AIA Upjohn Research Initiative
The AIA Upjohn Research Initiative supports applied research projects that enhance the value of design and professional practice knowledge. The program funds up to six research grants of $15,000 to $30,000 annually for projects completed within an 18-month period. This section lists recent recipients and jury panelists.
View published Upjohn-funded research.
Envelope Retrofit Guide: Net Zero Energy Ready Strategies for Existing Buildings
Principal Investigators: Nina M. Sharifi, PhD (Syracuse University), Gabrielle Brainard, AIA (Pratt Institute)
This research will produce an Envelope Retrofit Guide to assist architects in the early stages of net zero ready retrofit projects. Focused on the building envelope, the guide will provide technical guidance at a schematic level and will catalogue retrofit strategies for mass-masonry and wood-frame buildings. The Envelope Retrofit Guide will serve professionals engaged in the design and construction of multi-family housing: architects and consultants; manufacturers and builders; building owners and developers; city and state agencies; energy and utility companies; and NGOs.
Evaluation of Thermal and Energy Generation Performance of Artificial Leaf-based Façade Cladding (ALFC) Systems
Principal Investigators: Rahman Azari, PhD (Illinois Institute of Technology), Mohammad Asadi, PhD (Illinois Institute of Technology)
This project, a collaboration between architecture and chemical engineering, proposes to use simulation-based methodology as well as experiments to evaluate and optimize the thermal performance, energy generation, and carbon removal capabilities of artificial leaf-based façade cladding (ALFC) systems. This research aims to develop AL catalysts that yield optimized efficiency in reduction of carbon dioxide and to document ALFC’s thermal, energy, and carbon removal properties. The novelty of the optimized ALFC system will be in offering coupled energy generation and carbon removal capabilities in a building, improved efficiency in solar-chemical energy conversion, and integration with mechanical systems.
Games Occupants Play: A Serious Games Approach to Reducing Energy Use and Carbon Emissions in Buildings and Cities
Principal Investigator: Malini Srivastava, AIA (Dandelab / University of Minnesota)
This research proposes overcoming barriers to reaching zero CO2 emissions by implementing a pervasive energy game that imagines a university or school building as the game board and empowers building occupants to achieve substantive energy savings as they play the game. Game dashboards will allow gamers to visualize and locate energy waste, and leaderboards will publicly compare energy savings, providing incentives to make substantive behavior shifts and implement building interventions. A simultaneous study of occupants’ willingness to change behavior through gameplay will provide architects with methods to create momentum, empower occupants, and activate an informed, engaged, and aware citizenry.
Life Cycle Assessment: Integrating Environmental Impact Quantification in Design Process
Principal Investigator: Vikki Lew, AIA (Design Research)
The intent of this research is to establish a methodology to integrate Life Cycle Assessment (LCA) into the architect’s design process, providing actionable feedback to improve building performance. The LCA of an office building will be analyzed in terms of carbon and energy impact related to materials and operations. Bridging design and data, this case study will address leveraging technology and quantitative analysis for sustainable design.
Using Chicago’s Architecture Legacy to Teach Practicing Architects the Design Patterns that Result in Lower Energy Use
Principal Investigators: Douglas Farr, FAIA (Farr Associates), Anne Evens (Elevate Energy)
Collaborators: Michael Wood (Chicago Architecture Center), Sachin Anand (Illinois Institute of Technology (IIT))
This research seeks to provide architects with readily-applicable energy-efficient design patterns rooted in Chicago’s architectural legacy. The project expands on the translation of publicly-available energy performance data on larger iconic commercial buildings into educational content for architecture tour docents and exhibitions. This research will include design attributes within an architect’s influence such as building massing and height, floorplate dimension, façade transparency, and thermal bridging. These non-public data will be collected from firms and analyzed from maps, building imagery, and infrared photography.
Jessica Sheridan, AIA (chair), Mancini Duffy
Andrea Love, AIA, Payette
Laura Lesniewski, AIA, BNIM
Vincent Della Donna, AIA, ACHA, Vincent Della Donna Healthcare Consulting
RK Stewart, FAIA, RK Stewart Consultants
Lee Becker, FAIA, Hartman-Cox Architects
John J. Castellana, FAIA, TMP Architecture