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. Through courses such as Fields and Waves, Intermediate Electromagnetic Theory, and Signals and Systems, I developed a deep understanding of electromagnetic propagation, RF principles, and system analysis. Classes including Digital Systems, Computer Architecture, and Embedded Systems strengthened my skills in hardware design, FPGA development, processor architecture, and low-level system implementation. Coursework in Controls Engineering, Linear Algebra, and lab work has given me hands-on experience modeling, simulating, and designing complex engineering systems. These experiences have 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).