When: 2022-2023
Team: 1 PO, 1 BA, 2 Engineers; (Architect & Developer), 1 Designer, *2 researchers
My Role: Sr. Product Designer
Tools: Figma, ADO
Previously, clients had no convenient or accessible way to report a loss other than calling their broker or dealing directly with FM. For claims under $150k, it was often more efficient for FM to simply pay out the claim rather than go through the formal reporting process. This made the reporting system feel unnecessary, especially for smaller claims where the damage wasn’t significant enough to justify the time and effort required.
The goal was to provide clients with an intuitive, quick, and user-friendly way to report a loss. By streamlining the process, the solution aimed to save time for both clients and FM, reducing inefficiencies and ensuring a smoother, more effective claims experience for all parties involved.
As a Senior Product Designer on this project, I was responsible for leading and executing the design process to deliver an intuitive and efficient solution for clients. My key contributions included
CONSTRAINTS: This feature prioritized delivering business value by optimizing workflows and enhancing client experience, with limited emphasis on extensive discovery and research during development. The streamlined approach focused on achieving quick, impactful results to support operational efficiency and decision-making.
The research group conducted several interviews with users, clients, and brokers, spanning the discovery phase to uncover key pain points, needs, and opportunities. These interviews provided critical insights into user behaviors, expectations, and challenges, forming the foundation for the design process. By understanding workflows and gathering qualitative data, the team was able to prioritize features that would enhance usability, improve efficiency, and streamline the claims reporting experience.
Data was collected using Airtable during contextual interviews with 18 participants, including users, clients, and brokers. The gathered insights were systematically documented for evaluation, allowing the team to identify trends, analyze recurring challenges, and highlight common pain points. This process helped prioritize opportunities for improvement and guide the development of actionable solutions. Additionally, organizing the data in a centralized platform enabled efficient collaboration across the team, fostering transparency and ensuring no valuable input was overlooked. By capturing diverse perspectives, the team could make informed decisions and focus on creating a user-centric approach that addressed critical needs effectively.
Most participants rely on custom built Excel spreadsheets to track property losses/claims. This method is generally perceived as effective.
The Claims Tracker concept received mixed feedback. Risk Managers felt confident about their understanding of the general claims process and preferred getting detailed claim updates from their designated site-level employee, primarily through email. They would contact the FM Global Claims team if the information from their representative was inadequate or required an Adjuster's input. While some thought the Claims Tracker might benefit their site-level representative who handles the claim intricacies, there was concern about the learning curve associated with a new interface for claims management.
The design process for this aimed at creating a user-friendly simple, and easy experience. It began with mapping task flows in FigJam and collaborating with engineering to ensure technical feasibility and a smooth user journey. Low-fidelity prototypes were then created in Figma to visualize key interactions, such as selecting claim types, entering incident details, and uploading documents.
To collaboratively design and validate the task flow, we used FigJam to map out each step of the user journey in detail. This process streamlined user interactions by highlighting potential roadblocks. Collaboration with the engineering team was integral to this stage, as their input helped address technical feasibility and constraints early on. We analyzed backend dependencies, such as database performance, and made iterative adjustments to align the design with technical capabilities. "