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Resume (English only)
Academic Achievements
Contributed to heterogeneous hardware solutions for 5G applications, high-level synthesis performance portability for FPGAs, tightly-integrated GPU-FPGA systems research, LLVM front-end for Fortran (Flang), and quantum MLIR compiler development.
Research Experience
Currently a Quantum Software Engineer focusing on back-end compiler development at Quantum Circuits, Inc. Previously, he was a Research Scientist in the Architectures and Performance Group at Oak Ridge National Laboratory and held a Visiting Research Scientist appointment in the CSE department at Washington University in St. Louis.
Education
Earned a Ph.D. in Computer Engineering at Washington University in St. Louis, advised by Roger Chamberlain in the Stream Based Supercomputing Lab. His dissertation focused on domain-specific computing, specifically leveraging FPGAs using high-level synthesis to architect hardware for the domain of data integration.
Background
Focused on heterogeneous computing, with research interests including heterogeneous systems, hardware accelerators, compilers, high-level synthesis, high-performance computing, computer architecture, and quantum computing.
Miscellany
Contact: cabreraam AT ieee DOT org; Location: Saint Louis, MO, USA; Follow: Google Scholar, Github, LinkedIn