Goel Institute of Technology and Management Lucknow | India
Dr. Abhay Prakash Srivastava is an accomplished academician in the field of Physics with over fourteen years of rich teaching experience across engineering institutes and higher education institutions. He earned his Ph.D. in Physics from Madan Mohan Malviya University of Technology, Gorakhpur, in 2025, complementing his strong academic foundation that includes an M.Sc. in Physics with specialization in Electronics and a B.Sc. in Physics and Mathematics from Dr. R.M.L. Awadh University. Throughout his career, he has served in various academic roles, currently working as an Assistant Professor of Physics at Ambalika Institute of Management and Technology, Lucknow, and previously contributing significantly at institutions such as Bansal Institute of Engineering and Technology, R. R. Institute of Modern Technology, and Dr. M.C. Saxena College of Engineering and Technology. His teaching portfolio spans undergraduate engineering courses and school-level physics, reflecting his versatility and commitment to physics education. Dr. Srivastava’s research interests lie in core and applied areas of physics with an emphasis on electronics-oriented concepts and pedagogy-driven research. The award of his doctoral degree stands as a major academic milestone, recognizing his sustained dedication to research and teaching excellence. Overall, he is widely regarded as a dedicated educator and researcher who continues to contribute meaningfully to physics education and academic development.
Featured Publications
Formulation for the Prediction of Melting Temperature of Metallic Solids Using Suitable Equation of States
– Computational Condensed Matter, Vol. 35, e00807 (2023)
Theoretical Prediction of Thermoelastic Properties of Bismuth Ferrite by a New Approach
– Journal of Mathematical Chemistry, Vol. 62(9), 2253–2264 (2024)
A New Approach to Evaluate Pressure of Solids at High Compression
– National Academy Science Letters, Springer India (2024)
Analysis of the Structural and Electronic Properties of TiO2 Under Pressure Using Density Functional Theory and Equation of State
– Computational Condensed Matter, e01076 (2025)
A Constructive Approach to Formulating Pressure-Dependent Binding Energy Using the Equation of State
– Ionics (2025)