The Micro Nano Research and Development Center at Parul University, Vadodara, was established in 2024 under the auspices of the Industries Commissionerate, Government of Gujarat. This center was funded through the Scheme for Assistance for Research & Development Activities, under Gujarat Industrial Policy 2020. It is set to become a leading R & D Center for cutting-edge research and innovation in micro and nano technologies.
Learn MoreThe Micro Nano Research and Development Center aspires to be a premier center of innovation and excellence in micro and nanotechnology. This will be achieved by conducting cutting-edge research, fostering a culture of scientific and technological innovation, and developing next-generation materials, devices, and systems that address critical global challenges, improve the quality of life, and bridge the gap between fundamental research and practical implementation. Additionally, the center will train the next generation of scientists, engineers, and entrepreneurs.
The Micro Nano Research and Development Center is dedicated to the advancement of micro and nanotechnology by means of innovative approaches, rigorous research, and interdisciplinary collaboration. The objective is to create innovative materials, devices, and systems that address global challenges, improve societal well-being, stimulate economic development, and contribute to a sustainable and technologically advanced future.
The Advanced Manufacturing and Characterization Facilities are equipped with state-of-the-art technologies and techniques to support cutting-edge research in micro- and nanoscale sciences. These facilities enable high-precision fabrication, analysis, and development of micro and nanoscale devices.
Interdisciplinary teams and research projects in nanomaterials, Nanoelectronics, MEMS, and biomedical nanotechnology, comprising collaborative initiatives that span academia, industry, and government.
Postgraduate courses, seminars, workshops, and practical training aiming at cultivating proficient workforce in the field of micro and nanotechnology.
Research Grants
Scientific Research Papers Published
Patents Filed
Ph. D Research Guides
Copyrights Filed & Grants
Sputter deposition is a physical vapor deposition method that deposits thin films. Auto500 is a versatile front-loading coating system with a box chamber for R&D or pre-production use.
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The Hitachi SU 3800 performs high-resolution characterization and analysis, yielding precise, genuine nanoscale scale information.
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The X-ray diffractometer is an adaptable instrument that may be used to analyze powders, thin films, epitaxial layers, machined materials, ceramics, and other materials via X-ray diffraction.
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AFM stands for Atomic Force Microscopy. It's a powerful imaging technique used in nanotechnology and materials science. AFM works by scanning a tiny probe over a sample's surface and measuring the forces between the probe & sample to create high-resolution images.
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Novus Tribo Solutions Pin-on-Disc Wear Testing Machine is a precise tool that replicates sliding wear conditions between two materials.
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The ZM2376 LCR meter is a precision measurement tool designed to evaluate inductance (L), capacitance (C), resistance (R), and impedance (Z) across a wide frequency spectrum.
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Hyper-15 is a tabletop type miniature micro machine tool with multi-process capability. This tool can perform processes such as Micro Turning (Vertical with a tool mounted on the Spindle), Micro Milling, Micro Drilling, Micro EDM Drilling, and Micro Scanning EDM (EDM Milling).
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The Piezo-based Dynamometer represents a breakthrough in force measurement technology. Utilizing piezoelectric sensors, it converts mechanical stress into electrical signals with remarkable accuracy and sensitivity.
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