Summary
Ali Shakeri is a researcher and experienced C++ engineer with 11 years of experience specializing in real-time verification for safety-critical systems, particularly Autonomous Driving and ADAS. He focuses on requirements-level timing analysis and the dynamic aspects of Operational Design Domains, bridging formal verification thinking with practical simulation and ROS2 integration. His background includes high-performance scientific computing—developing and MPI-parallelizing finite-volume solvers with SIMD optimizations that achieved large speedups—alongside hands-on work generating AVP scenarios and using Autoware.Auto. Comfortable across embedded and research environments, he values clean design and modern C++ practices to deliver maintainable, efficient software. Based in Oldenburg, Germany, he combines physics-trained analytical rigor with pragmatic tool-building for validation and V&V of complex automotive functions. An unobvious strength is his cross-domain fluency: from low-level performance tuning to systems-level safety requirements, enabling end-to-end improvements in real-time automotive software.
11 years of coding experience