Continuing Education Podcasts

Ryan Culligan - SOM  

How large-scale architecture can reduce carbon, respond to wind, and reconnect cities to the natural environment

Sponsored by Architectural Record | Presented by Ryan Culligan

This course examines how large-scale architectural projects can responsibly engage with nature, sustainability, and human experience through integrated design. Using real-world examples from SOM projects—including 400 Lake Shore Drive in Chicago, international master planning efforts, and airport design—the course explores how architectural form, structural engineering, wind performance, material reduction, and environmental context intersect to improve building performance and urban life.
 
Participants will learn how early collaboration between architects and engineers can reduce embodied carbon, enhance occupant comfort, improve bird safety, and create more humane civic environments.
 
The course also addresses professional practice topics such as mentorship, interdisciplinary collaboration, and long-term design values that shape resilient, future-oriented architecture.
 

Image courtesy SOM 400 Lake Shore, Chicago.

 

Prinz

Aaron Prinz is the host of the Design:ED Podcast and holds a Masters of Architecture degree from the University of Texas at Austin. He was born and raised in the rural Northern California town of Red Bluff, just two hours south of the Oregon border. After one year of college, Prinz relocated to San Francisco to pursue a career in stand-up comedy. At age 26, he began studying architecture at Portland State University while interning at Studio Petretti Architecture led by Amanda Petretti. His professional contributions while at Studio Petretti were focused on a portion of the new Multnomah County Courthouse which is a prominent addition to the Portland skyline. He currently resides in Austin, Texas with his wife Roxanne where he continues to work as a designer.

Originally published in Architectural Record

Originally published in February 2026

LEARNING OBJECTIVES
  1. Analyze strategies for integrating natural systems into large-scale architectural projects to enhance occupant experience and environmental balance.
  2. Evaluate how building form and wind-responsive design can reduce structural demand, material use, and embodied carbon in high-rise buildings.
  3. Apply interdisciplinary collaboration methods between architects and engineers to improve sustainability, performance, and constructability outcomes.
  4. Assess the role of architectural detailing—such as façade articulation and bay windows—in improving occupant comfort, bird safety, and urban integration.
  5. Identify professional practice approaches that support long-term design quality, mentorship, and ethical responsibility in large multidisciplinary firms.