I am a dedicated and passionate structural biologist with a PhD degree, specializing in X-ray crystallography and structural biology techniques. My doctoral research focused on elucidating the molecular mechanisms underlying the adaptation stage of the CRISPR/Cas system, with a particular emphasis on the I-D type CRISPR/Cas system. Through a combination of structural biology and molecular biology techniques, I was able to uncover significant insights into how this system recognizes and processes foreign DNA, a study that was published in Nucleic Acids Research. This work not only advanced the understanding of CRISPR/Cas system mechanisms but also provided me with a solid foundation in structural biology and molecular techniques. After earning my PhD in 2020, coinciding with the COVID-19 pandemic, I embarked on my first postdoctoral training at my doctoral institution. During this period, I shifted my focus to the application of structural biology in drug discovery. My primary responsibilities included the establishment of a human drug target protein library, as well as using structure-based drug discovery approaches to identify potential therapeutic compounds. Additionally, I was involved in setting up a structural biology experimental platform, building a team of structural biology technicians, and promoting the commercialization of structural biology techniques. This postdoctoral experience significantly broadened my expertise in drug discovery and further honed my skills in project management, team collaboration, and technical development. Throughout both my PhD and postdoctoral training, I have developed a strong biological background and mastered a wide array of structural biology techniques. My passion for science drives me to pursue innovative solutions to global challenges, particularly in the realm of human health. I am committed to advancing our understanding of molecular biology and contributing to the development of therapeutic interventions for diseases. Beyond my technical expertise, I am also skilled in the visualization and communication of scientific results. I am proficient in creating high-quality scientific illustrations, preparing presentation slides (PPT), designing research posters, and producing protein structure videos, which help to effectively communicate my research findings to diverse audiences. In addition to my technical abilities, I possess excellent learning and adaptation skills, which allow me to quickly absorb new knowledge and seamlessly transition into new research areas. I am capable of rapidly mastering new techniques and concepts, which makes me highly versatile in collaborative and interdisciplinary research environments. My outgoing and approachable nature allows me to build strong working relationships with colleagues, fostering a positive and productive team dynamic. I excel in both individual and team-based tasks, with a strong ability to lead or support collaborative projects effectively. I am adept at handling challenges and troubleshooting problems in a team-oriented manner, making me an asset in group settings. My optimistic outlook on both life and work enables me to approach challenges with determination and resilience. I am highly motivated, self-confident, and driven to achieve excellence in both my personal and professional life. Outside of my academic and research pursuits, I maintain a healthy and active lifestyle, with a strong passion for sports and physical fitness. This balanced approach contributes to my well-being and enhances my ability to perform at my best. In summary, I am a highly skilled and passionate scientist, eager to continue my career in structural biology and contribute to solving critical scientific challenges. My extensive training in structural biology, combined with my ability to adapt to new research areas, communicate complex ideas effectively, and work collaboratively, makes me well-equipped to succeed in a postdoctoral research role. I am excited to leverage my skills and experiences to make meaningful contributions to the field of structural biology and help address pressing issues related to human health.