Summary
Luke Quinn is a modem firmware engineer with a decade of experience in low-level systems, currently leading SIMD processor integration and RISC-V SoC core architecture for Qualcomm's 5G modem stack. His background spans kernel development, reverse engineering, and embedded OS research from roles at MITRE, complemented by hands-on firmware and FPGA interests. He combines deep C++ and compiler-aware optimization skills with practical data-path design to squeeze performance from constrained silicon. Academically grounded in mathematics and computer science (Virginia Tech, Johns Hopkins), he brings a research-minded approach to production engineering. Notably, his skill set bridges security-focused reverse engineering and high-performance modem architecture, making him fluent across both defensive and performance-critical domains.
9 years of coding experience
3 years of employment as a software developer
High School Diploma, 4.54, High School Diploma, 4.54 at Saint John Vianney High School
Computer Science, Applied Discrete Mathematics, Graduate, Computer Science, Applied Discrete Mathematics, Graduate at Virginia Tech
Johns Hopkins University
English, Japanese