PetInSight is striving to provide an automated solution to pet tending, with a Computer Vision approach. The product designed will interface both the pets and their owners, with non-invasive and natural user interaction. With team members from different disciplines, our product is designed to foster pets' wellbeing from multiple aspects.

Mesh aims to address current challenges associated with outdoor climbing by providing a digital platform to create and share high-quality visualizations of rock walls, document climbing route and region information, and build a strong sense of local communities. In doing so, this project aims to enhance climber safety by hosting key safety-relevant information ensuring climbers can arrive prepared and in addition, reduce the environmental impact of the sport by establishing clear maps and pathways between different climbing areas.

Faculty Advisor: Paul Fieguth

A system to be used by children supervised by their parents to learn French at home without the need for active teaching. The goal is to improve an end-user’s French lexicon quantified by the the Common European Frame of Reference (CEFR) Levels without negatively impacting their motivation or learning experience.

Calme is a digital platform meant to supplement traditional therapy with regular quantitative data collection. Our mobile solution prompts the patient to record sentiment and ECG data overtime, providing decision support for the therapist via continuous monitoring of patient trends. This avoids the pitfalls of current methods of treatment monitoring, most of which are largely qualitative, making treatment processes difficult to ascertain and measure.