Micro Nano Research and Development Center - Parul University

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Micro Nano Research and Development Center - Parul University

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🔬 Innovating at the Nanoscale
💡 Bridging Ideas to Impact
🌍 Research | Development | Breakthroughs
📍 Parul University | Vadodara, Gujarat

10/10/2026

🖤💙 Where the precision of micro–nano science meets the discipline of research — exploring the unseen, investigating the unknown, and transforming scientific curiosity into meaningful discoveries. 🔬✨

At the Micro–Nano R&D Centre, every experiment brings new insights, every challenge inspires innovation, and every discovery contributes to advancing materials science and emerging technologies. With patience, precision, and purpose, we continue to push the boundaries of research and illuminate the path toward a smarter, more sustainable future.

SaturdayVibes Shani

$🔬 Expert Talk on XRD & GI-XRDJoin us for an insightful expert session on “XRD & GI-XRD: From Diffraction Patterns to Mat...$

07/10/2026

🔬 Expert Talk on XRD & GI-XRD

Join us for an insightful expert session on “XRD & GI-XRD: From Diffraction Patterns to Material Properties”, featuring Dr. Dhananjay Dhruv, Assistant Professor, Natubhai V. Patel College of Pure and Applied Sciences, CVM University.

📅 09 October 2026 | Friday
⏰ 10:00 AM – 1:00 PM
📍 Micro-Nano Research & Development Center, Parul University

Explore how X-ray diffraction techniques help decode crystal structures, thin-film properties, and material characteristics.

✨ A valuable opportunity to learn, engage, and strengthen your understanding of advanced material characterization.

24/09/2026

🤝 Strengthening Industry–Academia Collaboration for Innovation!

We were delighted to welcome the engineering leadership team from SEE Linkages Pvt. Ltd. to the Micro-Nano Research & Development Center, Parul University, for an engaging and insightful interaction focused on advancing research and industrial innovation.

A sincere thank you to Mr. Anil Jambhulkar (Deputy General Manager, Centre of Excellence), Mr. Sanjay Rathod (Manager, NPD), and Mr. Gunjan Shah (Manager, Engineering) for their valuable time and enriching discussions.

The interaction explored opportunities to strengthen industry–academia collaboration, integrate advanced micro- and nanotechnology with industrial applications, and foster joint research and innovation initiatives.

We look forward to developing a meaningful and impactful research partnership with SEE Linkages Pvt. Ltd., creating new avenues for technological advancement and collaborative innovation. 🚀

23/09/2026

What happens during LCR Dielectric Analysis?

LCR Dielectric Analysis provides much more than electrical measurements—it helps researchers understand the dielectric properties, electrical response, and frequency-dependent behaviour of materials under controlled testing conditions.

Using the ZM2376 Scanning LCR Meter by NF Corporation (Japan), researchers can evaluate key electrical parameters such as impedance, admittance, capacitance, inductance, conductance, and resistance. By analysing dielectric properties alongside phase angles, loss factors, and frequency response, the test supports detailed characterization of ceramics, polymers, dielectric materials, and semiconductor substrates.

With a broad frequency range from 1 mHz to 5 MHz and high-temperature testing capabilities up to 400°C, advanced dielectric analysis enables non-destructive material evaluation across different operating conditions. Frequency sweep measurements, multi-parameter analysis, and gold-electrode-equipped furnace testing support reliable and detailed electrical characterization.

At the Micro-Nano Research & Development Center, Parul University, advanced LCR dielectric testing supports research and material evaluation for ceramics, energy storage, electronic components, polymers, and semiconductor applications.

🔬 Explore Advanced Electrical & Dielectric Characterization at MNRDC!

22/09/2026

What happens during your Stir Casting Synthesis? 🔬⚙️

Stir Casting is more than just mixing—it is a controlled process for developing high-performance Aluminium Matrix Composites (AMCs) with improved strength, wear resistance, and material performance.

By combining controlled stirring, optimized temperatures, and automated bottom pouring, particulate reinforcements such as SiC and graphite can be uniformly dispersed within the molten metal matrix, helping minimize porosity, oxidation, and particle segregation.

With stirring speeds of 300–1200 RPM, furnace temperatures up to 800°C, and controlled pre-heating, the process enables precise and repeatable composite fabrication for advanced research and engineering applications.

At the Micro-Nano Research & Development Center, Parul University, computerized bottom pouring stir casting supports the development of MMCs for aerospace, automotive, defense, electrical, and academic research applications.

21/09/2026

🔬 Unlocking the Hidden Structure of Materials at the Micro-Nano Research & Development Center!

