SSN Research Centre – Pioneering Scientific Excellence for India’s Progress
SSN Research Centre, an initiative by Shri Shiv Nadar, founder of HCL and SSN Institutions, is dedicated to advancing scientific research and innovation in India. As a multidisciplinary institution, it fosters groundbreaking research in emerging fields crucial for national development.
Empowering Innovation at SSN
SSN funds 200+ student projects annually with grants of ₹25,000 each, totaling over ₹2 crore. The faculty has received ₹5 crore in research funding to date.
Advancing Science and Innovation
SSNRC is a multidisciplinary research institution dedicated to pioneering scientific advancements.
SSNRC Labs, Innovating for the Future
Dedicated to solving cutting-edge research challenges with promising real-world applications.
Research Program
Advancing Solar Innovation at SSNRC
Research on Amorphous Silicon Thin-Film Photovoltaics
SSNRC is exploring amorphous silicon thin-film photovoltaics to enhance solar energy efficiency.
Why Choose SSNRC?
SSNRC fosters groundbreaking research with advanced facilities. It encourages innovation across multiple disciplines, driving advancements in science, technology and real-world applications.
Cutting-Edge Research Facilities
Generous Research Funding
Expert Faculty & Researchers
Industry-Academia Collaboration
Focus on Sustainable Technologies
Global Research Impact
About SSRNC
Advanced Research in Energy, Materials and Sustainable Technologies
SSN Research Centre (SSNRC) pioneers cutting-edge research with national relevance, addressing key challenges. It seamlessly integrates education and research, exploring uncharted scientific frontiers. As a hub of innovation, SSNRC fosters global collaborations and knowledge exchange. Inspiring young minds, it empowers future researchers to drive technological advancements.
Research Statistics
Advancing Knowledge & Innovation at SSN
At SSN, pushing the boundaries of knowledge is integral to a truly progressive academic culture. Research in current, new and emerging areas ensures that the nation is prepared to meet future challenges and needs. To foster active research within SSN institutions, a Research Advisory Council has been established to guide research initiatives and inspire faculty and students to fulfill our founder Shiv Nadar’s vision—aspiring to reach the level of Nobel Laureates.
| Year | 2017 | 2018 | 2019 | 2020 | 2021 |
|---|---|---|---|---|---|
| No. of Projects | 45 | 54 | 44 | 44 | 63 |
| No. of Students involved | 105 | 141 | 112 | 131 | 169 |
| Amount (Rs in lakh) | 8.29 | 11.41 | 10.37 | 8.58 | 12.87 |
| No.of Faculty Mentors involved | 35 | 49 | 42 | 46 | 69 |
People
Esteemed Faculty at SSNRC
The faculty at SSN Research Centre (SSNRC) comprises distinguished researchers and experts dedicated to pioneering advancements in science and technology. Their mentorship and expertise drive innovation, fostering a dynamic research ecosystem.
Materials Growth of single crystals
Research explores single crystal growth using solution and melt growth techniques for advanced applications.
Organic and inorganic crystals are developed for nonlinear optical (NLO) applications.
Ternary chalcogenide materials are studied for thermoelectric energy conversion.
Organic single crystals are optimized for radiation and scintillation detectors.
- Growth of single crystals by solution and melt growth techniques
- Organic and Inorganic single crystals for nonlinear optical (NLO) applications
- Ternary Chalcogenide materials for thermoelectric applications
- Organic single crystals for radiation and scintillation detector applications
Modelling and Simulation
Research focuses on lead-free piezoelectric materials and vertically aligned nanostructures for energy harvesting and sensing. Composite materials and alternative transparent electrodes enhance optoelectronic and thermoelectric applications.
Graphene, metal oxide nanostructures, and silicon nanowires are developed for solar cells and energy storage. TMD-based electrode materials improve battery performance and energy conversion efficiency.
- Development of Lead-free piezoelectric materials
- Development of vertically aligned nanostructures
- Composite materials
Energy Storage
Research focuses on silicon-based anode materials to enhance lithium-ion battery capacity.
2D materials are explored to improve charge retention and battery lifespan.
These advancements contribute to efficient and sustainable energy solutions.
- Silicon-based anode materials for Lithium Ion battery
- 2D materials for Energy storage applications
Modelling and Simulation
Research focuses on optimizing heat transfer in the Directional Solidification process and reducing impurities in mc-Si ingots.
Numerical modeling enhances industrial-scale mc-Si growth for photovoltaic applications.
Thermal investigations on organic sensitizers aim to improve DSSC performance.
- Optimization of heat transfer properties of the Directional Solidification process
- Optimization of Oxygen, Carbon and Nitrogen impurities in mc-Si ingot
- Numerical modelling on industrial scale mc-Si growth process for PV application
- Thermal investigation on organic sensitizer for DSSC applications