| News from A.E.R.L |
About The Lab: |
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Welcome to the Advanced Engine Research Lab, located within the Department of Mechanical Engineering at the National Institute of Technology (NIT) Silchar. Our lab facility is dedicated to conducting cutting-edge research and development in the field of IC engines. At the Advanced Engine Research Lab, we strive to push the boundaries of automotive propulsion systems, focusing on enhancing efficiency, performance, and sustainability. Equipped with advanced experimental setups, our lab offers a dynamic environment for investigating various aspects of engine design, combustion, emissions control, and alternative fuels. We conduct rigorous testing and analysis to understand the complex interactions within engines better and develop optimized solutions. Our research initiatives encompass a wide range of areas, including internal combustion engines, exhaust after-treatment systems, engine design, and electric propulsion. By addressing key challenges in these domains, we aim to contribute to the development of cleaner, more efficient, and sustainable transportation systems. We welcome talented students, scholars, and professionals who are passionate about advancing the field of engine research to join us in our endeavors. Whether you’re interested in pursuing research, seeking industrial partnerships, or exploring the latest advancements in engine technology, the Advanced Engine Research Lab at NIT Silchar offers a vibrant platform for innovation and discovery. |
Come and be a part of our journey as we strive to shape the future of engines and contribute to a more sustainable and efficient world.
Lab In-Charge: Dr. Abhishek Paul
E-mail id: abhishek@mech.nits.ac.in
Sponsored Projects:
1. Development and testing of Nano-doped hybridized biodiesel as pilot fuel for hydrogen dual fuel operation in a stationary CI engine. Sponsoring Agency: Department of Science and Technology, Govt. Of India; Duration: 2019-2023, Budget: 51.84 Lakhs
Instrumental Facilities : Single cylinder variable compression ratio common rail direct ignition system with open ECU; Modular diagnosis analyzer; Smoke meter
Research scholars
| Sl.no | Name of the Scholar | Area of research interest | Joining Year | No. of journals published | Status |
| 1. | Mukund Kumar Jha | Development of Fuel Injection Strategies for the Combustion of Hydrogen in RCCI engine |
July 2018 | 3 | Completed |
| 2. | Benjamin Basker | Development of novel material-based catalysts for NOx reduction using lean NOx traps. | July 2018 | Active | |
| 3. | Parthasarathi Deb | A study on the impact of Acetylene-Biodiesel dual-fuel operations in a CI Engine under different combustion strategies | January 2019 | 5 | Active |
| 4. | Divyansh Singh | A study on thermochemical conversion of organic and plastic wastes for synthesis of combustible fuel and its application in IC engine | August 2020 | 3 | Active |
Postgraduate Scholars
| Sl.no | Name of the student | Area of work | Joining Year | No. of Publications | Status |
| 1. | Devesh Kumar | Nano-doped fuel combustion in CI engine | 2019 | 1 | 2021- Passed out |
| 2. | Aravind Kumar | Biodiesel production optimization and engine testing | 2019 | 2021- Passed out | |
| 3. | Sunaina Saikia | Effect of in-situ catalyst on Performance, Combustion and Emission characteristics of H2 RCCI engine: an experimental study | 2022 | 1 | 2023- Passed out |
| 4 | Shafiul Prodhini | 2023 | Active |
Undergraduate Students
| Sl.no | Name of the student | Area of work | Joining Year | No. of journals published | Status |
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Contact us: nits.aerl@gmail.com