A rendering of Lane Avenue with more open space and increased walkability.
Aaron Domini works on plans for the Lane Avenue corridor in Upper Arlington, Ohio.
The potential future Lane Avenue map laid out during a community meeting.
Aaron Domini meets with the Upper Arlington community during a workshop.
 Public meeting attendees take a Virtual Reality tour of the proposed Lane Avenue corridor.
A birds eye rendering of the proposed Lane Avenue corridor.
A nighttime rendering of the proposed Lane Avenue corridor.

Lane Avenue Corridor Study


City of Upper Arlington


Upper Arlington, OH

Robust Community Engagement Techniques Offer Residents Real-Time Views of Busy Corridor’s Future

The City of Upper Arlington’s Lane Avenue corridor is a highly traveled thoroughfare in the heart of the city flanked by mature neighborhoods dating back to the community’s founding in 1918. In recent years, due to the City’s location near The Ohio State University and Downtown Columbus, rapid growth and redevelopment has created a sense of uncertainty around the corridor. City staff and the community desired the identification of a clear purpose for how Lane Avenue should develop in the future.

For years, Lane Avenue has functioned as more of a driveable rather than walkable corridor, and recent multi-story, mixed-use development has spurred concern over how new development complements existing neighborhoods and shapes the future of the city fabric. To address these issues, local officials retained OHM Advisors to develop a master land use development plan, streetscape plan and accompanying set of zoning regulations to shape a cohesive mixed-use and walkable environment, while minimizing the impact of future development on surrounding neighborhoods.

In one of the firm’s most innovative public engagement strategies to date, the Planning team utilized Virtual Reality (VR) to provide public meeting attendees a truly immersive look at what proposed streetscape enhancements and gateway features would look like throughout the corridor. Through the use of scannable QR codes and Google VR glasses, community members and key project stakeholders experienced a simulated “walk” through the enhanced corridor in real-time that spurred their reactions to the space and prompted their important project feedback.

Project Highlights: planning, community engagement, zoning codes and standards, economic development planning, streetscape design