Skills
Core Technical Skills:
1.Quantum Information & Communications: Quantum Key Distribution (QKD), BBM92 protocol implementation, quantum network simulation, single-photon quantum emitters, quantum optics, and quantum-safe communication architectures.
2.Simulation & Modeling Software: NetSquid libraries, LAMMPS particle-based simulations, custom numerical modeling, and physics validation frameworks.
3.Programming & Scripting Languages: Python, R, modern C++, and CUDA for heterogeneous and high-performance computing.
Development Tools & Practices: Git, collaborative software development, unit testing, regression testing, performance profiling, optimization, debugging, and computational benchmarking.
Professional Experience & Achievements:
1.Fraunhofer Singapore (Quantum Computing & Communications Internship): Specialized in quantum communications by successfully developing and optimizing a functional Quantum Network Simulator that implemented the BBM92 protocol using Python and NetSquid libraries.
2.Nanyang Technological University (NTU): Earned a Bachelor of Science in Physics (Honours) in 2025, completing rigorous training in computational modeling, data processing, and advanced physics principles.
3.Cross-Disciplinary Competencies: Demonstrated capability in bridging theoretical physics with practical software architecture, data analysis, and numerical simulation tool development.
About
Physics Honours graduate from Nanyang Technological University (NTU) specializing in quantum communications, simulation frameworks, and computational physics. Demonstrated hands-on expertise in developing quantum network simulators and implementing the BBM92 protocol using Python and NetSquid libraries during an internship at Fraunhofer Singapore. Proficient in numerical modeling, LAMMPS simulations, and high-performance programming languages including Python, C++, and R. Eager to bridge theoretical quantum mechanics with applied, production-ready security and communication systems.
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