I undertook a challenging research project in quantum simulation during my M.Sc. degree, where I explored the fascinating realm of quantum technology. As a Quantum Simulation Researcher, my work primarily revolved around Schrödinger cat state generation and their properties using the Python libraries such as Qutip, Numpy, Pandas, Matplotlib, and Scipy.Throughout this project, I honed my Python programming skills, leveraging these libraries for numerical simulations and data analysis. I also delved into the theoretical physics underlying quantum phenomena, applying advanced algebra and calculus techniques to model and analyze quantum systems.Additionally, I gained proficiency in research writing using LaTeX, effectively communicating my findings and insights to the scientific community. My research involved extensive data analysis, particularly image data generated from quantum simulations, requiring a deep understanding of image processing techniques.Most importantly, this experience allowed me to immerse myself in the field of quantum technology and grasp the intricacies of quantum simulation. It provided invaluable insights into conducting research in this cutting-edge and rapidly evolving field, making me adept at tackling complex problems and contributing to the advancement of quantum technologies