Project snapshot

• My role:

Product & UX Research

• Team:

UX Research, Visual Design, Product Strategy, Client Stakeholders

• Timeline:

Jul - Dec 2024

• Platforms:

Mobile

• Tools:

Figma, Mural, Excel, Google Workspace, Remote Interviews, JTBD Mapping

Context

Google Drive’s product and research teams launched a cross-market audit to evaluate the current state of the mobile experience. Although Drive was one of the most widely adopted cloud storage platforms worldwide, the mobile experience had grown incrementally over the years, leading to fragmented organization models, unclear mental maps for users, and inconsistencies across markets. With growing mobile adoption, there was a need to systematically assess how users actually navigate, organize, and retrieve files on mobile, especially as mobile behavior differs significantly from desktop patterns.

I joined as a UX and Product Researcher within a global research team working across multiple countries, including the US, Germany, France, India, and Brazil. My role involved auditing current mobile flows, analyzing behavioral patterns, mapping job-to-be-done models, and collaborating with multiple teams to identify pain points and inform the next iteration of Google Drive’s mobile design strategy.

Sing me up

Onboard me

Home Screen & Main CTA’s

Create

Find, view & take action

Organize

Share & Colaborate

Upgrade me

Report abuse

9 different Critical User Journeys

The challenge

While Google Drive was widely used on mobile, research revealed consistent friction across markets when it came to how users organized, located, and retrieved their files. Many users defaulted to search due to weak folder structures or inconsistent metadata usage. Others struggled with navigation hierarchy, file discovery, and redundant organizational models that didn’t match real-world mental structures, especially in mobile contexts where cognitive load is higher. This fragmentation led to increased time-on-task, unnecessary scroll behaviors, and reliance on workarounds that made file management feel cumbersome over time.

Quantitative data surfaced patterns of heavy search dependency, high bounce rates in certain folders, and inconsistent sorting behaviors across user types. Interviews also revealed cultural differences in how users conceptualize file ownership, hierarchy, and workspace collaboration.

How might we...

Simplify file organization and retrieval on mobile, aligning better with natural user behaviors?

Reduce cognitive load in file browsing while preserving flexibility for advanced use cases?

Create more intuitive entry points for both habitual and occasional Drive users?

Simplify file organization and retrieval on mobile, aligning better with natural user behaviors?

Reduce cognitive load in file browsing while preserving flexibility for advanced use cases?

Create more intuitive entry points for both habitual and occasional Drive users?

Simplify file organization and retrieval on mobile, aligning better with natural user behaviors?

Reduce cognitive load in file browsing while preserving flexibility for advanced use cases?

Create more intuitive entry points for both habitual and occasional Drive users?

Research & Discovery

To audit the mobile experience with precision, we conducted targeted research across five global markets, blending both qualitative and quantitative techniques focused on real-world file organization behaviors.

We ran remote user interviews, applied JTBD mapping to surface core user goals, and conducted task audits that exposed patterns of navigation breakdown, sorting inconsistencies, and over-reliance on search workarounds. Complementary benchmarking against competitors and internal Google products provided reference points for current industry standards

Analysis revealed three distinct user organization mindsets:

These distinct mental models exposed gaps in entry points, file discoverability, and metadata usage on mobile. Journey gap analysis and friction mapping highlighted opportunities to reduce navigation complexity, optimize sorting defaults, and align mobile organization flows more closely with real user behavior.

Strategy & Ideation

The research revealed not just usability issues, but systemic misalignments between user behaviors and Drive’s mobile architecture. Instead of approaching this as a feature-level redesign, we reframed the challenge into one of organizational simplification and cognitive load reduction.

Leveraging the identified archetypes, we created several AI models and entry point hierarchies that better supported how users naturally interact with their files on mobile. A key principle was flexibility, allowing both structured organizers and fluid searchers to accomplish tasks without forcing rigid workflows.

Design explorations included:

Streamlining the home experience with consolidated tabs and prioritized content visibility.

Revising sorting mechanisms to dynamically adapt to recent activity, file types, and collaborative contexts.

Reassessing the role of "Suggested" and "Recents" to balance discovery with control.

Streamlining the home experience with consolidated tabs and prioritized content visibility.

Revising sorting mechanisms to dynamically adapt to recent activity, file types, and collaborative contexts.

Reassessing the role of "Suggested" and "Recents" to balance discovery with control.

Streamlining the home experience with consolidated tabs and prioritized content visibility.

Revising sorting mechanisms to dynamically adapt to recent activity, file types, and collaborative contexts.

Reassessing the role of "Suggested" and "Recents" to balance discovery with control.

Certain concepts,  such as enforcing more aggressive folder creation or mandatory metadata prompts, were deprioritized after usability concerns surfaced in early discussions and prototype walkthroughs.

Close collaboration with Google’s design leads, product managers, and technical teams ensured that proposed solutions aligned with both platform constraints and future roadmap scalability.

