ICSUMMIT 2026 | International Conference on Sustainable Micro-Nano Materials & Innovative Technology

February 13-14, 2026 | Hybrid Mode

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University Partner

About Parul University

A multidisciplinary destination of learning and innovation, propelling quality in higher education with a record of being India’s youngest private university to receive NAAC A++ accreditation in the first cycle. Situated in Vadodara, Gujarat, Parul University, is an embodiment of the nation's essence of cultural heritage blended with modern innovations and academic practices for student enrichment, while fostering national and global development. The University is an amalgamation of faculties and institutes that offer a plethora of diploma, undergraduate, postgraduate and doctoral programs in numerous disciplines. Through its uniquely structured, industry linked and field aligned programs, the University holds a noteworthy record of fulfilling the infinite dreams of students, by launching their lucrative careers towards high trajectories through start-up incubation and impeccable placement records. The 200+ acre eco-friendly campus is home to over 65,000+ students from every State of India and over 4500+ international students from 75+ countries, making Parul University a truly culturally global destination. In addition to its NAAC A++ accreditation, the University holds global memberships in bodies such as the Association of Commonwealth Universities. The University’s stamps of quality extend to its DSIR recognition for quality research, NABL accreditation for quality in clinical medical research, NABH accreditation for quality healthcare and ARIIA Top 50 ranking for innovation achievements nationwide. In recognition of Parul University’s excellence in education it has been awarded for being the Best Private University in Western India by Praxis Media and Best University in Placements by ASSOCHAM and the Most Outstanding University in West Zone for having Highest Nationalities in Campus at the World Education Summit Awards.

Organized by Micro-Nano Research & Development Center

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.

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International University Partner

Penza State University, Russia

Being the leading multidisciplinary educational, research and consulting hub in the Penza Region, Penza State University enables its students to experience unparalleled educational journey. Through purposeful interaction between teaching staff and students, PSU emphasises the improvement and application of knowledge, skills, and abilities for promoting educational excellence, driving regional and national economy, encouraging research, educating next generations, enabling sustainable social and economic development, and supporting civil society.

Research Facilities at Micro-Nano R&D Center

RF & DC Magnetron Sputtering with Thermal Evaporation System

Sputter deposition is a physical vapor deposition method that deposits thin films.

Scanning Electron Microscope (SEM) with EDS

The Hitachi SU 3800 performs high-resolution characterization and analysis.

$X-Ray Diffractometer (XRD)$

X-Ray Diffractometer (XRD)

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.

Scanning Probe Microscope

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.

Pin on Disc Wear Testing Machine

Novus Tribo Solutions Pin-on-Disc Wear Testing Machine is a precise tool that replicates sliding wear conditions between two materials.

LCR Meter

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.

CNC MICRO Machine tool

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).

Piezo-based Multicomponent Dynamometer

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.

Prof. S. Ravi P. Silva

Distinguished Professor,

Director - Advanced Technology Institute (ATI) and

Head of NanoElectronics Centre,

University of Surrey, UK

Prof. S. Ravi P. Silva CBE FREng is a Distinguished Professor, Director of the Institute for Sustainability and the Director of the Advanced Technology Institute at University of Surrey. He joined Surrey in 1995 after completing undergraduate and postgraduate degrees at Cambridge University. His research interests include nanotechnology, large-area electronics and renewables, and has resulted in over 700 presentations at conferences, and over 680 journal papers. He has over 33,000 citations with an H-index of 92, and won research funding in excess of £50M. He is the inventor of 50 patents, including key patents on low temperature growth of carbon nanotubes, fabrication of high-performance large area X-ray detectors and fabrication of large area nanotube-organic solar cells. He is a Fellow of the Royal Academy of Engineering, UK and a Fellow of the National Academy of Sciences Sri Lanka. He was made a Commander of the Order of the British Empire in the 2021 Queen’s New Year Honours’ list. He holds senior posts of distinction in a number of distinguished organisations including: FCAE (foreign academician) FISC FEurASc FNASSL DFIETI MAE FIET FInstP FRSA CEng CPhys.

Conference Objectives

Our core goals are to advance science, foster collaboration, and drive sustainable innovation for a better future.

Advance Research Excellence – Provide a global platform to present and exchange cutting-edge research in sustainable micro–nano materials, devices, and technologies.

Foster Interdisciplinary Collaboration – Connect scientists, engineers, and industry leaders to drive cross-disciplinary solutions in electronics, healthcare, energy, and smart systems.

Promote Sustainable Innovation – Highlight green technologies, eco-friendly manufacturing, and energy-efficient approaches for a sustainable future.

Empower Future Directions – Inspire next-generation researchers and practitioners by showcasing emerging trends, applications, and transformative opportunities in micro–nano science and technology.