Summary
Amirhossein Seyri is a PhD candidate and graduate student researcher at UIC with eight years of experience building high-performance cloud and distributed systems, specializing in cluster-wide memory management for multi-tenant environments. He designs and implements scalable architectures and memory-optimization algorithms, integrating RDMA into in-memory caching to enable efficient remote memory use across tenants. His work is grounded in large-scale experiments and peer-reviewed publications in systems and networking, and he brings strong software engineering skills in C/C++ and Java alongside hands-on experience with Docker and Memcached. In addition to research, he has substantial teaching experience across databases, systems, and software design, reflecting an ability to translate complex systems ideas into practical coursework. A less obvious strength is his end-to-end perspective—from low-level memory protocols to cloud deployment—that lets him optimize both performance and reliability in production-like settings.
8 years of coding experience
2 years of employment as a software developer
Amirkabir University of Technology
Doctor of Philosophy - PhD, Computer Science, Doctor of Philosophy - PhD, Computer Science at University of Illinois at Chicago
Computer Science, Computer Science at Florida International University