From an early age, I have been captivated by the mysteries of space, leading me to pursue a B.S. in Astronomy and Astrophysics and an M.S. in Space Sciences at Florida Institute of Technology. My academic foundation spans stellar evolution, cosmological models, and programming expertise in Python, MATLAB, and C++.My diverse research experience includes analyzing carbon mono-sulfide emissions in young stellar objects and developing methods to transform simulated Martian regolith into a soil-like substrate, earning recognition for Best Evaluation of Results and Most Innovative Experiment from the Institute of Competition Sciences' Plant the Moon/Mars Global Competition.In addition to research, I contribute to educational initiatives as a Mathematics Tutor with Varsity Tutors, where I provide tailored instruction in advanced math topics like Calculus, Geometry, and Algebra. I also work as a Math Problem Developer at Pareto.AI, designing original, college-level math problems for AI training to support advancements in AI alignment and safety.My teaching and mentoring background includes a long-standing role as a Teaching Assistant at Hillcrest Academy, where I designed STEM-based activities and fostered inclusive learning environments for children. My involvement in organizations like the Student Astronomical Society and Society of Physics Students has further honed my teamwork, leadership, and project management skills.As I continue my academic and professional journey, I am passionate about applying my interdisciplinary expertise to dynamic, collaborative projects that advance space exploration, education, and the development of ethical AI systems.