Key Takeaways:
- Stanford CoDa shows how an infrastructure-first AV strategy can improve higher education AV design by prioritizing structural supports, sightlines, screen placement, ceiling coordination and cabling before equipment installation.
- Standardized AV systems across CoDa, including Panasonic and Epson projectors, Samsung displays, Cisco conferencing, and Crestron controls, support easier room-to-room use, simpler IT support and more consistent campus technology planning.
- CoDa’s advanced hybrid learning environment pairs Meyer Sound Constellation variable acoustics with QSC Seervision camera recall to support clearer speech, natural camera framing and smoother transitions between teaching modes.
- The project highlights the value of serviceability in campus technology planning, with built-in maintenance access, coordinated stakeholder communication, and realistic procurement and commissioning schedules that reduce downtime, limit rework and protect budgets.
A Campus Hub Built for Connection
Audio Visual Design Group (AVDG) completed adaptive teaching environments at Stanford University’s new Computer and Data Science building, CoDa, creating a campus hub that pairs thoughtful architecture with a high-performance AV backbone. The two-building, 167,000-square-foot complex connects Engineering and Humanities & Sciences at every level, supporting cross-disciplinary work and daily interaction among students, faculty and researchers. Wide circulation paths and collaboration nooks make the buildings feel open and inviting.
Why Does CoDa’s AV Strategy Work So Well?
This strategy works because AVDG prioritized infrastructure before equipment. The integrator focused early on structural supports, sightlines, screen placement and ceiling coordination, so cabling, rigging and access were mapped before any display or loudspeaker arrived on-site. That planning started in 2019 and reduced surprises during installation, helping avoid rework and last-minute compromises.
Across CoDa, standardized rooms use familiar campus technologies with stronger performance. Classrooms and collaboration spaces feature Panasonic and Epson projectors, Samsung displays, Cisco conferencing and Crestron control systems that fit with Stanford’s support model. Faculty and students can move between rooms without relearning interfaces, and IT teams can support more spaces with consistent parts, documentation and remote management.
One classroom goes further. Meyer Sound’s Constellation variable acoustics system works with QSC Seervision Automatic Camera Position Recall, allowing the room to shift acoustic profiles for speech, music or panel discussions while cameras retain framing for natural hybrid instruction. Delivering that experience required nearly 50,000 feet of ceiling cabling, almost 100 microphones, and 128 loudspeakers. After meticulous tuning, instructors gained clearer speech, more fluid transitions between teaching modes and fewer repeated questions for in-person and remote participants.
What Can Other Campuses Learn From This Project?
Ambitious performance depends on coordination, serviceability and realistic planning from the start. Midway through construction, the team added a multistory digital art installation in the main stairwell. Inverted NEC projectors with snorkel lenses, carefully placed cameras and a control strategy responsive to daylight had to fit precisely with the architecture. Technicians often worked suspended across floors to fine-tune brightness and edge alignment, creating a central feature that ties circulation space to the academic core.
AVDG also built in maintenance access that users won’t notice but facilities teams will value. Custom slide-out frames, discreet pulleys and smart access points make it easier to service ceiling devices and dense cable runs without opening finished surfaces. Over time, those choices reduce downtime, lower risk and protect budgets.
The broader process matters just as much. Architects, integrators, network teams and user representatives kept tight communication loops to limit scope drift and protect design intent. With long lead times in play, procurement and commissioning schedules reflected real conditions. By planning access and maintenance workflows early, the project balanced high performance with practical ownership. CoDa shows how standardized platforms, infrastructure-first planning and targeted innovation can strengthen everyday teaching while creating standout experiences where they matter most.
(Note: AI assisted in summarizing the key points for this story.)