A mental health smartphone application called Mind Garden, which is tailored to the needs of children and teens. The app allows users to independently monitor and improve their mental health using a variety of features. Some of these include a mood tracker to log emotions, guided reflection prompts for self expression, daily self care tasks that reinforce healthy routines, and breathing exercises as a way to help manage stress and anxiety. The overall goal is to make mental wellness both approachable and engaging for students.

Centrifuges and laboratory shakers are vital pieces of equipment in a lab that allow for the separation of particles from liquid based on density and mix, blend and agitate substances respectively. These are necessary devices for a wide variety of processes such as isolating cells, purifying proteins, separating blood components and cultivating cells, biological extractions and promoting the uniform distribution of components.

A heart rate monitor design includes a chest strap that holds the heart rate sensor against the user’s skin, and a handheld display unit that shows the pulse reading. The heart rate displays every pulse recorded on an LCD screen.  The goal here was to create a heart rate monitor that’s practical and easy to build at home.

This project tackles the problem of limited leg mobility in paralyzed stroke victims, which increases the risk of blood clots and potential respiratory failure. The solution is a Remote-Controlled Calf Stretcher that enables simple up/down leg movements via remote commands, reducing caregiver strain while supporting patient rehabilitation. The device targets stroke victims needing assistance from physical therapy or loved ones.

This project aims to develop a 3D-printed wrist brace to help users with carpal tunnel, arthritis, or repetitive strain injuries from typing. The brace will integrate force sensors and an OLED display to provide feedback on finger strain, while its design prioritizes strength, breathability, and full motion during use.

This project presents a lightweight, portable vibration therapy device designed to relieve pain in the hand, wrist, and forearm caused by conditions such as arthritis, tendonitis, or carpal tunnel. The device offers three pulsing vibration modes to reduce pain and relax muscles, attaches to the hip for mobility, and features an adjustable strap for targeted treatment.