Completed Ph.D. Students:

1. P.P. Gudur,  Soft Computing Assisted Modeling of Symmetric and Asymmetric Rolling Processes   (defended in January 2009).
2. D.K. Sarma, Experimental  Study, Neural Network Modelling and Optimization of  Environment-Friendly Air-cooled and Dry Turning Processes (defended in April 2010)
3. M. Hazarika, A Fuzzy Set Based Setup Planning Expert System Considering Fixturing Aspects for Machining of Prismatic Parts, (defended in April 2011)
4. Ratnakar Das, Experimental Study And Simulation Of Multi-Hole Extrusion Process, (defended in April 2012)
5. M. Chandrasekaran, Cloud Computing Based Machining Optimization (defended in May 2014), Co-supervisor: Dr. M. Muralidhar.
6. S. Mahto, 2015, Shape Optimization of Revolute-Jointed Flexible Manipulators (defended in March 2016), Co-supervisor: Dr. A.K. Gogoi.
7. S. M. Kamal, 2016, A Theoretical and Experimental Study of Thermal Autofrettage Process (defended in June 2016) .
8. Vinod Yadav, 2016, Inverse Estimation of Material Parameters, Convective Heat Transfer Coefficients and Friction in Warm Flat Rolling (defended in August 2016),Co-supervisor: Dr. A.K. Singh.
9. R. Kalidasan, 2017, Experiment Investigations on Double Turning Process (defended in September 2017), Co-supervisor: Dr. S. Senthilvelan
10. B.N. Fetene, 2018, A Study on the Performance of Laser Based Bending (defended in July 2018)
11. W. G. Jiru, 2018, Laser Surface Alloying of Aluminum and Surface Melting of Al-12Si-4Cu-1.2Mn Alloy (defended in December 2018). Co-Supervisor: Dr. M. Ravi Sankar
12. Polash P. Dutta, Enhancement of Accuracy and Efficiency of Laser Based Bending and Straighening Processes (defended in May 2019). Co-Supervisor: Dr. K. Kalita