OBJECTIVE
Understand, Experiment, & Evolve
When LinkedIn leaders considered what to do with an unused building at the 1101 Maude Ave. location on their campus, they saw it as an opportunity to gain knowledge and insight, while supporting their people. Using novel learnings from their inhouse Workplace Design Lab and an ongoing research partnership with Haworth, they set out to create a better, more dynamic working environment for their engineers.
Specifically, the design needed to help engineers be more productive, engaged, and happy. It had to foster collaboration among individuals and teams. The space had to give people flexibility and choice in the ways they work and interact. Lastly, the space needed to inspire creativity and innovation, while reflecting LinkedIn’s culture and values.
SOLUTION
Research – The First Step in Understanding Needs
In a collaboration with Haworth’s Client Design Studio, LinkedIn opened their Workplace Design Lab at 845 Maude Ave. in 2018. In this working lab, their Global Workplace Strategy team conducts ongoing research and experimentation to understand and improve the work experience for LinkedIn employees globally. Testing products, concept spaces, and ideas in a contained environment allows the team to learn quickly, iterate, and innovate before rolling out design solutions on a larger scale. Armed with this research and the collective workplace knowledge of both companies, LinkedIn and Haworth strategists went to work on the new engineering space at 1101 Maude Ave.
Together with LinkedIn, we first interviewed leaders and employees to understand the demographics of their engineering population, journey maps of a typical workday, and the teams’ work patterns. Onsite observational research followed, as we watched engineers’ behaviors and nuances in the ways they work—and what it would mean to make changes within their particular space. These findings were then applied to develop and adapt workspaces for the unique needs of LinkedIn’s engineering teams.
Dynamic Team Zones
One key thing we discovered is that the engineering teams work in the context of “neighborhoods,” each comprised of up to 50 people and two or three different teams working together. Within these localized neighborhoods, people needed the flexibility and control to quickly toggle between working as individuals and working as a team.
The solution was to create Dynamic Team Zones, where mobile whiteboards, desks, digital screens, and easels can be quickly reconfigured to support different activities—right within the neighborhood where engineers are already at work. If a team needs to work out a problem collectively, they can simply huddle in an ancillary space where everyone can view a single large screen. When the problem-solving huddle ends, mobile components are reconfigured, and each person returns to workstations that support individual focus work. A neighborhood might be reconfigured multiple times in a single day, or—because the area belongs to the team—whiteboards can be left up indefinitely for days or even weeks of continued work on complex problems.