Summary
Alejandra Manotas is a Ph.D. candidate in Mathematics at UNAM specializing in the isochronous center problem and complex analysis, with a decade of research and teaching experience. Her work bridges applied mathematics, perturbation theory, and celestial mechanics, producing publications on the Wilberforce pendulum and generalized homogeneous potentials. She has taught discrete mathematics at the university level and developed instructional tools—including a Jupyter Notebook course and a program to graph special functions—reflecting a strong commitment to math education and computational pedagogy. Complementing her theoretical focus, she has formal training in High-Performance Computing (C++/Python) and has continued expanding into quantum computing through UNAM summer schools. Notably, her profile blends deep analytical research with practical tool-building for teaching and simulation, positioning her to translate complex mathematical ideas into accessible computational resources.
10 years of coding experience
Doctor of Science, Complex analysis, Doctor of Science, Complex analysis at UNAM Morelia
Master's degree, Computer Programming, Specific Applications, Applied Mathematics, Master's degree, Computer Programming, Specific Applications, Applied Mathematics at Universidad Autónoma de San Luis Potosí