
Leadership
Transforming Team Output
This is the story of how I led a strategic shift for the UX Research team, moving from a software product-focused approach to a scalable user workflow model, enabling the team to influence hardware platform decisions and ensure long-term user satisfaction.
Key Takeaways
Successfully led the UX Research team in shifting from a software product-focused approach to a hardware-driven model that leveraged user workflows to influence platform architecture decisions.
Developed a catalog of user workflows that provided a comprehensive, scalable view of user-system interactions, which was adopted by architects and engineers across the organization.
Drove long-term user satisfaction by aligning UX research with both current and future-drivers of user experience, anticipating market and ecosystem shifts.
Background
Navigating Market Shifts and Evolving Team Focus
The UX team was originally established to improve user experience through new software products and features optimized for the company’s hardware. However, as market conditions shifted, the investment required to build custom software became unsustainable, forcing the UX team to pivot. The team needed to maximize its impact on hardware platform decisions while adapting to a future where internal software product development was no longer a priority.
I recognized the need for a fundamental shift in how our team contributed to the broader organizational goals, specifically by broadening our research scope and focusing on user workflows to guide hardware improvements.
Actions Taken
Shifting from Software Features to User-Centric Workflows
Redefining the UX Research Approach
I communicated the need for the team to pivot from identifying individual use cases to defining complete user workflows based on research insights. This involved analyzing how users interact with their systems and identifying their broader goals, tasks, and pain points throughout the interaction with the product. By taking a high-level view we ensured our research was scalable and aligned with long-term objectives of hardware platform development.
We identified key jobs-to-be-done by the product, maintaining a high-level focus to capture the overarching intent behind system use or purchase.
These jobs were then translated into visual workflows, detailing user sub-goals, tasks, environments, configurations, and pain points. These user workflows became a blueprint for platform architects, enabling them to understand how users engaged with their systems holistically.
Aligning Research with Key Satisfaction Drivers
To ensure the shift was effective, I guided the team in identifying the core drivers of user satisfaction within each workflow. By moving away from homegrown software solutions, we focused on how hardware architecture could influence user satisfaction, allowing our technical partners to make informed decisions based on user experience needs.
Focusing on Future User Needs
With hardware platforms taking years to reach the market, it was critical to future-proof our recommendations. I coached the team to look beyond present day needs by considering ecosystem directions shaping tomorrow’s user experiences. Team members expanded their toolkit to include desk research on industry trends and expert interviews to ground our user workflows in emerging directions. This ensured the hardware architecture changes would not only address current satisfaction drivers, but also anticipate future user demands.
Results
Enabling a Scalable, Hardware-Driven UX Impact
The transformation from a software product focus to a user workflow-centered approach yielded:
Creation of Over 20 User Workflows
We defined a robust catalog of user workflows that now serve as the foundation for platform architecture decisions. These workflows encapsulate the full range of user interactions with their systems, guiding hardware improvements that enhance user satisfaction.
Adoption Across Multiple Functions
The user workflows have been embraced by architecture, engineering, and validation teams, ensuring that hardware changes are designed and validated with clear understanding of user needs and workflows. This cross-functional adoption has aligned the entire organization around user-centered approach to hardware design.
Scalable UX Influence on Hardware Decisions
By focusing on high-level workflows rather than isolated features, we provided a scalable framework that allows UX research to have a broad impact on hardware platforms, ensuring platform changes have maximum impact on user satisfaction and continue to be driven by user-centric insights.