
Analytical Physicist with a strong foundation in computational modelling, artificial intelligence, and quantum technology. Experienced in developing data-driven models and simulation frameworks to solve complex physical and engineering problems. Demonstrated ability to integrate physics-based understanding with machine learning techniques to improve prediction accuracy and optimize system performance. Particularly interested in advancing quantum technologies and physics-based machine learning for next-generation applications in energy, advanced computing, and high-performance systems. Committed to contributing to innovative, research-driven environments that translate scientific knowledge into practical, scalable solutions.