Project Associate (Mechanical Engineering): This work focuses on the advancement of computational mechanics and predictive modeling. It aims to achieve high-efficiency parameter estimation by combining physical laws with advanced data science. The research involves using physics-informed machine learning to solve complex inverse problems and quantify uncertainties in mechanical systems. This research is funded by the SERB Ramanujan Fellowship.
Junior Research Fellow (Mechanical Engineering): This work focuses on the advancement of electric vehicle safety and efficiency within the specific environment of India. It aims to achieve a high-efficiency system for keeping battery packs at the right temperature and tracking their health in real-time. The research looks at how heat affects battery life and develops ways to predict when maintenance is needed before a failure happens. By monitoring these systems constantly, the project helps make EVs more reliable and long-lasting for daily use. This research is funded by ANRF CRG.
| Project Associate (Mechanical Engineering) | 1 |
| Junior Research Fellow (Mechanical Engineering) | 1 |
Interested candidates should apply by emailing their resume and certificates of educational qualifications (from Class X onwards) as a single PDF file to the respective contact email addresses, ensuring the correct subject line.
Combined Test: Clocks and Calendar, Ratio and Proportion & Speed Time and Distance
Project Associate (Mechanical Engineering): This work focuses on the advancement of computational mechanics and predictive modeling. It aims to achieve high-efficiency parameter estimation by combining physical laws with advanced data science. The research involves using physics-informed machine learning to solve complex inverse problems and quantify uncertainties in mechanical systems. This research is funded by the SERB Ramanujan Fellowship.
Junior Research Fellow (Mechanical Engineering): This work focuses on the advancement of electric vehicle safety and efficiency within the specific environment of India. It aims to achieve a high-efficiency system for keeping battery packs at the right temperature and tracking their health in real-time. The research looks at how heat affects battery life and develops ways to predict when maintenance is needed before a failure happens. By monitoring these systems constantly, the project helps make EVs more reliable and long-lasting for daily use. This research is funded by ANRF CRG.