Before diving into design, we focused on understanding both the emotional and functional needs of our users. We asked:
What inspires people to explore new places?
How do they currently save, share, and revisit those experiences?
What makes a recommendation feel trustworthy and exciting?
We began by mapping out common travel behaviors and pain points through informal interviews and user journaling exercises. These insights helped generate initial concepts around:
Image-based discovery to inspire wanderlust
Saveable, customizable boards for planning and dreaming
Community-driven tips to make every find feel personal and real
Instead of replicating existing travel apps, we looked for whitespace:
Social apps like Pinterest help with saving ideas but lack local context.
Travel blogs and guides give rich content but aren’t interactive or personalized.
Map-based apps help you get there but don’t inspire why you should go.
This gap led us to position Drop A Pin as a hybrid of inspiration and utility — blending aesthetics with real-time, location-based function.
From this research, we defined three guiding principles:
Visual-first design to spark discovery at a glance.
Community contribution to encourage trust and belonging.
Save and sort easily so users could dream and plan all in one place.
The initial wireframes for Drop A Pin lay the groundwork for a visual-first, community-based travel experience. Sketched by hand, these low-fidelity designs prioritize intuitive navigation and core user flows, from onboarding to content discovery and posting.
The flow begins with a welcoming login and sign-up process, allowing users to set travel interests and filter preferences from the start. Key screens include an image-based feed, location tagging, interactive maps, and custom boards where users can save or share places. Users can seamlessly switch between exploring content and contributing their own through the streamlined “post new” feature.
These wireframes helped establish the app’s visual hierarchy and user priorities, ensuring a strong foundation for future digital prototyping.