Published several conference and workshop papers, including 'Modal Abstractions for Virtualizing Memory Addresses' (OOPSLA 2024/2025) and 'A Type System for Read-Copy-Update Concurrency' (ESOP 2019). Also published technical reports and a Ph.D. thesis titled 'Modal Abstractions for Operating System Kernels'.
Research Experience
His Ph.D. research includes Roqc (mostly Iris) proofs for systems such as OS kernels, filesystems, and machine models. Previously, he was a Senior Software Engineer at Crytek.
Education
Ph.D. from Drexel University in 2025, advised by Colin Gordon; M.S. from Koç University in 2015, supported by a Microsoft Research scholarship.
Background
Computer scientist with a focus on programming languages, logic, and verification. His work centers on understanding software systems, particularly low-level ones, through mathematical proof. He is interested in building program logics, the ergonomics of specifications within these logics, and, most recently, visualizing (drawing) proofs and specifications for programs.