Designing the organization’s first ever internal warranty lifecycle platform to support nationwide e-commerce operations.
The platform centralizes how business teams define coverage, eligibility, pricing, and exclusions for product warranties, directly shaping the protection plans offered to millions of customers during checkout.
Entering a zero-baseline environment with no IA, workflows, or documented mental models.
I was tasked with architecting a mission-critical internal platform under a tight two-month timeline, with limited stakeholder access, and a backend ecosystem that could not be modified.
Transforming an ambiguous, engineer-dependent process into a scalable, user-centered system.
The warranty workflow had no mapped user journeys, role clarity, or lifecycle visibility—resulting in slow go-to-market cycles, operational inefficiencies, and an inability for business teams to work autonomously.
Empower internal teams with a self-serve, intuitive platform that reduces technical reliance and accelerates decision-making.
The goal was to impose structure, improve operational scalability, and enable the retailer to expand warranty offerings across diverse product categories without technical bottlenecks.
Critical use cases like plan sunset, mass updates, exclusions, or complex eligibility conditions—were revealed gradually, requiring design revisions and scope adjustment.
Technical teams dominated conversations, shifting focus to constraints instead of user needs.
No clarity on who the platform was for made it impossible to anchor the solution in real operational behaviors.
Workflows and lifecycle steps existed only in emails and memory, not in any documented format.
Minimal stakeholder availability and slow feedback cycles caused misalignment and rework.
Clients were accustomed to old, table-heavy screens, they found newer, more intuitive design ideas difficult to accept.
I executed a focused yet thorough UX process, extracting clarity from ambiguity through intensive stakeholder probing, in-depth workflow reconstruction, and parallel collaboration with business and engineering teams—while validating assumptions through research, mapping, and iterative modeling.
Mapped the end-to-end warranty lifecycle by synthesizing fragmented insights from transcripts, stakeholder probing, and existing tribal knowledge.
Defined preliminary personas and responsibilities by validating assumptions through interviews, technical discussions, and AI-assisted pattern analysis.
reated a high-level Information Architecture and pressure-tested it through “what-if” scenario exploration—covering plan sunsets, mass updates, and complex eligibility rules to ensure system resilience.
Utilized the organization’s established design system to accelerate UI creation and maintain consistency across internal workflows.
Collaborated with engineering early to validate technical constraints, ensuring designs were feasible within the fixed backend architecture.
Adapted existing components and created new workflow-specific patterns in parallel with research, enabling faster prototyping and development readiness.
Documented every workflow, assumption, and IA decision to show clear logic behind the redesigned warranty lifecycle.
Used journey maps, scenario modeling, and technical alignment to demonstrate why proposed flows were efficient, scalable, and low-risk.
Presented modular workflows and adaptable UI patterns that supported future product categories and business expansion.
The Warranty Management Platform delivered value through:
A guided step-by-step flow enabling non-technical teams to create and modify warranty plans independently.
Clear stages for creation, activation, updates, and sunset—allowing teams to track even millions of plans with complete transparency.
Streamlined interfaces to define pricing, duration, rules, and exclusions with fewer errors and simplified decision points.
Built-in support for complex cases like mass updates, exception overrides, and plan deprecations.
A scalable IA that adapts to new product categories, future business models, and evolving internal workflows.
Consistent, accessible components leveraging the existing design system for faster delivery and reduced cognitive load.
Flows designed around technical constraints for seamless integration with existing backend processes.
Validation-heavy inputs and confirmation steps to prevent errors that could impact thousands of customer purchases.
These solutions delivered measurable improvements for the business:
Business users can now create and manage plans without relying on engineering for every change.
Reduced plan creation and modification time, enabling quicker rollout of warranty offerings.
A unified workflow eliminated ambiguity, reduced rework, and improved cross-team coordination.
The guided, step-by-step builder allows even first-time users to complete tasks confidently with minimal onboarding.
Built-in validations reduced mistakes in pricing, coverage rules, and eligibility configuration.
The platform can support millions of active plans, new product categories, and expanding warranty use cases.
Teams now have full visibility into each stage of a plan’s journey, improving audits and operational clarity.
Your work elevated UX maturity — shifting the client from engineering-driven workflows to structured, user-centered processes.
