Date of Joining: 04.06.2012
Nature of Association: Regular
| Employee ID | 50317 | ||||
| Intercom | 1059 | ||||
| Educational details | |||||
| Degree | Passed out year | Specialization | Institute/University/ College | ||
| PhD | 2018 | Advanced IC Engines | Vellore Institute of Technology | ||
| M.Tech. | 2011 | Nanotechnology | NIT Calicut | ||
| B.E. | 2009 | Mechanical Engineering | Park College of Engineering and Technology | ||
| Research Details | |||||
| Areas of Specialization | Advanced IC Engines, Hydrogen, Waste to Energy, Alternative fuels | ||||
| ORCID ID | 0000-0003-0974-9192 | ||||
| Scopus ID | 55972993700 | ||||
| H-index (scopus) | 12 | ||||
| Google Scholar ID | https://scholar.google.com/citations?user=kBHDA2IAAAAJ&hl=en&oi=ao | ||||
| i10 index | 13 | ||||
| On-going Consultancy Project Details | |||||
| On-going Consultancy Project Title | Funding Agency | ||||
| Services to develop a tool based on first principles and data driven approach for Online Estimation of Coal Moisture and Gross Calorific Value in Pulverized Mill | Kalki Communication Technologies Pvt Ltd, India | ||||
| GUI based Software development for Modelling Rankine Thermal Power Cycle | Bodh Solutions, India | ||||
| Completed Consultancy Project Details | |||||
| Completed Consultancy Project Title | Funding Agency | ||||
| ICE-0 | Iniciotek, India | ||||
| Steam Turbine Cogeneration Plant | Maxwatt Turbosystems Pvt Ltd, India | ||||
| Consultancy Services for the impact of CO2 on hydrogen-based CI engines | Academic Institution, Saudi Arabia | ||||
| Completed Funded Project Details | |||||
| Completed Funded Project Title | Funding Agency | ||||
| Evaluation of the Effects of Methane Enrichment on a Biogas Fuelled CI Engine Operated in Dual Fuel and HCCI Modes | DST – SERB | ||||
| Patent Granted Details | |||||
| Patent Granted Title | Patent Granted Application No. | ||||
| PORTABLE P-V MODULE FOR LIGHTING | 202141006778 | ||||
| Book / Book Chapter Published Details | |||||
| Title | Publisher | Year | |||
| Simultaneous Reduction of NOx and Smoke Emissions in Dual Fuel and HCCI Engines Operated on Biogas | IGI Global | 2020 | |||
| Major International Collaboration Details | |||||
| Research and Publications – King Khalid University, Saudi Arabia | |||||
| Research and Publications – Teeside University, UK | |||||
