Our team is developing a product to assist people with tremors to use kitchen implements without spilling or dropping.

Jacob Beard, Luke Biesecker, Carolyn Payne, Nicholas Pett, Kyle Pichney, Aashish Varrey, and Natalie Wolfe

Our product is designed for young professionals who want to grow their own produce, and is a space efficient and low maintenance system ideal for apartment living.

Advaith Bantval, Daniel Bertoni, Griffin Holt, Edmund Lee, Jack Liang, Anna Meade, and Alex Rubin

Our compact AC unit provides cooling to a small teardrop camper or another small, enclosed space for up to four hours.

Chris Hooper, Adrian Martella, Bryan Ntumsi , Mital Patel, and Nalin Varma

Electric braking on triathlon bike with controls on the aero bars.

Rohan Barade, Joseph Eichelman, Tyler Johnson, Armandos Polychronopoulos, Matt Retzbach, Jacob Staples, and William Steinebrunner

A semi-automated vertical hydroponic system designed for beginners growing leafy plants such as basil and lettuce.

Henry Byers, Atticus Cameron, Ashley Eisenberg, Katherine Kemp, Heather Fettke von Koeckritz, Adam Lobo, and Ly Nguyen

Recycles greywater within an RV to reduce wasting water.

Jesse Klineman, Vivek Nathan, Francis Oparaocha, Avery Penn, Kenny Scheer, Jeremy Schreiber, and Cole Stevens

Design a new playground to meet the unique needs of the Language-Learning Early Advantage Program (LEAP).

Megan Gertmenian, Julie Hirsch, Madison Kaczorowski, Andrea Sullivan, Selam Wolday, and Alex Zimmerman

The goal of our project is to design a cause-and-effect device for 14-month old Fulton (who has a condition called Polymicrogyria) that rocks him in a fun swinging motion when he moves his arms.

Allison Brown, Christopher Baillie Olin, Daniel O’Donnell, Josiah Bedford, Kelly DiFonzo, and Sarah Hall

Volunteer for Medical Devices (VME) connected our team with DeLisa French, who has multiple sclerosis and is unable to perform many fine motor skills. The goal of the project is for DeLisa to be able to write her name legibly.

Emily Cho, Molly Ding, Alex Edejer, Ruth Murdoch, Nolan Vanbourgondien, and Nadia Zaleski

The PPP is placed in a moving body of water and affords running water to nearby communities using no external power source and little work/maintenance.

David Charendoff,Eitan Galper,Ritvik Jain,Joseph Moore,Kevin Senkus, and Raymond Wang

Our device assists elderly users in getting low to the ground to garden (and standing back up). 

Gavin Jagde, Ethan Miller, Kevin Schwenger, Kyle Shreve, Matthew Stralka, and Hannah Vinner

This product uses automation to increase the speed of industrial oyster shucking.

Brandon Donaldson, Ryan Druffel, William Gerst, Nicholas Rabchevsky, Benjamin Romalis, Nathan Spicer-Davis, and Eric Sudbrook

Our product allows a patient to perform a medical percussion test on themselves while a trained physician performs the diagnosis remotely.

Bill Bott, Elizabeth Carlson, Matthew Keeler, Arthur Nissen, Alec Schlenoff, Theodore Tagle, and Kirstin Walz

Elevate water from a river up 5m at a rate of 1gal/min without the use of any electricity.

Chris Bennett, Jake Crossan, Josh Farkas, Lane Kavanagh, Joseph Neto, Jonathan Pappas, and Nathan Schubert

Our product assists the elderly and those with mobility issues in entry and egress of their bed.

Jeevan Bawa, Lars Crovetto-Soholt, Matthew Foley, Joshua Riddle, Nicholas Schapp, and Joseph (Tommy) Stiles

Our team has designed a mechanical device that can be used by the elderly community for going down a set of carpeted stairs without any  modification to the existing staircase; it requires no electricity to run and it is fully collapsible to travel with.

Jacob Harms, Grace Hopkins, Adam Jacques, Delaney May, DIllon Phamdo, Michaela Sampson, and Christian Torri

Design a low-cost automated layup system for composite structural members.

Charles Cannon, Stav Elazar Mittelman, Heather Farnan, Paul Mouring, John Nguyen, Samuel Wood, and Erik Zavorin

Triathletes do not have easy access to their brakes while in racing position, this product allows for easy access to said brakes.

Joseph Culver, Lucas Franco, Benjamin Messing, Joseph O'Leary, and Zane Phillips

A basketball launching machine that returns the made shots to a player's location in real time by sensing and tracking their position on their court. 

Kyle Christensen, Samantha Michael, Deep Patel, Robert Propst, King Ralph, Ahmed Seck, and Maxwell Uhl

Our product reduces the difficulty in balancing a beverage for our client with early stage Parkinson's Disease.

Lenin Alvarado, Robert Belansen, Spencer Cutter, Mikhail Khrenov, Parshva Patel, Jacob Welch, and Joshua Young

Our project uses computer vision to sort recyclables from trash. 

