PhD-level software architect and algorithm specialist with a strong foundation in applied mathematics, optimization, and high-performance computing.
Doctorate in Automatic Systems with research focused on semidefinite programming and advanced numerical methods, including extensive use of parallel linear algebra libraries (ScaLAPACK and PBLAS). Early career experience as Assistant Professor in the High-Performance Computing group at the Polytechnic University of Bucharest, with teaching and research in numerical methods, parallel processing, and optimization techniques.
Extensive industry experience designing, developing, and optimizing computationally intensive, real-time systems across multiple domains. Proven ability to build complex algorithms under strict performance constraints, working with large-scale data, limited hardware resources, and distributed architectures. Strong expertise in multithreading, performance optimization, and scalable software design.
Currently expanding expertise into quantum computing, with focus on quantum algorithms, hybrid quantum-classical workflows, and resource-efficient computational models.