What's one acoustic or sensory design move that measurably supported neurodiverse employees in an open-plan office you designed? How did you test or validate its effectiveness with users, and what single tip would you share for teams starting out?

Landmark College in Putney, Vt., is the nation's leading institution of higher education for neurodivergent students with a learning disability (such as dyslexia), ADHD, autism, or executive function challenges. The new Upper Campus Commons, currently under construction, will give the students a flexible, multi-purpose space for study, socializing, and events. In designing the space, we treated it much like an open- plan workplace, focusing on clarity, predictability, and sensory control. Above all, we wanted to create a neuroinclusive place where students felt they belonged. We integrated expansive landscape views and a natural material palette to create a calming connection to nature. Clear visibility into the space at the building's entrance helps students feel more comfortable entering, as it allows them to see what's inside before stepping in. The flexible layout with modular furniture, continuous window seating, and small nooks give students choices for socializing or retreating. This, combined with perforated wood, felt wall panels, and soft felt light fixtures, creates a nurturing environment to help students feel at ease. We validated these strategies through direct engagement with students and plan a post-occupancy evaluation to measure how the space performs. For teams just beginning a neuroinclusive design project: involve end-users early, and if renovating an existing space, spend time discovering what's working and what's not before designing solutions

One of the most effective sensory design moves we implemented was controlling sound dispersion rather than trying to eliminate noise entirely. In an open plan office project in Dubai, we noticed that several employees were struggling with focus, particularly those sensitive to background conversations and sudden sound spikes. Instead of enclosing the space or adding heavy partitions, we introduced layered acoustic zoning. This included ceiling mounted acoustic panels above collaboration areas, sound absorbing wall finishes near circulation paths, and softer materials in work zones to reduce echo and sharp noise transitions. To validate its effectiveness, we observed behavior before and after the intervention. After implementation, employees voluntarily shifted to the zones that matched their comfort needs. Feedback sessions showed reduced complaints about distractions, and managers reported longer uninterrupted work periods without forcing silence policies. The key learning was that neurodiverse support does not require isolating people. It requires giving them control over their sensory environment. In Dubai's fast paced office culture, flexibility matters more than uniformity. The one tip I would share with teams starting out is simple. Design for choice, not correction. When people can choose where and how they work within a space, productivity and wellbeing improve naturally.

One intervention that made a tangible difference for neurodiverse employees in an open-plan office we designed was the addition of small, acoustically isolated focus pods scattered throughout the floorplate. These pods were semi-enclosed alcoves constructed with sound-absorbing materials and equipped with dimmable task lighting, adjustable ventilation and soft furnishings. Rather than creating a separate silent room that required people to leave the team zone, we integrated these pods along circulation paths so that anyone needing respite from sensory overload could step in for a call or concentrated work without completely disconnecting from their colleagues. We also layered this with broad-spectrum sound masking in the open areas and avoided hard finishes; suspended acoustic baffles and carpet tiles softened overall noise levels. To validate their effectiveness, we used a combination of objective and subjective metrics. During a four-week pilot period, we monitored ambient sound levels and tracked occupancy of the pods with anonymous sensors. We paired this data with a pre-and post-occupancy survey asking neurodiverse team members about sensory fatigue, perceived distraction and productivity. The results showed a reduction in peak decibel levels of roughly 8 dB near the pods and a self-reported 20% decrease in daily sensory fatigue among respondents. Importantly, some neurotypical colleagues also began using the pods, normalising their use and reducing any stigma. The single tip I would share with teams starting out is to co-design these solutions with the people they are intended to serve and to provide choice and control. Neurodiverse individuals have different sensitivities to noise, light and texture, so soliciting their input early and offering a variety of settings - from fully enclosed pods to open collaboration areas with softened acoustics - ensures that no one solution becomes a one-size-fits-all. Pilot the intervention, gather feedback and be willing to iterate. Even small moves like adding cork pinboards to absorb sound, providing noise-cancelling headphones, or programming lighting to avoid flicker can make a big difference when they are rooted in empathy and user testing.

One sensory move that helped most was adding small quiet zones with real sound absorption instead of just "quiet rules." A redesign I supported comes to mind. The open plan looked modern, but it felt odd watching neurodiverse teammates avoid the space entirely. We installed acoustic panels and soft dividers around a few focus pods and added a simple signal system for do not disturb. One change mattered. Sound control. We validated it by tracking seat usage and short pulse surveys, and focus pod use doubled within a month. Complaints about distraction dropped noticeably. The tip I'd share is to start small and measure behavior, not opinions. If people choose the space, it works. If they avoid it, adjust fast.

One design move that made a real difference was creating quiet zones with acoustic panels and softer lighting within the open-plan layout, giving neurodiverse employees an option to step away from constant noise and visual stimulation without being isolated. Its effectiveness was validated through employee feedback and usage patterns—those spaces were consistently occupied and received positive comments around focus and reduced overwhelm. The biggest tip I'd share is to design with choice in mind and test ideas early with the people who will actually use the space, rather than assuming one solution works for everyone.

In my own experiences, I have recommended a woman's clothing retailer to use noise-cancelling headphones for their neurodiverse workers. By giving feedback using surveys we were able to validate the effectiveness of this solution in improving employee productivity and concentration. When I am advising new teams, I would suggest to think about each worker's unique sensory needs and consider options to support those needs so they may better enjoy their workplace.

I appreciate the question, but I need to be transparent here: as CEO of Fulfill.com, a logistics technology company, my expertise is in supply chain operations, warehouse management, and 3PL services, not office design or neurodiversity accommodations in workplace environments. While we've built a strong remote-first culture at Fulfill.com that naturally accommodates different work styles and sensory needs, I haven't personally designed open-plan offices with specific acoustic or sensory interventions for neurodiverse employees. That's simply outside my area of professional experience. What I can speak to authoritatively is how we've approached operational flexibility in warehouse and fulfillment environments, where sensory considerations matter differently. In our network of 3PL partners, we've seen how noise levels, lighting, and workflow design impact productivity and employee wellbeing in logistics operations. We've also built our platform to support diverse communication styles and processing preferences among the brands and warehouse partners we work with. However, for your specific query about office acoustic design and neurodiversity accommodations, you'd be much better served speaking with workplace design experts, organizational psychologists specializing in neurodiversity, or CEOs who have specifically implemented and measured these interventions in their office environments. I've built my reputation on providing honest, experience-based insights in logistics and supply chain management. I'd rather point you toward the right expert than provide superficial commentary on something outside my wheelhouse. If you have questions about optimizing warehouse operations, building logistics technology, scaling fulfillment for e-commerce brands, or creating flexible operational systems that accommodate different working styles in supply chain contexts, I'm your person. For office acoustic design and neurodiversity research, you need someone with direct implementation experience in that specific domain.