Hala Boges is an electrical engineering and computer science student at UC Berkeley who combines hands-on hardware work with software-driven automation to tackle real-world problems. As a committee member for Quantum Computing at Berkeley and a contributor to Chipyard CI workflows, she blends research-grade tooling for RISC-V with practical PCB and embedded development on exoskeleton projects that integrate Arduino, Raspberry Pi, and YOLO-based vision. Her internships spanned power distribution analytics, smart meter systems, and master data automation—where she built bots that cut manual effort by 40%—demonstrating a knack for process optimization across domains. She also mentors students and supports CS instruction, driven by a mission to understand why many capable students self-select out of computer science. Based in Berkeley, she brings curiosity, interdisciplinary collaboration, and a bias toward building both physical systems and the software that makes them reliable.
1 year of coding experience
1 year of employment as a software developer
Bachelor of Science - BS, Electrical Engineering and Computer Science, Bachelor of Science - BS, Electrical Engineering and Computer Science at UC Berkeley Electrical Engineering & Computer Sciences (EECS)
Minor, Science and Mathematics Education (CalTeach), Minor, Science and Mathematics Education (CalTeach) at University of California, Berkeley
American High School Diploma, American High School Diploma at Manarat Jeddah International Schools
FireSim: Fast and Effortless FPGA-accelerated Hardware Simulation with On-Prem and Cloud Flexibility
Contributions:1 PR, 1 push, 1 branch in 21 days
risc-vscalablecircuitsacceleratedlattice
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Hala Boges - Committee Member at Quantum Computing at Berkeley