BullsEYE is an automated eye drop dispenser that leverages an eye detection algorithm, dispensing mechanism, and compliance tracking app to reduce medication waste and encourage adherence to treatment for patients with glaucoma.

Team members: Akshat Iyer, Sakshi Lende, Kayla Patel, Calvin Yan, Emilie Yen

Abstract | Final Presentation | Final Paper

KIDD (Kids’ Integrated Dose Dispenser) is a low-cost, app-connected device that automates and simplifies pediatric liquid medication administration to improve adherence and recovery after tonsillectomy.

Team members: Hana Bader, Gregory Datto, Jacqueline Li, Hana Matsuda, Rudy Whitney

Abstract | Final Presentation | Final Paper

Prismatic is a portable, low-cost, automated vision screening device that accurately determines eyeglass prescriptions without the need for trained optometrists, significantly improving access to affordable vision care globally.

Team members: Daniel Botros, Fady Fahmy, Daniel Jacobsohn Serebrinic, Danish Mahmood, Aarush Sahni

Accolades: Bioengineering Senior Design Competition Winner; Winner of the Leadership Prize at Penn Engineering's Senior Design Competition

Abstract | Final Presentation | Final Paper

ROBIN (Real-time Oxygenation and Blood flow Insight for Neonates) is a low-cost wearable bracelet designed for the delivery room that uses near-infrared spectroscopy and machine learning to accurately measure oxygenation and blood flow in real-time, enabling early detection of hypoxia and ischemia.

Team members: Andrea An, Akshita Panigrahi, Cristina Perez, Shreya Vallimanalan

Abstract | Final Presentation | Final Paper

ReFlex is a wearable neuromuscular rehabilitation system that integrates EEG-based motor intent decoding and functional electrical stimulation (FES) to revolutionize stroke recovery.

Team members: Udit Garg, Aditya Gowd, Ryann Joseph, William Qi, Christopher Wun

Accolades:  Bioengineering Senior Design Competition Winner, Winner of the Judges’ Choice Prize at Penn Engineering's Senior Design Competition 

Abstract | Final Presentation | Final Paper

LYMOS (Lymphedema Monitoring System) is a remote monitoring compression sleeve that utilizes autonomic collection of limb volume, fluid content, and compression levels to enhance compliance for pediatric lymphedema patients.

Team members: Arielle Breuninger, Ahmad Hammo, Stanley Liu, Aarush Sahni, Joey Wu
Abstract | Final Presentation | Final Paper

althea is a therapeutic back brace that leverages Low-Intensity Pulsed Ultrasound technology to accessibly and effectively treat chronic non-specific lower back pain through personalized intervention.

Team Members: Melina Daniilidis, Madeleine Drefke, Hian Leng Kek, Varun Trivedi

Abstract | Final Presentation | Final Paper

PADSSY (Peripheral Artery Disease Screening SYstem) is a two-part solution designed to increase early detection of Peripheral Artery Disease (PAD) among asymptomatic patients in primary care settings by combining machine learning (PADSSY Flag) that identifies high-risk individuals using clinical data with a low-cost portable device (PADSSY Test) that automatically measures the Ankle Brachial Index (ABI) and pulse oxygen gradient to generate a PAD risk assessment.

Team Members: Fadel Batal, Maha Essaidi, Wangari Mbuthia, Risa Pollak

Abstract | Final Presentation | Final Paper

PaciSense is a smart pacifier that monitors saliva pH to detect early signs of Early Childhood Caries, the most common chronic disease in children, and alerts parents when their baby’s mouth is at risk for tooth decay, enabling earlier, preventive care.

Team members: Christopher Capiola, Yousef Elyoussef, Connor Feyen, Kaitlin Mrksich, Alyssa Sherman

Abstract | Final Presentation | Final Paper

EEMA (Electrohysterography Evaluation for Maternal Assessment) is a portable, wireless, low-cost fetal monitoring device that leverages uterine muscle contractions and machine learning to provide inclusive, safe and effective monitoring of labor and delivery for people of all body types.

Team Members: Victor Dubeaux, Jaewoo Kang, Shekinah-Glory Lawal, Saraswati Sridhar

Abstract | Final Presentation | Final Paper

PRIME (Perfusion Refill Indicator for Monitoring Efficiency) is a low-cost, fully automated device that uses pulse oximetry to take intermittent measurements of capillary refill time (CRT) reducing subjectivity and clinician burden to ultimately detect changes in patient status leading to sepsis.

Team Members:  Majd Ayyad, Shriya Boyapati, McKenzie Davis, Sophie Gu, Sophie Klessel

Accolades: Second Place at the University of Minnesota Design of Medical Devices Competition

Abstract | Final Presentation | Final Paper