My goal is to enhance my academic and research skills in physics while contributing to the innovation and advancement of quantum computing and material science. I am deeply motivated to pursue a master’s degree in these fields and to collaborate with an experienced mentor who can inspire and guide me in pushing the boundaries of computational technologies and material research.As a dedicated and curious learner, I value collaboration, critical thinking, and excellence. During my time as a Quantum Computing Student at The Coding School, I have been honing my understanding of quantum algorithms, circuits, and hardware, utilizing tools such as Python and Cirq. This experience has solidified my passion for exploring the intersection of quantum mechanics and computation.My academic background also includes a strong foundation in Density Functional Theory (DFT), where I gained hands-on experience with tools such as SIESTA, VMD, VESTA and Material Studio. I am particularly interested in applying computational methods to study material properties and their applications in advanced technologies.Previously, I worked as a Project Assistant at Thoth AI, where I managed a team of moderators, contributed to content curation, and provided strategic feedback for improvement. This role sharpened my skills in project management, teamwork, and analytical thinking.I am excited to further develop my expertise in quantum computing, computational physics, and material science while contributing to cutting-edge research and innovation in these transformative fields.