Research and Development Engineer, Quantum Computing @ Universitetet i Oslo

Conducted research and development in quantum computing, quantum mechanics, mathematical modeling, and computational methods, working across theoretical foundations, applied research, and engineering-oriented implementation.

Developed and analyzed mathematical models for quantum systems, contributing to research workflows involving abstraction, simulation, data analysis, algorithmic reasoning, and formal problem formulation.

Led and coordinated quantum computing project tasks, including research planning, implementation strategy, milestone definition, resource allocation, and collaboration with researchers across technical and academic contexts.

Taught quantum computing and quantum mechanics topics, designing syllabi, lecture materials, assessments, and technical explanations for students and junior researchers.

Mentored junior researchers and supported their contributions to quantum computing projects, helping translate complex mathematical and computational concepts into structured research work.

This experience became a central foundation for my later work in post-quantum cryptography, cryptographic infrastructure, formal reasoning, protocol correctness, and security-critical systems where mathematical assumptions directly shape engineering decisions.