


This project was developed over a four-week period for my Mobile App Design class. LiftLink is a mobile app concept designed for Olympic weightlifters and powerlifters to track their workouts, improve form, and connect with a like-minded community. At its core, LiftLink merges performance analytics with social interaction, giving users the ability to log their lifts, upload videos for feedback, and receive real-time AI-powered analysis and judging, including a unique three-light system inspired by official competition standards. The app fills a major gap in the fitness tech space by creating a dedicated platform tailored specifically for strength athletes who want both data-driven insights and authentic community support.
My approach centered on creating a seamless experience that balances function, motivation, and social engagement. I began by identifying pain points in existing fitness and lifting apps, such as lack of form feedback, generic tracking tools, and fragmented communities, and translated those insights into user-first solutions. Through wireframing, user task flows, and testing, I prioritized clarity, accessibility, and clean interaction design. I explored bold branding, intuitive UI elements, and a minimalist layout to reflect the intensity and focus of the lifting world while ensuring the app remained inviting for lifters at all levels.
The final prototype of LiftLink brings the full vision of a social, performance-driven weightlifting app to life. Designed specifically for Olympic weightlifters and powerlifters, the prototype showcases a streamlined user experience, from logging workouts and recording lifts to receiving real-time AI feedback and visual bar path analysis. The home feed allows users to engage with the community, like and comment on workouts, and track their progress over time. The recording feature includes a live scoring system and AI-powered virtual judging using the iconic three-light system seen in competitions. Every screen was crafted with clarity, motivation, and athlete-focused usability in mind, capturing the energy and precision of the lifting world in a clean, modern interface.



Problem Statement



