I design and build custom PCBs, embedded firmware, and mechanical systems for medical devices and robotics — from a three-revision wearable ECG platform to an RS-485 sensor array validated at 400 Hz with zero packet loss. Co-founder of Berta Medical; contributor to ongoing soft-robotics and exoskeleton research at Rowan.
Selected Projects
Technical deep dives into the most representative hardware work — PCB revisions, failure analysis, and validated results.
Modular Flexible PCB for Soft Robotics
Designed the flexible mainboard driving actuation and I2C comms for a self-reconfigurable soft robot, cited in a forthcoming 2025 publication.
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Test Rig, Instrumentation & Human Trials
Designed the pneumatic test fixture and control/relay electronics behind two 96-trial force campaigns, now heading toward human-subjects trials.
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Berta Medical — Wearable ECG Platform
Co-founded a wearable ECG startup and owned the hardware stack through three PCB revisions, from off-the-shelf modules to an AWS-connected wearable.
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IMU Sensing System Array
Root-caused an I2C bandwidth failure with real measurements, then rebuilt the 8-sensor body-orientation array around RS-485 for a 55x latency cut.
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Search-and-Rescue UAV — SAME Rowan
Authored the technical proposal that secured a $4,640 grant for a 7-ft composite search-and-rescue UAV and direct its power-distribution subframe.
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Custom Digital Scale
Machined a custom aluminum load cell validated by FEA before cutting, closing the loop with strain-gauge signal conditioning to ±1% accuracy.
Read Technical Breakdown →Technical Skills
Hands-on skills spanning the full product development cycle.
SMD Soldering · Flex PCBs · ENIG
Signal Integrity · DFM
GD&T · Technical Drawing
DFM · Tolerance Analysis
Raspberry Pi · Python · ROS
MQTT · I2C · SPI · UART
FDM 3D Printing (ABS, PLA, TPU)
Sheet Metal · Heat-Set Inserts
Git · Linux · Arduino IDE
Static Stress Simulation
Hardware-in-the-Loop
Who I Am
I'm a junior studying Engineering Entrepreneurship at Rowan University, and I spend most of my time in the lab designing systems that merge mechanics, electronics, and software. Whether it's CNC machining a custom load cell, designing a flex PCB for a soft robotics research lab, or pitching a medical wearable startup at a venture competition, I'm drawn to the full lifecycle of turning an idea into a working product.
My projects span autonomous robots, wearable medical devices, custom control hardware, and precision instruments. I've designed and assembled six custom PCBs, co-founded Berta Medical, and contributed to multiple research efforts at Rowan. I'm currently seeking internship opportunities where I can apply hands-on engineering skills to real-world product development.
I also lead Rowan's Society of American Military Engineers chapter as President, where I rebuilt a dormant chapter and authored the technical proposal that won a $4,640 grant from the SAME Philadelphia Post to build a composite search-and-rescue UAV.