In this role, you will apply/learn skills in embedded systems and mechanism design to advance a project seeking to remind individuals with ADHD to take their medication on a consistent schedule. You will be responsible for attending weekly group meetings and collaborating with teammates to document our design process for presentations and evaluations.

In this role, you will create sketches, make models, and iterate designs for our wheelchair storage accessory. You will work to develop and refine concepts for our product while considering user needs and feedback relating to qualities such as accessibility, independence, ergonomics, and ease of use. You will be responsible for attending weekly group meetings and collaborating with teammates to document your team's design process for presentations and evaluations.

In this role, you will explore different methods of analyzing the particle size distribution and durability of an asthma inhaler spacer in order to test the [margin of success]. With this, we are looking for teammates that have knowledge of CFD and/or FEA.

In this role, you will train models that can identify key events in fencing bouts and produce detailed summaries that can help coaches and fencers conduct analysis. This will include pose detection, video analysis, and many other fun and interesting challenges. Familiarity with embedded systems is helpful, but not required. Ideal candidates are able to learn quickly and take initiative when working in a team setting.

In this role, you will assist our team in the development of wearable technology to measure biometrics of fencers. We intend to use ultra-wide band sensors to enable a local positioning system. As a stretch goal, we hope to be able to use a suite of biometric sensors to evaluate mental stress and physical exertion.