Biomedical Engineer • Medical Devices • Sensors

Olivia J. Wojnilo

Expected Graduation: May 2026 • GPA: 3.63/4.00

Biomedical engineering student at the University of Rhode Island focused on medical device prototyping, wearable sensors, and embedded health technologies. Experience includes applied work in international engineering environments and clinical collaboration across research and design projects.

olivia_wojnilo@uri.edu (860) 207-1398

Focus Areas

Medical device prototyping
Wearables + biosensing
Hardware + software integration

Education

Academic background and upcoming graduate study.

University of Rhode Island

Kingston, RI

B.S. Biomedical Engineering

Expected Graduation: May 2026

B.A. Spanish

5-Year Dual Degree International Engineering Program

Minor in Mathematics

Honors: URI Presidential Scholarship, Dean’s List (7/7 semesters)

Northeastern University

Boston, MA

M.S. Bioengineering

Start Date: September 2026

Concentration: Biomedical Devices & Bioimaging

Technical Skills

Technical toolkit and language proficiency.

Engineering Tools

SolidWorks, Arduino, Unity/AR Prototyping, Motion Capture, Visual3D, Soldering, PCB Design, Signal Processing

Programming Languages

C++, Python, MATLAB

Languages

English (Native), Spanish (Low Advanced), Polish (Novice)

Industry Experience

Building real-world systems with multidisciplinary teams.

Biomedical Design Consultant

Andre Design & Drafting Services • Remote • Oct 2025 – Present

Collaborate with an orthopedic surgeon and investor to redesign a next‑generation orthopedic boot.
Integrate pressure and motion sensors for real‑time gait and recovery tracking.
Use SolidWorks and 3D printing to optimize ergonomics, weight distribution, and adjustability.

Software Engineering Internship

Antenna Systems and Solutions • Santander, Spain • Feb – Jul 2025

Applied Python and MATLAB to process and visualize antenna radiation data.
Developed a Unity AR prototype to project 3D radiation patterns using C#.
Communicated engineering work in Spanish while collaborating with technical teams.
Gained exposure to global engineering workflows across international teams.

Electrical Engineering & Design Internship

Electric Boat (General Dynamics) • Groton, CT • Jun – Aug 2024

Analyzed and developed solutions for electrical issues within submarine systems.
Produced technical documentation and work orders for trades teams.
Collaborated with experienced engineers to improve workflow and reporting.

Academic Projects & Publications

Hands-on device development and peer-reviewed conference publications.

Academic Projects

Medema — Senior Capstone

Kingston, RI • Sep 2025 – Present

Lead hardware design for a device that quantitatively measures pitting edema.
Calibrate FSRs and iterate sensor integration, including potentiometers and pressure sensors.
Prototype efficient PCB layouts and circuits with magnetic charging and multi‑sensor testing.

Smart Mattress Pad

Kingston, RI • Jan – Oct 2023

Presented and published at MIT IEEE Undergraduate Research Technology Conference 2023.
Awarded two URI² grants to build, refine, and clinically validate the device with Rhode Island Hospital.
Built a pressure‑sensing pad with PCB, sensor matrix, 3D‑printed enclosure, and real‑time GUI.

SPARK Program

Kingston, RI • Jun – Aug 2022 & 2023

Completed Arduino modules to build C++ and sensor‑integration skills.
Designed and built the SixthSense wearable using Arduino and SolidWorks.
Mentored students on Arduino modules as a 2023 mentor.

Publications

Smart Mattress Pad for Tracking Pressure Injuries in the Geriatric Population

MIT IEEE Undergraduate Research Technology Conference (URTC) 2023

View on IEEE Xplore View PDF

SixthSense: A Wearable Ultrasonic System with Haptic Feedback for Visually Impaired Individuals

MIT IEEE Undergraduate Research Technology Conference (URTC) 2022

View on IEEE Xplore View PDF

Research

Neural signals, biomechanics, and wearable sensing.

Translational Neurorobotics Laboratory

Kingston, RI • Sep 2023 – Jul 2024

Investigated brain signals for applications with paralytic patrons in Dr. Reza Abiri’s lab.
Analyzed EEG signals from grip tasks and translated intent to a robotic arm.
Designed and manufactured custom tools for robust experiments.

Biomechanics & Wearables Laboratory

Kingston, RI • Jun – Aug 2023

Processed motion capture data in Visual3D for rehabilitation sensor validation in Dr. Ryan Chapman’s lab.
Tested a Stryker sensor tracking rehabilitation in TKA patients.
Observed hip-structure changes in expectant mothers for maternal health research.
Participated in team meetings to review progress and findings.

Let’s build better care tools.

Open to internships, co-ops, and research collaborations.

Contact Me