In June 2026, I will be completing my Bachelor's/Master's degree in Electrical Engineering (ECE) at Drexel University as part of the BS/MS program. My academic focus is on advancing my knowledge in areas such as robotics, optics, and embedded systems, and I am eager to pursue a PhD in one of these fields to further develop my expertise.
Currently, I am engaged in on-campus research, where I am contributing to projects that explore the integration of optics and signal processing for sensing applications. This complements my prior experience at Lockheed Martin, where I worked on cutting-edge engineering solutions, gaining hands-on expertise in systems engineering and applied research and development.
In the future, I aim to deepen my understanding of autonomous systems, vision-based technologies, and nanophotonics, with the goal of innovating within the realm of intelligent robotics and optical sensor design. My ambition is to develop groundbreaking technologies that merge these fields to solve real-world challenges in industries such as healthcare, defense, and environmental monitoring.
I stand on the shoulders of giants
My grandma is an artist and I will showcase her work here. Her creativity and dedication to her craft have deeply influenced my approach to innovation and problem-solving.
He is currently my academic father, guiding my research in optics and photonics. His mentorship has been instrumental in shaping my understanding of advanced optical systems.
It all begins with an idea. Maybe you want to launch a business. Maybe you want to turn a hobby into something more. Her vision for sustainable innovation continues to inspire my work.
Developing decision-making frameworks for unmanned aerial vehicles with real-time environmental simulations and risk-aware navigation strategies. Focus on creating robust algorithms that can adapt to changing conditions.
Leading research on advanced optical materials and holographic polymer-dispersed liquid crystals, with applications in autonomous vehicle imaging and non-invasive biomedical sensors.
Hands-on experience with platforms like Raspberry Pi, focusing on signal processing, embedded computing, and hardware-software integration for real-time applications.
Implementing machine learning models for environmental condition prediction, automated systems, and optical computing simulations using advanced computational techniques.
Here is what I most recently have been working on!
Non-invasive optical glucose monitoring using HPDLC technology, targeted toward continuous glucose monitoring innovations. This project combines expertise in optics and biomedical applications to create accessible health monitoring solutions.
The system leverages advanced holographic polymer-dispersed liquid crystals to create a breakthrough in non-invasive medical sensing, potentially revolutionizing diabetes management worldwide.
Developing robust algorithms to guide unmanned aerial vehicles under adverse weather conditions using ROS, Gazebo simulations, and reinforcement learning techniques.
Research collaboration on optical Fourier transforms and convolution techniques, exploring parallel processing using wavelength-division multiplexing.
Designing and hand-building a purely analog radio receiver tuned to 1090 MHz to demonstrate ADS-B aviation signals.
Leading consulting projects for small businesses focusing on software development, data analytics, web development, and marketing strategy.
I welcome connections for collaborations, research opportunities, consulting projects, and meaningful conversations on innovation, technology, and personal growth.
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