Design & Execution

We translated the insights into a set of design recommendations and strategic opportunities for Google’s product and design teams to evaluate in future iterations.

Instead of producing final UI designs, our role focused on defining:

Proposed information architecture adjustments to better align entry points with user organizational patterns.

Simplification of navigational flows to reduce redundant pathways and minimize cognitive load.

Early conceptual wireflows mapping how simplified home, search, and file browsing could better reflect identified user archetypes.

Behavioral framing for default sorting logic and metadata suggestions based on task frequency.

Proposed information architecture adjustments to better align entry points with user organizational patterns.

Simplification of navigational flows to reduce redundant pathways and minimize cognitive load.

Early conceptual wireflows mapping how simplified home, search, and file browsing could better reflect identified user archetypes.

Behavioral framing for default sorting logic and metadata suggestions based on task frequency.

Proposed information architecture adjustments to better align entry points with user organizational patterns.

Simplification of navigational flows to reduce redundant pathways and minimize cognitive load.

Early conceptual wireflows mapping how simplified home, search, and file browsing could better reflect identified user archetypes.

Behavioral framing for default sorting logic and metadata suggestions based on task frequency.

These recommendations were delivered as part of the current state audit report, providing Google’s design team with actionable direction for the next stages of Drive’s mobile experience evolution.

Testing & Iteration

Rather than testing visual mockups, iteration focused on continuously validating the accuracy and relevance of the behavioral insights we uncovered. As findings emerged, we engaged Google’s internal teams through structured feedback loops to ensure our models accurately reflected both user behaviors and platform realities.

We held cross-functional review sessions where product managers, designers, and researchers provided input on the proposed organizational archetypes, information architecture adjustments, and flow recommendations. These iterative exchanges allowed us to calibrate nuances between markets, surface edge cases, and refine the prioritization of opportunities.

Through this process, we eliminated several lower-impact recommendations that risked adding unnecessary complexity, while sharpening design directions that better aligned with real-world usage patterns on mobile.

Outcomes & Impact

The research delivered strategic clarity that helped teams reframe long-standing organizational challenges. Instead of isolated feature fixes, product conversations shifted toward systemic restructuring of Drive’s mobile architecture, anchored in real user behavior across global markets.

Accelerated alignment on next-step design priorities, directly influencing early roadmap explorations for Drive mobile redesign initiatives.

Provided a behaviorally grounded mental model framework, now used to evaluate navigation, metadata, and personalization opportunities.

Reduced risk by aligning teams around key user frictions that scaled over time.

Accelerated alignment on next-step design priorities, directly influencing early roadmap explorations for Drive mobile redesign initiatives.

Provided a behaviorally grounded mental model framework, now used to evaluate navigation, metadata, and personalization opportunities.

Reduced risk by aligning teams around key user frictions that scaled over time.

Accelerated alignment on next-step design priorities, directly influencing early roadmap explorations for Drive mobile redesign initiatives.

Provided a behaviorally grounded mental model framework, now used to evaluate navigation, metadata, and personalization opportunities.

Reduced risk by aligning teams around key user frictions that scaled over time.

While this phase didn’t involve direct launches, it set the foundation for scalable product improvements, many of which continue to evolve across upcoming Drive releases.

Learnings

This project strengthened my ability to structure complex research at scale, while balancing cross-market nuance and platform-level constraints. Working with globally distributed teams taught me how to translate ambiguous organizational behaviors into actionable product conversations, even when no immediate design work is being executed.

What I would do differently:

In future audit-style projects, I would advocate for earlier integration of longitudinal user behavior data (e.g. usage telemetry, query patterns) to complement qualitative research and accelerate alignment on design hypotheses sooner.

What’s next for the product:

The behavioral frameworks developed during this phase continue to inform Google Drive’s mobile design conversations. Next steps include evolving navigation patterns, metadata logic, and content personalization based on the user mental models uncovered,  building toward a more intuitive, scalable mobile Drive experience.

What I would do differently:

In future audit-style projects, I would advocate for earlier integration of longitudinal user behavior data (e.g. usage telemetry, query patterns) to complement qualitative research and accelerate alignment on design hypotheses sooner.

What’s next for the product:

The behavioral frameworks developed during this phase continue to inform Google Drive’s mobile design conversations. Next steps include evolving navigation patterns, metadata logic, and content personalization based on the user mental models uncovered,  building toward a more intuitive, scalable mobile Drive experience.

What I would do differently:

In future audit-style projects, I would advocate for earlier integration of longitudinal user behavior data (e.g. usage telemetry, query patterns) to complement qualitative research and accelerate alignment on design hypotheses sooner.

What’s next for the product:

The behavioral frameworks developed during this phase continue to inform Google Drive’s mobile design conversations. Next steps include evolving navigation patterns, metadata logic, and content personalization based on the user mental models uncovered,  building toward a more intuitive, scalable mobile Drive experience.