ECE @ DUKE
My coursework at Duke University has provided a strong foundation in electrical and computer engineering, spanning electromagnetics, digital systems, signal processing, controls, computer architecture, and applied mathematics. This coursework has allowed me to bridge theoretical concepts with practical implementation, building a strong technical foundation for projects involving RF engineering, embedded systems, instrumentation, and hardware development.
Relevant Coursework: Intermediate Electromagnetic Theory (ECE 370), Fields and Waves (ECE 270), Digital Systems (ECE 350), Computer Architecture (ECE 250), Signals and Systems (ECE 280L), Controls Laboratory (ECE 382/ME 344), and Linear Algebra (MATH 218D).
PROFESSIONAL
Texture Tech
Summer '26
About
Hardware Design Intern
Texture Tech is a science-driven startup developing a new generation of hair care tools designed for tightly curled hair. Our work sits at the intersection of mechanical design, heat transfer, materials, and hair biology. We also produce The Tight Curls Project, a podcast translating hair science into practical insights for everyday hair care.
At Texture Tech, I contributed to the development of next-generation consumer hardware through embedded systems, thermal control, and experimental testing. My work focuses on designing closed-loop temperature control systems, integrating sensors and microcontrollers, and building test platforms to evaluate how heat and device geometry affect material behavior. This experience has strengthened my skills in control systems, hardware prototyping, data acquisition, and interdisciplinary engineering while working within a fast-paced startup environment
Research
Undergraduate Researcher
About
At Duke University, I conduct research in RF engineering and radio astronomy, focusing on software-defined radio systems. My current work includes developing SDR-based tools for RF environment monitoring and investigating receiver architectures for hydrogen line radio astronomy observations, bridging concepts from electromagnetics, signal processing, and hardware design.
PROFESSIONAL
SureDepth Instruments
Nov '25 - May '26
About
Electrical Lead
SureDepth Instruments is a startup focusing on improving the medical devices currently used in the operating room.
Contributed to the development of a prototype measurement and sensing platform by integrating sensors, microcontrollers, and data acquisition systems into a cohesive embedded solution. Designed and tested hardware and firmware for real-time signal monitoring, implemented data logging and visualization tools, and conducted experimental validation to characterize system performance. This experience strengthened my skills in embedded electronics, instrumentation, signal processing, rapid prototyping, and engineering-driven problem solving.
PROFESSIONAL
Beyond 2025
Local Motors - Engineering Intern
Supported the development and demonstration of Micro Olli, a scaled autonomous vehicle platform derived from Local Motors' 3D-printed self-driving shuttle. Assisted with prototyping, testing, and technical development activities while gaining exposure to autonomous systems, additive manufacturing, and vehicle design. Beyond engineering work, I organized community outreach and charity events, taught introductory CAD workshops, and helped engage students and local organizations with emerging engineering technologies. This experience strengthened both my technical foundation and my ability to communicate complex engineering concepts to diverse audiences.
Outreach Intern
Led educational outreach initiatives focused on additive manufacturing and engineering design, conducting more than 20 hands-on workshops and demonstrations for groups of approximately 10 participants per session. Guided students and community members through the fundamentals of 3D printing, printer operation, troubleshooting, and CAD-based design workflows. These events helped increase accessibility to engineering technologies while strengthening technical communication and instructional skills.