As an applied mathematician with a robust background in modeling and simulation, I thrive on solving complex problems and developing innovative solutions that impact government, science, engineering, and business sectors. While working towards a Master's degree in Computer Science from the University of Texas at Austin, with a foundation built on my Bachelor's in Mathematics, my academic and professional journey is rooted in a deep understanding of mathematical principles and their practical applications.In my current role as a Research Assistant at The University of Texas, I've expanded mathematical knowledge through the development of new principles, recognizing previously unknown relationships between mathematical concepts. My work has directly contributed to modeling practical problems, developing computational methods, and creating advanced computer codes to support significant research findings. Highlights of my career include:• Developing a method to convert heart scans into efficient T-spline surfaces, aiding finite element analysis and improving medical diagnostics.• Writing software that investigates entropy-minimizing structures in graph theory, offering fresh insights into complex mathematical problems.• Engaging in projects that model the motion of celestial bodies, aligning computational models with observations to predict galaxy collisions accurately.With over two years of hands-on experience in numerical analysis and statistical modeling, I excel in constructing detailed, accurate models to solve real-world problems. My approach combines meticulous attention to detail, analytical thinking, and a collaborative spirit to innovate and streamline processes. I'm driven by the challenge of using data and mathematical theories to support and enhance business decisions, striving for excellence in every project.My skills in Python, C++, and data analysis tools, coupled with a passion for continuous learning, make me an ideal candidate for positions requiring expert mathematical modeling, problem-solving, and analytical capabilities. I'm keen to contribute my expertise to tackle challenges in science, business, and engineering, delivering solutions that drive progress and innovation.If you're looking for an applied mathematician who is structured, accurate, and dedicated to developing new mathematical insights and solutions, please feel free to connect or reach out directly at ryanacharette@gmail.com.
