ADONA is an advanced EEG cap for newborns that utilizes machine learning to aid hypoxic ischemic encephalopathy (HIE) diagnosis in infants.

Team members: Jude Barakat, Allison Elliot, Daniel Ghaderi, Aditi Ghalsasi, Taehwan Kim

Accolades: Bioengineering Senior Design Competition Winner, Finalist at the Student Design Showcase at the 2024 Design of Medical Devices Conference at the University of Minnesota, Semi-Finalist at the 2024 Rice360 Global Health Design Technologies Conference, Semi-finalist at the 2024 Texas Christian University's Values and Ventures Competition

Abstract | Final Presentation | Final Paper

OASIS is an affordable auto-titrating system that automatically adjusts the amount of oxygen the patient receives, optimizing oxygen usage, reducing healthcare provider workload, and ensuring efficient patient care — ultimately saving lives in resource-limited environments.

Team members: Srish Chenna, Kira Lu, Sylvia Mihailescu, Karan Shah, Kalen Truong

Accolades: 3rd Place in Global Health at the 2024 Johns Hopkins University Healthcare Design Competition

Abstract | Final Presentation | Final Paper

TrueDose is a fully integrated iOS application that leverages a deep learning neural network and an incentive based approach to promote and track patient medication adherence.

Team members: Nicolette Cilenti, Elle Ferguson, Skylar Ford, Matthew Jester

Abstract | Final Presentation | Final Paper

VITAFLOW Heart Preservation System (HPS) is a modular, low cost and portable sub-normothermic heart perfusion device that combines state-of-the-art monitoring capabilities as well as a closed loop feedback system to auto-regulate vital parameters, such as temperature, spO2, blood pressure, and pH.

Team members: Jimin Jung, Nigel Newby, Tyler McGoldrick, Spencer Tuohy

Accolades: 3rd Place at the at the Annual Northeast Bioengineering Conference (NEBEC 2024) Undergraduate Senior Design Poster Competition

Abstract | Final Presentation | Final Paper

Erias is a wireless chest pod designed for pediatric inpatient settings that uses bluetooth low energy to transmit cardiac data and detect arrhythmias in real-time.

Team members: Alexandra Dumas, Georgia Georgostathi, Samir Maarouf, Daphne Nie, Angela Song

Accolades: Semi-Finalist at the 2024 Rice360 Global Health Design Technologies Conference

Abstract | Final Presentation | Final Paper

See-Rynge is a liquid measurement device designed for the blind and low vision community.

Team members: Chiadika Eleh, Isaac Kim, Liam Pharr, Venkatesh Shenoy, Joey Wei

Accolades: Finalist at the Student Design Showcase at the 2024 Design of Medical Devices Conference at the University of Minnesota, finalist for the 2024 President’s Innovation Prize

(coming  soon)
Abstract | Final Presentation | Final Paper

ExoFlex is an effective and accessible exoskeleton glove for gross hand function rehabilitation.

Team Members: Nova Meng, Haley Morgenstern, Anthony Saldutti, Sharon Zheng

Abstract | Final Presentation | Final Paper

LAPPI (Lip and Palate Prosthetic Interface) is a silicone mouthpiece that occludes an infant’s cleft lip and/or palate to improve feeding by reducing regurgitation and helping to create suction.

Team Members: Serena Carson, Ryan Lim, Ravikaran Ramjee, Andrea Urdaneta, Camilla Whitesel

Accolades: 1st place winner for the 2024 SB3C/NSF Undergraduate Student Design Competition, Diversity, Equity, and Inclusion Prize at the 2024 Rice360 Global Health Design Technologies Conference

Abstract | Final Presentation | Final Paper

SmartSleeve+ is a low cost device that leverages readings of three biomarkers to automatically detect infection of open fracture wound sites.

Team members: Jamie Moni, Gautham Nair, Pavan Raghupathy, Ajit Saran

Abstract | Final Presentation | Final Paper

Epilog is a rapid-application EEG headband for at-home monitoring of status epilepticus.

Team Members: Rohan Chhaya, Carly Flynn, Elena Grajales, Priya Shah, Dori Xu

Accolades: Bioengineering Senior Design Competition Winner, Winner of the Technology and Innovation Prize at Penn Engineering's Senior Design Competition

Abstract | Final Presentation | Final Paper

NG-LOOP (Nasogastric Lightweight Observation and Oversight Product) is a non-invasive, bifunctional device that prevents and detects NG tube dislodgement in infant patients, using feedback mechanisms to rapidly alert caregivers and terminate feeding upon dislodgement.

Team Members:  Katherine Han, Jeffrey Huang, Dahin Song, Stephanie Yoon

Accolades: Bioengineering Senior Design Competition Winner

Abstract | Final Presentation | Final Paper

WOVEN (Wearable Onesie for Vitals and Ease of Nursing) is a device that leverages a novel infant sleeper design to streamline the current system of vital sign monitoring for critical condition infants.

Team Members:  Ambika Gaur, Chaitanya Karimanasseri, Emma Terlevich, Eric Nawrocki

Abstract | Final Presentation | Final Paper

PawSense Mat-Dispenser Duo is an IoT (Internet of Things)-based system that monitors for pet obesity by tracking weight and food intake, consisting of a smart mat scale, an automated food dispenser, and a mobile app for tailored dietary management.

Team Members: Yuying Fan, Fei Peng, Andrew Raine, Jinghan Qiu, Yiwei Yan

Abstract | Final Presentation | Final Paper

Drippy is a low-cost gravity bag drip rate setting and modulation system that is capable of eliminating the variability in drip rate due to stomach pressure changes, thereby significantly lowering caregiver stress.

Team Members: Shreya Bathula, Victoria Curry, Adiva Daniar, Gwendolyn Duncan, Annika Eisner 

Accolades: 2nd Place at the Student Design Showcase at the 2024 Design of Medical Devices Conference  at the University of Minnesota

Abstract | Final Presentation | Final Paper