Darren is the founder and design principal of Darren Vinci Studio, a boutique architectural practice based in Seattle, WA, established in 2021. His work focuses on small-scale residential projects that draw inspiration from their context and client interactions, balancing ingenuity, purpose, and efficiency, while adapting to local construction methods. Prior to launching his own practice, Darren worked at design firms including OMA and KPF, and served as the design and project leader at two New York-based real estate companies. He holds a Master of Architecture from the Harvard Graduate School of Design. In his “previous life,” Darren studied aerospace engineering, earning a Bachelor of Science Magna Cum Laude from Cornell University and a Dual Master of Science from MIT.
Courses
Architectural Detailing for High Performance and Healthy Buildings
Join Emily Mottram, known for her work on the "Pretty Good House" concept, for a session exploring the proper detailing and installation for air, water, and insulation layers within a building. Emily will demonstrate how to begin the design process with the specific climate zone, and then reverse engineer decisions from there. Participants will learn to identify risks associated with poorly executed detailing and explore strategies to enhance air quality and building durability through careful material selection and detailing control layers. By viewing the structure as a whole-building integrated system, this approach highlights a practical framework for designing custom residential homes that prioritizes occupant health, safety, and welfare.
This session was recorded live on July 17, 2025.
Glazed and (Not at All) Confused: Residential Window Detailing
A window must do everything a wall has to do. . . and also allow you to see through it. This is no small task, and when combined with the seemingly infinite number of window profiles available in residential architecture, often make the prospect of detailing them seem like a hopeless task. But there are general principles and rules of thumb that can help demystify and greatly simplify how architects approach window design. This session will discuss those general principles, their technical justification, and application to the most common combinations of window profiles and wall types. The speakers will review flanged and un-flanged window systems and discuss, step-by-step, how they can be properly detailed in both framed and mass walls with various kinds of water and air control membranes. This course will equip architects with better technical skills and information to manage their own risk by providing better details and ensuring those details are followed to completion during construction administration.
This session was recorded live on May 7, 2026.
Six Lessons Learned on Detailing for Durability from Six Iconic Houses
Restoring an iconic, historic modernist house designed by an internationally acclaimed architect can pose many technical and philosophical challenges for a project team. Often, these buildings have an Achilles heel detail where a critical design flaw has not stood the test of time, creating problems such as leakage, deterioration, and structural degradation. In these instances, a key question is: How can we design a repair to succeed where the original failed, while maintaining the master’s design and aesthetics. Conversely, centuries-old iconic historic houses that have stood the test of time often have a few remarkable details that were key to long-term durability. These details have much to teach us about designing for durability, if we only take the time to study them closely and understand why they have worked so well for so long. In this course, we will explore how the details of iconic historic houses, both traditional and modernist, have contributed to their durability or lack thereof, and discuss what we can learn from the successes and failures of these details, not only for preservation, but also for new design. The presentation will focus on one key detail from each of these six iconic historic houses, analyze it to show why it succeeded or failed, and in the latter case, share the detail we designed to rectify the problem, while respecting and maintaining the historic appearance.