What I've studied at MIT.
B.S. in Electrical Engineering with Computing (Course 6-5), expected May 2028. GPA 4.5 / 5.0.
Graduate level. Custom cells and layout, arithmetic architectures, low-power design, and a system-on-chip through the full physical flow. Project page →
FPGA design in SystemVerilog: serial protocols, video, memories, clock-domain crossing, and a team final project. Labs → · Final project →
Digital logic, RISC-V assembly, pipelined processors and caches. Design project →
Semiconductor device physics up to circuits, including a transistor optimization project in device simulation.
Circuit analysis, energy storage, amplifiers and filters, with a filter-design final project.
Data structures, sorting, graphs, dynamic programming.
Regression, classification, neural networks and their training.
I later served as a Lab Assistant for this course, supporting 100+ students.
Matrix theory and its applications.