Leo
Lupo

I / ADVANCED CAPSTONE · JAN–MAY 26I

Lightning McHeal

Developing a non-thermal cold plasma device for chronic wounds using an air-fed dielectric barrier discharge source. I focus on mechanical design, rapid prototyping, and clinician interviews as the team advances early hardware toward a scalable, testable system.

Rapid prototypingMechanical designCustomer discovery

II / MAYO CLINIC CAPSTONE · JUN–DEC 25II

Puncture Perfect

Led the mechanical design and iterative prototyping of an ultrasound attachment system developed with Mayo Clinic to support lumbar puncture procedures. The work included design for assembly, clinician feedback, and freedom-to-operate research across more than 15 devices.

Concept developmentDesign for assemblyIP research

III / INVENTURE PRIZE · DEC 25–FEB 26III

InterVene

Developed an IV-tubing accessory that uses a pressure sensor and micro-actuator to detect peripheral-IV extravasation through pressure-waveform analysis. I designed and iterated the mechanical housing and tubing interface around manufacturability, assembly, sterilization, materials, and safety.

Mechanical designSensor integrationDesign for manufacturing

IV / BMED 2310 · JAN–MAY 25IV

Self-Administered NMES

Developed a wearable neuromuscular electrical stimulation device for lower-limb rehabilitation using skin-contact electrodes and body-mounted stimulation hardware. Evaluated electrode placement, skin-contact reliability, current density, waveform behavior, and safe bioelectrical interaction with muscle tissue.

Wearable bioelectronicsElectrode designRehabilitation engineering