eSupervisor Detail

About me

PhD scholar in Mathematics specializing in software reliability, belief reliability, and uncertainty theory. Experienced in developing reliability and vulnerability discovery models using uncertain differential equations and NHPP frameworks. Published in Springer and Nature Scientific Reports, with industry exposure in software quality and reliability assurance. Committed to conceptually clear, application-oriented teaching and mentoring students in research, modeling, and academic writing.

Interests: My research interests focus on software reliability growth models, vulnerability discovery modeling, uncertainty theory, and belief reliability. I work on developing mathematical models to study fault detection, debugging efficiency, and vulnerability discovery processes in software systems using NHPP-based frameworks, stochastic methods, and uncertain differential equations. My research aims to capture real-world uncertainty in reliability and security data, contributing to improved software quality, risk assessment, and secure system development.