MSc Cyber Security @ Birmingham City University
Quantum Information Science • Quantum Control & Communication • AI & Machine Learning for Quantum Systems
I am a researcher in Quantum Information Science with an MSc in Cyber Security from Birmingham City University (UK). During my master’s, I focused on quantum cryptography, quantum control, and the application of artificial intelligence techniques (machine learning, deep learning, and reinforcement learning) to quantum computation. These projects gave me hands-on experience with frameworks such as Qiskit, Cirq, and Pennylane, as well as simulation environments and optimization techniques for quantum systems.
My research interests include quantum computation, quantum communication, quantum control, and the integration of artificial intelligence with quantum technologies. I am particularly curious about how quantum systems can process and transmit information in ways that classical systems cannot.
I am preparing to apply for PhD programs with the goal of contributing to both the theory and the practical development of quantum technologies. In the meantime, I stay engaged with the field through research collaborations, workshops, and independent study, while continuing to develop my skills in quantum programming, quantum algorithms, and hybrid quantum–classical methods.
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Quantum Technologies:
Cyber Security:
Programming:
AI / Machine Learning:
DevOps & Tools:
- ⚛️ Advanced Quantum Control with Ensemble Reinforcement Learning: A Case Study on the XY Spin Chain — IEEE Access, 2025
- 🔒 Enhancing the Security of Classical Communication with Post-Quantum Authenticated-Encryption Schemes for the Quantum Key Distribution — Computers, 2024
- 🌐 Enhancing Sniffing Detection in IoT Home Wi-Fi Networks: An Ensemble Learning Approach with Network Monitoring System (NMS) — IEEE Access, 2024
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“Securing the future, one qubit at a time.”