Mr. Srinidhi Arulselvan is a researcher in applied mathematics with a strong focus on control systems, dynamical systems, and vehicle suspension dynamics. Her work centers on stability analysis, vibration control, descriptor systems, and fault-tolerant control strategies for complex mechanical and cyber-physical systems. She has contributed to high-quality research on active and semi-active vehicle suspensions, sampled-data control, disturbance rejection, and secure control under network-induced constraints. Her studies integrate rigorous mathematical modeling with practical engineering applications, addressing challenges in reliability, safety, and performance of modern transportation systems. Her research demonstrates strong interdisciplinary relevance across control theory, automation, and applied mathematical physics.