Principal | Kipnis Architecture + Planning
Nathan Kipnis, FAIA, LEED BD+C is the principal of Kipnis Architecture + Planning, recognized as one of Chicago’s premier green and sustainable architectural practices. Mr. Kipnis received his Master of Architecture with an emphasis in Energy Conscious Design from Arizona State University in 1985 and his undergraduate Bachelor of Environmental Design from the University of Colorado at Boulder in 1983.
Mr. Kipnis currently serves on the National AIA’s 2030 Commitment Working Group to represent the small practice area and to help encourage smaller firms to join the 2030 Commitment. Additionally, Mr. Kipnis was enlisted early on in the formation of the Chicago 2030 Commitment Working Group Committee to assist with the development of the 2030 Reporting Tool. He helps promote the benefits of the 2030 Commitment though various outreach methods including extensive lectures and webinars.
Mr. Kipnis also lectures frequently on topics related to sustainable design, historically derived climatically based architectural design, and renewable energy. He has been an invited speaker at numerous professional and academic venues and his opinions and projects have been extensively sought for publication both locally and nationally. Additionally, through his work with Citizens' Greener Evanston, Mr. Kipnis was instrumental in developing the concept of the Evanston offshore wind park. Furthermore, Mr. Kipnis has consulted with the Cambridge based nonprofit Civil Society Institute where he helped craft the American Clean Energy Agenda (ACEA), whose goal is to promote a renewable energy future that goes beyond “business as usual”.
Courses
An Introduction to the AIA Framework for Design Excellence
Propel your practice’s success with the AIA Framework for Design Excellence—the defining 10 principles of design excellence in the 21st century. In this introductory course, you will learn the origin, evolution, and significance of each of the framework’s principles and examine how they advance progress toward a zero-carbon, healthy, just, resilient, and equitable built environment. Learn from real-world case studies showcasing successful implementations across diverse firms and project types. Plus, you’ll learn how to navigate the valuable online resources for each of the 10 principles to use in your design process for future projects.
Course expires on 2/04/2027
Back to the Future: Combining Historic Strategies with Modern Technology for Maximized Passive Survivability
Tuesday, July 14, 2026 | 2-3pm ET
In this joint partnership between the Building Performance Knowledge Community (BPKC) and the Resilience and Disaster Response Community (RADR), panelists will review historic cooling, heating, and resilience strategies and discuss how they can be used to amplify and expand the effectiveness of emerging technology for passive survivability and energy efficiency. By designing for aesthetics first, and then using modern HVAC and other solutions to overcome any inefficiencies second, we are doing ourselves, our clients, and our communities a grave disservice.
In the 1999 essay by Tod Williams and Billie Tsien called ‘On Slowness,’ there is a quote from Milan Kundara: “There is a secret bond between slowness and memory, between speed and forgetting.”
The speed with which we develop new technologies to enhance our building performance increases our forgetting of the basic principles that helped people survive for hundreds of years without air conditioning and ducted heat. Building science and technology continue to evolve and advance in both possibilities for improved outcomes and complexity. The more we learn about vented rainscreens, smart vapor barriers, all in one water resistive barriers and insulation products, the more intricate our detailing becomes. High performance envelopes are exciting and full of promise even with the challenges of coordination and installation execution. Join us for a 60 minute discussion of getting back to basics as a way to further progress in building resilience and passive survivability.