Extensive experience in Computer Aided Design (CAD) and Laboratory Experience. I’m able to adapt my skillset to any CAD software, I can make complex assemblies with multiple interlocking parts while always being aware of the limitations of the prototype and machine shop. Able to quickly learn and apply industry language in any role. Equipped to work independently, leading projects and maintain tight timelines. Proactive in seeking feedback and solving difficult problems through teamwork and determination.

Biological laboratory experience – I have experience with Good Manufacturing Practices (GMP) and Laboratory Safety Guidelines (LSG). Capable of completing multi day biological/mechanical testing in a sterile environment such as a clean room. Creating and following precise lab protocols with accuracy and consistency. All of these culminate in a deep understanding of projects in laboratory and Research & Development applications.

Wet Lab experiment using Micro-Pipettes

My exposure to business concepts and sustainable innovation has strengthened my ability to approach engineering challenges from both a technical and strategic perspective. I understand how design decisions affect cost, scalability, and long-term value, allowing me to contribute ideas that are not only effective but also economically sound. Whether developing new products or improving existing systems, I aim to align innovation with profitability. Creating solutions that drive both performance and sustainable growth for the company.

Special report on Chapters at 85th General Convention of Phi Delta Theta

Listed below is engineering experience I have gained that I will apply to your company, in reverse chronological order.

Engineering Timeline

Senior Project | Mobile Motion Capture Gate Lab | August 2025 – Present
Developed a Mobile MOCAP system for quick 3D tracking system setup in any location.
Created a free user-friendly software retaining accuracy for motion capture.
Cost-effective through finding best material choice creating entire system for under $1,500. Compared to Industry cameras of at least $10,000+.
Presented findings and research paper in a business presentation setting.

STEM Intern | University of Pennsylvania | Lavner Education | May – August 2025
Supervised children in the learning of STEM and Medicine, Space Exploration, etc.
Demonstrated the capability of quickly learning new material and implementing it within my given role.
Achieved 3rd place in a National Minecraft Tournament competing against 28 other teams, while also having the lowest player count of any team.

Researcher | Biomedical Engineering Lab I & II | Widener University | August 2024 – May 2025
Self led research on biomechanics using mechanical testing on biological and 3D printed materials.
Calculating stress-strain curves, Young’s modulus, cell count, protein quantification and more.
Presented findings in eight research papers.

Member-Owner | SINE CO-OP (Sustainability Integrity Nature & Engineering) | June 2024-Present
Founding member of a non-profit cooperative focused on replacing plastics with sustainable materials.
Researched the manufacture of paper cups using biodegradable polymers.
Developed and managed the website: sine.coop, submitted governmental paperwork.


Project Engineering Intern | Globus Medical | August 2023 – January 2024
Optimized five medical devices, reducing weight and improving usability, resulting in a 20% increase in user satisfaction.
Conducted quality control investigations of faulty equipment.
Assisted in cadaver lab surgical procedures using sterile spinal medical devices.
Managed projects independently, ensuring accuracy in paperwork and contributing to the company database.
Prepared 510(k)/PMA paperwork for medical device approval.

Artificial Intelligence Researcher | CardioForcaster | Widener University | September 2023-May 2024
Helped develop advanced machine learning algorithms for analyzing physiological data, enhancing the predictive capabilities and accuracy.
Developed and designed 3D models of heart veins and arteries with hollow structures using CAD software.

Robotic Arm Challenge – Team Designer | November 2022
Prototyped a robotic arm to quickly pick up and move different objects accurately
Developed code in Arduino to move the 4 jointed robotic arm consistently

Team Leader | Wind Turbine Competition | Widener University | October 2022
Collaborated with three additional team members on the design and execution of all measurements and notes about the construction of wind turbine 
Design and constructed a tower with as little material as possible to support a wind turbine that could generate maximum power 

Wind Turbine Project – 2nd place

All of these experiences have culminated in me being able to work in an engineering environment where I can combine creativity and technical skill to make a real impact in healthcare.

If you would like to learn more about how I can contribute to your company please reach out!