a seven-member jury comprised of members from the AIA College of Fellows and Board Knowledge Committee. Juror process and deliberations for selecting recipients were consistent with the double-blind peer review intent of the program, which helps add an element of rigor to the process whereby proposals are debated on their own merits. View this press release online here: https://www.aia.org/pres
Past recipients of the Upjohn Research Initiative can be reviewed on AIA’s website.
Related Stories
| Nov 3, 2010
Virginia biofuel research center moving along
The Sustainable Energy Technology Center has broken ground in October on the Danville, Va., campus of the Institute for Advanced Learning and Research. The 25,000-sf facility will be used to develop enhanced bio-based fuels, and will house research laboratories, support labs, graduate student research space, and faculty offices. Rainwater harvesting, a vegetated roof, low-VOC and recycled materials, photovoltaic panels, high-efficiency plumbing fixtures and water-saving systems, and LED light fixtures will be deployed. Dewberry served as lead architect, with Lord Aeck & Sargent serving as laboratory designer and sustainability consultant. Perigon Engineering consulted on high-bay process labs. New Atlantic Contracting is building the facility.
| Nov 3, 2010
Dining center cooks up LEED Platinum rating
Students at Bowling Green State University in Ohio will be eating in a new LEED Platinum multiuse dining center next fall. The 30,000-sf McDonald Dining Center will have a 700-seat main dining room, a quick-service restaurant, retail space, and multiple areas for students to gather inside and out, including a fire pit and several patios—one of them on the rooftop.
| Nov 2, 2010
11 Tips for Breathing New Life into Old Office Spaces
A slowdown in new construction has firms focusing on office reconstruction and interior renovations. Three experts from Hixson Architecture Engineering Interiors offer 11 tips for office renovation success. Tip #1: Check the landscaping.
| Nov 2, 2010
Cypress Siding Helps Nature Center Look its Part
The Trinity River Audubon Center, which sits within a 6,000-acre forest just outside Dallas, utilizes sustainable materials that help the $12.5 million nature center fit its wooded setting and put it on a path to earning LEED Gold.
| Nov 2, 2010
A Look Back at the Navy’s First LEED Gold
Building Design+Construction takes a retrospective tour of a pace-setting LEED project.
| Nov 2, 2010
Wind Power, Windy City-style
Building-integrated wind turbines lend a futuristic look to a parking structure in Chicago’s trendy River North neighborhood. Only time will tell how much power the wind devices will generate.
| Nov 2, 2010
Energy Analysis No Longer a Luxury
Back in the halcyon days of 2006, energy analysis of building design and performance was a luxury. Sure, many forward-thinking AEC firms ran their designs through services such as Autodesk’s Green Building Studio and IES’s Virtual Environment, and some facility managers used Honeywell’s Energy Manager and other monitoring software. Today, however, knowing exactly how much energy your building will produce and use is survival of the fittest as energy costs and green design requirements demand precision.
| Nov 2, 2010
Yudelson: ‘If It Doesn’t Perform, It Can’t Be Green’
Jerry Yudelson, prolific author and veteran green building expert, challenges Building Teams to think big when it comes to controlling energy use and reducing carbon emissions in buildings.
| Nov 2, 2010
Historic changes to commercial building energy codes drive energy efficiency, emissions reductions
Revisions to the commercial section of the 2012 International Energy Conservation Code (IECC) represent the largest single-step efficiency increase in the history of the national, model energy. The changes mean that new and renovated buildings constructed in jurisdictions that follow the 2012 IECC will use 30% less energy than those built to current standards.
| Nov 1, 2010
Sustainable, mixed-income housing to revitalize community
The $41 million Arlington Grove mixed-use development in St. Louis is viewed as a major step in revitalizing the community. Developed by McCormack Baron Salazar with KAI Design & Build (architect, MEP, GC), the project will add 112 new and renovated mixed-income rental units (market rate, low-income, and public housing) totaling 162,000 sf, plus 5,000 sf of commercial/retail space.