Emma Covington, Leo Jagid, Dylan Mudd, Tobie Payot, Riley Sosin, and Colin McEwan

Translate water without electrical energy.

Vishal Chalam, Pawel Chorobski, Patrick Ervin, Giovanni Harley, Bryan Huynh, Raphael Pedersen, and Yoas Yacob

Designed a weather shield attachment for a student with Cerebral Palsy who uses a motorized wheelchair.

Madeleine Birney, Hailey Brennan, Muritz Kobe, Cole Lahmann, Casey Leung, Elijah McNeil, and Gregory Thai

The MVPW is a vertical plant wall with semi-autonomous capabilities that is able to grow plants to reduce noise pollution and increase air quality.

Kewku Arthur, Michael Gioia, Michael Jones, Matteo Patzy, Daniel Susson, and Azariah Knox

Healing arm injuries through the power of robotics!

Jacob Davis, Jordan Higgins, John Mirenzi, Riley Mohler, Teagan Murphy, and Jamison Smith

The H2Go all-in-one household water filter has modular compartments to adapt to a variety of filtering needs.

Rianat Alao, Ben Elliot, Maxwell Mzhen, Michael Naccarella, Blake Rosen, and Maxim Tahon

Picks up debris in highway speeds to prevent traffic blocks and human labor for this procedure. 

Tyler Fong, Josh Hartsock, Andrew Kriney, Christina Nikiforidou, Luke Scazzero, and Brandon Young

Our project is a mobile Umbrella that can be used by toddlers.

Kaaran Chopra, Rhyth Ghosh, Sunghun Jeong, Kyle Martin, Chris Regan, and Cameron Smith

We created an autonomous plant monitoring system to collect data about soil pH and moisture and make necessary adjustments to plants.

James Cobau, Sabrina Eason, Nicholas Lee, Isaac Rattey, Noah Whiteman, and Jie Zheng

We are designing a one-armed paddle design that supports healthy shoulder movements and is cost-accessible, but does not provide any unfair advantage for the Adaptive Adventures Paradragon Boat racing team as they represent the U.S. in the World Dragon Boat Competition.

Grace Baldus, Julie Coffman, Trevor Conklin, Morgan Hoffman, Tej Mehta, and Thomas Morris

Our project is an ergonomic workstation that is designed for intuitive joint stabilization and comfort for keyboard and mouse users.

Kieran Barvenik, Aaron Basom, Caleb Enjati, Christian Galindo, Ryan Ross, and Lydia Rutledge

Our project is to develop a hydroponics reservoir that will save the user time and decrease the difficulty of using a hydroponics system to grow plants by cleaning itself.

Hannah Drilling, Jack Irvin, Anna Moiseeva, Michael Paraboschi, Jackson Rivenburgh, Ben Schrecongost, and Colin Scott

The goal of this project is to collect and purify rainwater for customers who live in portable tiny homes. 

Kene Azinge, Alex Frye, John Hoffpauir, Atley Kutlucina, Shu-Ying Lin, Hugo Morgado, and Caroline Ward

Our project is going to be a scissor lift designed to assist elderly and disabled dogs get up and down from elevated surfaces, such as chairs, couches, truck beds, etc.

Trevor Brandenburg, Emery Collins, Clay Hoover, Jessica Phan, James Radko, Tim Raley, and Ben Stroka

Our project is a wheelbarrow that will automatically dispense mulch in order to decrease the amount of time and effort spent mulching. 

Matthew Berman, Alexia Cochran, Stephanie Dean, Grace DiGiovanni, John Donoghue, Grayson Gilbert, and Justin Roach

Recycling sorting mechanism that employs machine learning to differentiate plastic, metal, glass, paper cups, and other waste and uses pneumatic actuation to quickly sort these items into appropriate bins.

Carson Bistline, Adan Castillo-Grynberg, Alexis Fuentes, Nauman Funyas, Kevin Hayes, Joseph Monaghan, Sarah Noland, and Andrew Sherwood

Create an alignment and docking system for aerial vehicle attachment to a terrestrial vehicle.

Samuel Adegbosin, Dominic Cinotti, Benjamin Hwang, Jonathan Kraus, Kenneth Pruna, Kenneth Stargel, and Logan Woods

Our project collects greywater from residential homes, particularly showers, to filter and store for home irrigation.

Nicolas Benavides, Asa Constantian, Christopher Jean-Rene, Ahmed Mohamed, Richard Schell, Samantha Smith, and Xavier Suchar

An electrical mechanical door barricade.

Cameron Bohrer, Randall Ganoe, Robert Hood, Josh Marsh, and Drew Pedneau

In this project, we designed a laptop cooling pad using thermoelectric coolers to prevent high temperatures on a gaming laptop under maximum usage. 

David Lewis, James Mills, Koloina Rakotomalala, Luke Russell, and Brady Shaffer

Rain sensing window that self closes in the presence of rain.

Michael Crane, Ryan Crane, Jared Hose, Tyler Malone, and Dominik Wolters