Waterfowl Harvest Diary Survey Modernization
The U.S. Fish and Wildlife Service conducts an annual Waterfowl Harvest Diary Survey, mailing paper surveys to a randomized sample of ~100,000 waterfowl hunters across the U.S. Each hunter is uniquely identified by a federal hunter number. The survey informs critical decisions such as harvesting trends, hunting regulations, and conservation policies. However, relying solely on paper mailers created several issues:
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Low and inconsistent response rates
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Manual data entry burden
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Slow data collection turnaround
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Lack of accessibility for mobile-first users
Client: U.S. Fish and Wildlife Service
Role: UX Designer
My Role & Contributions
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Co-led the UX design and research for a digital version of the survey
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Worked closely with stakeholders to understand compliance, privacy, and user demographics
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Developed user personas and journey maps based on hunter profiles and survey behaviors
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Created responsive wireframes and interactive prototypes in Figma
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Conducted usability testing with real participants to validate flow and design choices
The Process
Discovery & Research
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Interviews with client stakeholders
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Reviewed legacy survey format and return rates
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Analyzed demographic and device-accessibility needs
Design
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Created multiple low- and high-fidelity wireframes
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Prioritized mobile access and intuitive flow for older or less tech-savvy users
Testing
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Conducted remote moderated usability tests
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Iterated on input formats and confirmation pages based on feedbackThe Impact
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Delivered a fully responsive digital survey experience prototype
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Significantly improved accessibility and reduced user friction
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Positioned the client to increase completion rates and reduce operational costs
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Enabled quicker turnaround on data collection to support time-sensitive regulation decisions
The Impact
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Delivered a fully responsive digital survey experience prototype
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Significantly improved accessibility and reduced user friction
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Positioned the client to increase completion rates and reduce operational costs
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Enabled quicker turnaround on data collection to support time-sensitive regulation decisions










