December 19, 2025
WE MADE A MACHINE THAT
TRACKS EXERCISE & HEALTH
The FitBot is a fitbit-like wearable arm device that tells time, takes vitals, and can send exercises for users to do. This product is designed for people with medical conditions that prevent them from standard or intense exercise but still want to work out.
Our goal for this project is to expand our knowledge in We want to make a project that combines complicated Mechanical housing, Bioengineering, Software Engineering, and User Experience. We also want to make a device that is effective to the user base while being aesthetically pleasing.
OUR PROCESS
Take a look into the different stages in our design process. From our first to our final design sprint, see how the pieces come together as we go from the ideation to the implementation of The FitBot.
LEARN MOREOUR SYSTEM
Curious about how we built it? Navigate through the different systems we worked on to put together our FitBot machine.
LEARN MOREABOUT US
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Learn more about the creators of the FitBot machine. See who we are, and what we've done to turn our vision into reality.
LEARN MOREFitBot - Product Video
Class Overview
Principles of Integrated Engineering, is an interdisciplinary class taught at Olin that emphasizes the importance of teamwork and flexibility in order to complete various projects in short periods of time. In this course, students practice analysis, design, construction, testing, and debugging of real electromechanical systems. Through a substantial multidisciplinary team project experience, students will apply those skills to engineering a complete mechatronic system of their own design. Every project will include a nontrivial mechanical system design, a nontrivial electronic system design, a microcontroller, and all hardware, firmware, and software components necessary for integration. Iteration is incredibly important, as the final project must be created in approximately 6 weeks in a series of 3 2-week sprints.
Learn MoreOur School: Franklin W. Olin College of Engineering
In this course, students will practice analysis, design, construction, testing, and debugging of real electromechanical systems. Through a substantial multidisciplinary team project experience, students will apply those skills to engineering a complete mechatronic system of their own design. Every project will include a nontrivial mechanical system design, a nontrivial electronic system design, a microcontroller, and all hardware, firmware, and software components necessary for integration.
Learn More