Associate Professor, Department of Mechanical Engineering, 
BITS Pilani, Pilani Campus


Name: Mr. Kunwar Chandra Singh
Current Position: Institute Research Scholar, BITS-RMIT PhD Program
PhD Thesis Title: “Prediction of friction and wear properties during different material interactions using vibration and acoustic measurement”

Name: Mr. Vikas Grover
Current Organization: KHD Humboldt Wedag, New Delhi,
PhD Thesis Title: “Behavioural Analysis of Cement Plant Rotary Kiln Using Modelling & Simulation Techniques”

Name: Mr. Abhishek Singh Bhadouria
Current Position: Institute Research Scholar, BITS Pilani, Pilani Campus
PhD Thesis Title: “Asset Management of locomotive railway Wheelsets”

Name: Mr. Saurabh Kumar
Current Organization: Schaeffler India Limited, Vadodara
PhD Thesis Title: Fault diagnosis and prognosis of cylindrical roller bearing system using vibration and acoustic measurement.

Name: Ms. Pratibha Sinha
Current Position: Institute Research Scholar, BITS Pilani, Pilani Campus
PhD Thesis Title: Design and development of an intelligent fault diagnosis and prognosis scheme for journal bearing

Name: Mr. Anish Kumar
Current Position: Institute Research Scholar, BITS Pilani, Pilani Campus
PhD Thesis Title: “Design and development of an intelligent wireless sensor network for fault diagnosis of rotor bearing system”.

Name: Dr. Shital Patil, Prime Minister Fellow (2019-23)
Current Designation: AI Specialist, Bosch.
PhD Thesis Title: “Condition Monitoring of Misaligned Rotor System and Remaining Useful Life Prediction of Rolling Element Bearing”. (2023)
Research Highlights: - Fault diagnosis and prognosis, Signal Processing, Machine Learning, Deep Learning
Name: Dr. Rohit Gunerkar
Current Designation: CMS Tech Lead, Vestas Technology R&D
PhD Thesis Title: “Fault diagnosis of rolling element bearing with multiple localized defect using mathematical modeling and experimental analysis”. (2019)
Research Highlights: - Fault diagnosis, Signal Processing, Condition Monitoring, Machine Learning, Vibration Analysis

| TITLE OF THE PROJECT | NAME OF THE STUDENT | 
| Fault diagnosis of rotor bearing system using Response surface methodology and 3 level Full factorial Design | Hara Prakash Mishra | 
| Vibration Based Analysis of Rotating Shaft with Transverse Crack | Parmar ved Hitendra | 
| Fault diagnosis for rotor misalignment | Devanshu Rana | 
| Fault diagnosis of a loosened rotor system | Behera Santosh Sagar | 
| Study and implementation of active vibration control in cantilever beam using smart material | Rajkumar Shufen | 
| Finite element analysis of sandwich plates | Aditya Deshpande | 
| Study of water absorption and tensile properties of silk/glass fiber hybrid composites | S Nunna | 
| Study of mechanical and water absorption characteristics of glass/jute/silk fabric reinforced epoxy hybrid composites | P Ravichandra | 
| TITLE OF THE PROJECT | NAME OF THE STUDENT | 
| Rotor-Rub Systems: Mathematical modelling | M M Kalyan Krishna | 
| Modelling and simulation of a Rail Vehicle | Roshan Pradhan | 
| Numerical analysis of ball bearing | Sourav Diwedi | 
| Numerical analysis of defective ball bearing | Chandra Bhan singh Chouhan | 
| Model Predictive Control of Horizontal Axis Wind Turbines in Power Production Operation for Fatigue Load Reduction | Varun Tripathi | 
| Modeling and fault detection in 4DOF rotor system | Anantim Raj | 
| Development of kinematic Multi-segment foot for GAIT analysis | Sahil Punchhi | 
| Finite element analysis of underground composite pipeleines | Sagnik Singha | 
| Machine fault diagnosis of CNC machines | Vidushi garg | 
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