Saidat Olaide Yusuff
Short Bio
Saidat Yusuff is a PhD candidate in Applied Mathematics at Auburn University. Her research interests include optimization, scientific computing, nonlinear systems and topological photonics. Her current research focuses on semidefinite programming approaches for the design of topological photonic crystals, finite element methods for Bloch eigenvalue problems and computational techniques for studying wave propagation and topological phenomena in photonic materials. She is also actively engaged in teaching, mentoring, professional service and STEM outreach.
Education
PhD, Applied Mathematics Auburn University Expected 2027
MSc Mathematics Federal University of Agriculture Abeokuta 2018
BSc Mathematics Federal University of Agriculture Abeokuta 2014
Professional Experience
I am committed to promoting student learning through effective instruction, mentorship and active engagement. My teaching and research experience includes the following roles:
- Graduate Teaching Assistant, Department of Mathematics and Statistics, Auburn University, 2022–Present
Supported instruction in Calculus with Business Applications, Calculus I, Pre-Calculus and Differential Equations. - Graduate Research Assistant, Department of Mathematics and Statistics, Auburn University, 2024–Present
- Instructor of College Algebra, Auburn University, Fall 2025
- Recitation Instructor, Calculus II, Auburn University, Spring 2023
- Mathematics Teacher, Latola Model College, Ido-Osun, Nigeria, 2020–2022
Innovation
My research focuses on optimization, scientific computing, nonlinear systems and topological photonics. My current work develops semidefinite programming methods for the design of topological photonic crystals, along with computational techniques for studying wave propagation and topological phenomena in photonic materials. I am particularly interested in finite element methods, Bloch eigenvalue problems, Berry curvature analysis and mathematical optimization for emerging photonic and quantum technologies.
Engagement
I am actively involved in STEM outreach activities that promote student engagement, innovation and interest in science, technology, engineering and mathematics. Selected outreach activities include:
- Judge, VEX Robotics Competition, 2025
- Reviewer and Judge, International Forum on Research Excellence, 2025
- Judge, Alabama Science and Engineering Fairs, 2024–2025
- Judge, Assistant Supervisor and Event Coordinator, Alabama Science Olympiad, 2024–2026
- STEM Volunteer, Auburn University Mathematical Puzzle Program, 2023–2025
- Judge, Virginia Junior Academy of Science Annual Meeting and Research Symposium, 2024
- Judge, Future City Competition, 2024–2026
- STEM Volunteer, Destination STEM Summit, 2025
- STEM Volunteer, Elementary Science Olympiad, 2026
- Judge, Alabama VEX V5 Robotics Competition, 2025–2026
Professional Service
I contribute to the academic and research community through scholarly reviewing, editorial service and research evaluation activities. Selected professional service activities include:
- Associate Editor and Reviewer, Journal of Emerging Investigators, 2024–2025
- Reviewer, Statistics, Optimization and Information Computing, 2025–Present
- Reviewer, Auburn Undergraduate Research Fellowship, 2026
- Abstract Reviewer, Auburn Research Symposium, 2024
- Moderator, Auburn Research Symposium, 2024
- Volunteer Data Collector, EvenQuads Deck 3: Notable Women in Mathematics Playing Cards, Association for Women in Mathematics, 2024
- Volunteer Biography Fact Checker, EvenQuads Deck 3: Notable Women in Mathematics Playing Cards, Association for Women in Mathematics, 2025
Leadership
I actively contribute to the university community through leadership and service in academic, professional and student organizations. Selected leadership roles include:
- Secretary, Association for Women in Mathematics Auburn Chapter, 2024–2025
- Vice President, African Students Association, 2024–2025
- Treasurer, Muslim Students Association, 2023–2024
