Faculty
Dr. John Stephen Mario A
Assistant Professor
Alliance School of Applied Mathematics
Dr. John Stephen Mario A is an academic in the field of Applied Mathematics. His teaching portfolio includes undergraduate courses such as MATLAB, where he emphasizes foundational concepts and practical problem-solving through interactive instruction and continuous assessment.
He is currently pursuing his Ph.D. in Mathematics from Vellore Institute of Technology (2025). Dr. Mario holds an M.Sc. in Mathematics from Loyola College, Chennai (2022), where his dissertation explored “Problem of Scheduling Operations at Suburban Unit Maintenance Depot”, and a B.Sc. in Mathematics from Sacred Heart College, Tirupattur (2020).
His research interests lie in Applied Mathematics, particularly in wave propagation, smart materials, differential equations, multi-layered structures, mathematical modelling, and continuum mechanics. He has been a recipient of multiple Raman Research Awards (2023, 2024, 2025) recognizing his excellence in research, along with the Don Bosco Memorial Award (2019) for academic and extracurricular distinction.
Dr. Mario aspires to foster a stimulating and inquiry-driven learning environment that nurtures analytical thinking, research innovation, and intellectual independence among students, while contributing meaningfully to the advancement of applied mathematical sciences.
- Mario A, J. S., & Alam, P. (2024), A multi-layered model of Newtonian viscous liquid, fiber-reinforced and poro-elastic media over a self-weighted half-space to investigate the SH-wave interactions. “Mechanics of Advanced Materials and Structures”, 1-13. [SCI IF - 3.6]
- Mario A, J. S., & Alam, P. (2024), Impacts on SH-Waves Regulating Through a FGPM Plate Clamped Between a Temperature Dependent Plate and a Microstructural Coupled Stressed Substrate Subjected to the Perfect and Imperfect Boundary Conditions. “Journal of Vibration Engineering & Technologies”, 1-15. [SCI IF - 2.4]
- Mario A, J. S., Alam, P., Jaesun Lee, & S. R. Manam (2025), Green’s function approach to determine the impact of disturbance source on SH-wave regulation in the piezoelectric layer over FGTI substrate. “Engineering Computations”. [SCI IF - 1.9]
- Mario A, J. S., & Alam, P. (2025), Study of SH-wave regulation through a multi-layered model consisting of piezo, MTI and anelastic plates. “Mechanics Based Design of Structures and Machines”. [SCI IF - 2.9]
- Mario A, J. S., Alam, P, & S. R. Manam (2025), Circumferential interaction of shear waves with doubly piezomagnetic materials made cylindrical structure. “Applied Physics A”. [SCI IF - 2.8]
- Mario A, J. S., Alam, P, & S K Vishwakarma (2025), Effect of surface irregularity on the propagation behavior of SH-waves in a piezoelectric viscoelastic composite structure. “Waves in Random and Complex Media”. [IF - 4.05]
