Glimpses of PG Students Projects during AY 2025-26

M.Tech (Structures) students attended an Expert lecture on "Seismic Analysis and Design of Elevated Storage Reservoir" delivered by Dr. S. N. Madhekar under the aegis of the ISET Students' Chapter on 28 April 2026.

Mr. Pawan S. Khandare successfully completed M.E. in Civil Engineering with a specialization in Construction Management during the academic year 2025–26 under the guidance of Dr. V. N. Patil. His dissertation focused on "Assessment and Mitigation of Claim Disputes in Infrastructure Project Management: A Case-Based Approach."The study concludes with a framework for effective claim mitigation, emphasizing preventive practices, structured contract administration, and data-driven decision-making to improve efficiency and stakeholder collaboration in large-scale infrastructure projects.

Mr. Deokar Pushkar Mahadev successfully completed M.E. in Civil Engineering with a specialization in Construction Management during the academic year 2025–26 under the guidance of Dr. V. N. Patil. His dissertation focused on "Construction Planning and Management of Purandar Airport – A Detailed Case Study."

Mr. Deshmukh Yash Rajesh successfully completed M.E. in Civil Engineering with a specialization in Structural Engineering during the academic year 2025–26 under the guidance of Dr. V. N. Patil. His dissertation focused on "Performance Evaluation of Fir-Shaped Pile Foundation under Axial Loading Conditions."The research involved evaluating the structural behavior and load-carrying performance of fir-shaped pile foundations under axial loading through detailed analytical and numerical investigations, with the objective of improving foundation efficiency and enhancing the performance of deep foundation systems.

Mr. Abhishek Deepak Raut successfully completed M.E. in Civil Engineering with a specialization in Structural Engineering during the academic year 2025–26 under the guidance of Dr. V. N. Patil. His dissertation focused on "Structural Performance Assessment of Façade System under Wind and Seismic Loads in High-Rise Buildings."