Context
Maizey homepage website and mobile screens.
Problems
Design Requirements
Streamlined user flow — Ensure that the user flow is intuitive and easy to follow, regardless of which feature users access.
Privacy-first design — Build features that address user concerns about data retention and sensitive queries.
U-M style guide — Maintain consistency with U-M’s established style guide, using appropriate typography, color schemes, and iconography.
Accessibility — Design the interface to meet accessibility standards, including compatibility with screen readers, keyboard navigation, and alternative input methods.
Key Features
Dashboard
Maizey dashboard laptop and mobile screens.
Ask Maizey — Provides instant, general-purpose AI assistance with clear and concise answers, including citing sources when applicable.
Hubs — Allows users to upload documents to create tailored insights, summarize lengthy documents, and overall save time and redirect effort.
Maizey 101 — Step-by-step guides, video tutorials, and an FAQ section inform users on how to use each tool effectively, reducing onboarding friction.
Privacy
GIF demonstrations of Maizey's temporary chat on laptop screen.
Temporary chat — Provides a safe, private space for users to ask sensitive questions, ensuring that no data from these interactions is stored or tracked. All chats are deleted after the session ends.
Behind the scenes — All data generated by the tools is processed and stored securely, with no data shared, analyzed, or used for other purposes without explicit user permission.
User-controlled data — Features like selective data permissions and clear opt-in consent allow individuals to determine what data is used, ensuring they are always in charge of their privacy settings.
Special Touches
GIF demonstrations of Ask Maizey on laptop screen.
Response feedback — A thumbs-up/thumbs-down feature allows users to provide immediate feedback on AI responses, helping developers understand the accuracy of generated responses.
Storytelling — Following U-M's style guide, the design incorporates modern elements like dark mode and a dynamic gradient motif, making the experience feel engaging and cohesive, sparking excitement about the platform.
Campus integration — The platform is integrated with various U-M services like Canvas, dining hall menus, student organizations, and more. Users can access university-related content, making the experience more personalized and relevant to their campus life.
Retrospective
Summary
U-M's Campus Plan 2050 detailed mockup (Whitehouse, 2024)
Lessons Learned
Keeping scalability in mind — Integrating multiple tools required a scalable solution that could grow with user demands and future functionality.
Stakeholder communication — Presenting to ITS leadership taught me how to tailor my narrative to effectively highlight a project’s value and innovation.
Balancing innovation and consistency — Adhering to the U-M Design System while delivering a groundbreaking user experience required creative problem-solving and attention to detail.