Yohanna Dvorak

Developed applied research in quantum cryptanalysis, mapping systemic vulnerabilities and structuring mitigation strategies for critical financial infrastructures. Studied and implemented Shor's algorithm for solving the Elliptic Curve Discrete Logarithm Problem (ECDLP).

Developed Digital Twin software for intelligent completions systems in the energy exploration industry. Created technical documentation, modeling, and software architecture diagramming to ensure maintainability and scalability.

Provided theoretical and practical support for undergraduate classes in digital circuits, including boolean algebra, logic gate design, and circuit simplification. Assisted in laboratory experiments and guided students in hardware-level circuit prototyping.

Conducted rigorous literature review and produced scientific papers focused on the mapping and application of quantum algorithms.

Constructed backend applications and Docker containerization for a Condition-Based Maintenance system in Blowout Preventers.

Master's in Computer Science with dissertation on evaluation of exact, heuristic, and quantum algorithms for solving quadratic binary equations in the NISQ era.

Course in finance and quantitative modeling for analysts, covering fundamentals of quantitative modeling and regression models applied to financial modeling and data-driven decision making.

Hands-on course on quantum error correction with technical focus on quantum states and circuits, error mitigation strategies, and hardware-aware algorithm design for NISQ-era processors.

Course on post-quantum cryptography foundations, studying mathematical principles and protocols of PQC, focusing on quantum-resistant algorithms and transition to quantum-safe era.

Extension course in optimization and advanced algorithms covering linear-integer programming, algorithms and heuristics, and algorithm analysis and synthesis.

Course in quantum computing and high performance covering advanced quantum computing, quantum machine learning, quantum codes, and optimization/parallelism.

Bachelor's in Computer Science with thesis on quantum algorithms for the quadratic binary equations problem.

Programming course covering Python and JavaScript.