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REVA Research Centre

Research has always been at the heart of REVA University’s academic mission, driving innovation and knowledge creation. Our specialised research centres build interdisciplinary collaboration, pushing the boundaries of discovery across various domains. Strengthening this commitment, our REVA Research Centre is a state-of-the-art facility that houses multiple specialised centres catering to diverse disciplines. This dedicated space enhances our research capabilities, providing scholars and students with cutting-edge resources to address real-world challenges. Through this initiative, REVA University continues to shape the future of research, reinforcing its position as a hub for innovation, learning, and academic excellence.

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Vision

To be a leading global hub for developing innovative partnerships, promoting knowledge exchange, and addressing international challenges through collaborative research and dialogues.

Mission

  • REVA Research Centre is dedicated to fostering global academic partnerships, facilitating cross-border research initiatives, and enhancing the university’s global footprint. We strive to create a dynamic and inclusive environment that promotes knowledge exchange, interdisciplinary collaboration, and cultural understanding. Through strategic alliances with leading institutions, and organisations worldwide, we aim to empower faculty, researchers, and students with opportunities for innovation, scholarly excellence, and meaningful global impact.

Why RRC?

The REVA Research Centre is a testament to REVA University’s commitment to innovation, interdisciplinary collaboration, and impactful research. Here’s why it stands out:

Specialised Research Hubs

The centre houses multiple domain-specific research labs catering to emerging fields in science, technology, nanoscience, advanced materials, instrumentation and more.

Cutting-Edge Facilities

Equipped with advanced infrastructure and technology, it supports high-quality research and innovation.

Industry & Global Collaborations

Facilitates partnerships with industries, research organisations, and international institutions for real-world applications.

Student & Faculty Empowerment

Provides scholars and students with opportunities for ground-breaking research, patents, and publications.

Societal Impact

Focuses on solving contemporary challenges through applied research, contributing to national and global progress.

By establishing the REVA Research Centre, the university strengthens its position as a hub for research excellence, driving knowledge creation that transforms industries and communities.

Research Facilities

The Centre for Food Science and Food Processing is a specialised research and development hub focused on advancing knowledge in food science, technology, and processing techniques. Through interdisciplinary research, innovation, and collaboration with industry and academic institutions, it plays a crucial role in improving food quality, safety, and sustainability.

Central Instrumentation Facility has been established to house a range of sophisticated instruments for researchers across various disciplines. The list of those instruments includes X-ray Diffraction (XRD), Scanning Electron Microscopy (SEM), a UV-Visible-NIR spectrophotometer with Diffuse Reflectance Spectroscopy (DRS), photoluminescence spectrometer and a Raman Microscope. This facility will benefit researchers in both engineering and science, while also supporting multidisciplinary research initiatives.

REVA-Techno Centre is an engineering solutions and consulting centre established to provide cutting-edge technologies and reliable, competent, cost-effective solutions and guidance to our valued clients. Our expertise encompasses engineering design and analysis, manufacturing engineering, electronic system design and development, and product development. The team possesses extensive knowledge, tools, software, global procedures, and methods in the core engineering domain and has completed projects for defence, public sectors, industry R&D organisations, and entrepreneurs.

The Centre for Bio-organic Research is a multidisciplinary facility that focuses on the intersection of organic chemistry and biology, aiming to develop innovative biomaterials, pharmaceuticals, and bio-inspired molecules. The centre integrates expertise in synthetic chemistry, biochemistry, and materials science to explore peptides, enzyme catalysis, biodiesel, and bioactive compounds. Equipped with rotavapors, UV-visible spectrometers, chromatography, and molecular modelling instrumentation, it fosters collaborations between academia and industry to address challenges in bioorganic and environmental science. Additionally, the centre supports advanced education and training programs to nurture the next generation of bio-organic researchers

The Center for Nano and Functional Research is a state-of-the-art facility dedicated to the development and exploration of nanomaterials and functional materials for applications in energy, electronics, healthcare, and environmental sustainability. The centre emphasises nanostructured materials, advanced composites, and smart functional materials, utilising expertise in materials synthesis, corrosion, water splitting, photodegradation, electrocatalysis, supercapacitors, sensors, batteries, memristors, water purification, and nanotechnology. Outfitted with research tools such as electrochemical workstations, a Muffle Furnace, Photochemical Reactors, an Electrolyser, a Battery Cycler, Desalination units, a Rotating Disc Electrode, a tubular furnace, hot air ovens, a Laser Scriber, and FTIR techniques, it promotes interdisciplinary research and collaboration with industry partners. The centre aims to drive innovation in next-generation materials while also supporting education and workforce development in nanoscience and functional materials.

The Centre for Advanced Materials focuses on the fabrication and characterisation of materials for applications in the fields of photonics, biophotonics, and energy harvesting. This lab is dedicated to the development of materials for light-emitting devices, radiation shielding, dosimetry, solar energy harvesting, and thermoelectricity. A facility for the fabrication of 2D materials (thin films and polymers) for optoelectronic applications is also included in this lab. By combining expertise in materials science, chemistry, physics, biology, and engineering, these labs drive innovation in sustainable clean energy, diagnostic tools, and optoelectronics, paving the way for a brighter and more energy-efficient future. This centre also serves as an open platform to enhance specialised programs for higher education pursuits and to establish scientific and industrial collaborations.

The R&D Cell and IRRC offer comprehensive services for research and international collaborations across the entire university. The University has developed facilities for Chair Professors, designed to significantly transform and accelerate research initiatives.

Special Initiatives

  • STI Hub: Science, technology, and innovation are inseparable, and REVA University, renowned for its leadership in higher education, exemplifies this ethos through the inauguration of the Science Technology and Innovation (STI) Hub in Chikkaballapur. REVA Research Centre, the sponsored-project funded by the Department of Science and Technology, Government of India, inaugurated this STI Hub in Chikkaballapur. REVA University supports the initiative internally by sponsoring the required facilities. It also aims to support the farmer community through technology, research, and innovation. The STI Hub focuses on the development of economically weaker sections in Bangalore North, Bangalore Rural District, and selected villages of Chikkaballapura in Karnataka. The STI Hub at REVA University has set several key objectives aimed at fostering sustainable development and innovation. These include the development of a Hybrid Passive Solar Dryer for agricultural products, an integrated green technology-based water purification system, and the installation of small-scale multipurpose fruit and agri-food processing systems. The initiative also focuses on developing hybrid silk reeling and spinning machines, and an IoT-enabled grape farming forecasting system. Empowerment of the economically weaker section is a significant goal, achieved through the value addition to unutilised biomass by converting it into fuel briquettes and the development of eco-friendly, economically viable geopolymer blocks. Training and workshops on utilising agricultural litter to produce fertilisers are also planned. Through these efforts, the STI Hub aims to enhance local livelihoods, promote sustainable practices, and support the broader economic development of the region.
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