At Parul University, we are advancing material characterization through precision-driven analytical techniques. Our advanced D6 PHASER X-ray Diffractometer provides researchers with powerful insights into the crystal structure and phase composition of materials.

Operating on the principles of Bragg’s Law, the system uses a 1.2-kilowatt X-ray source with an angular accuracy of ±0.01° to precisely analyze powders, solids, and thin films. Equipped with the LYNXEYE XE-T detector and TOPAS software, it enables rapid phase identification, crystallinity analysis, and residual stress evaluation through a completely non-destructive process.

Whether you are exploring advanced materials, conducting academic research, or developing innovative industrial applications, unlock deeper material insights with state-of-the-art characterization facilities at Parul University.

📩 Collaborate With Us:
Connect with the Micro-Nano Research & Development Center Parul University to accelerate your research capabilities today!

19/09/2026

✨ Turning Visible Light into Cleaner Water! 💧
We are pleased to congratulate Krishna H. Modi, Dr. Anand Joshi, and Mohit Tannarana on their research publication in Optical Materials (Elsevier, Volume 180, 2026, Article 118530).

🔬 Key Highlights of the Study:
• Developed a NiO/FeB nanocomposite through a facile synthesis approach.
• Demonstrated enhanced charge separation for visible-light-driven photocatalytic dye degradation.
• Achieved 97.48% degradation of Crystal Violet in 150 minutes.
• Achieved 99.29% degradation of Acridine Orange in 90 minutes.
• The catalyst retained 93%+ performance after 5 reuse cycles, highlighting its potential for sustainable wastewater treatment.
• The study demonstrates a promising route toward treating dye-contaminated textile effluents.

📖 Published in: Optical Materials | Elsevier
📌 DOI: 10.1016/j.optmat.2026.118530
🌐 Micro-Nano Research & Development Center, Parul University

Congratulations to the authors on this valuable contribution to nanomaterials, photocatalysis, and sustainable water treatment research! 🎉

13/09/2026

📢 Call for Papers | ARWT 2027

🌐 Shape the Future of Advanced RF & Wireless Technologies!

The Micro-Nano Research & Development Center, Parul University, invites researchers, academicians, scientists, and industry professionals to submit their research contributions to Special Session SS12: Advanced RF and Wireless Technologies for Emerging Applications (ARWT 2027) at the 6th International Conference on Emerging Electronics & Automation (E2A 2027).

🔬 Key Areas Include:
• RF, microwave, millimetre-wave & terahertz technologies
• Advanced antennas, MIMO & array systems
• Broadband, multiband & reconfigurable RF devices
• Metasurfaces & intelligent reflecting surfaces
• Beyond-5G/6G & IoT technologies
• Wearable, biomedical & on-body wireless systems
• Radar, satellite, automotive & UAV communications and more emerging RF & wireless innovations!

📅 Conference: January 20–22, 2027
📍 Venue: NIT Silchar, Assam
📝 Submission Deadline: September 30, 2026

📧 Queries & Submission Acknowledgement: [email protected]

Submit your research and contribute to the next generation of RF, wireless communication and emerging electronic technologies!

12/09/2026

The Micro-Nano Research & Development Center (MNRDC), Parul University, was delighted to welcome Prof. Dr. Ulrich Moosheimer, Professor for Printing Technology and Innovation, Board Member of OE-A Directors, and International Department Manager at Hochschule München – University of Applied Sciences, Germany.

During his visit, Prof. Dr. Moosheimer explored the advanced research facilities and instrumentation at MNRDC, gaining insights into our capabilities in micro-nano science, advanced materials, characterization, manufacturing technologies, and multidisciplinary research.

The visit provided an excellent platform for meaningful discussions on emerging technologies, research innovation, knowledge exchange, and potential avenues for international academic and research collaboration. His interaction with our faculty and researchers also brought valuable global perspectives and opportunities for strengthening academia–industry and international research linkages. 🤝🌍

We sincerely thank Prof. Dr. Ulrich Moosheimer for visiting MNRDC and for the enriching exchange of ideas. We look forward to fostering meaningful collaborations that connect global expertise with impactful research and innovation. 🚀

Anand Joshi Unnati Joshi

09/09/2026

Expert Insights on Predictive Maintenance & Fault Diagnosis

The Micro-Nano Research & Development Center, Parul University, is proud to highlight the expert session delivered by Dr. Bhavesh Mewada, Director – LAEP & Consultancy Center, Parul University, and Dr. Anand Joshi, Director – Research and Development Cell - Parul University, at the Federation of Gujarat Industries (FGI).

The expert talk on “Predictive Maintenance & Fault Diagnosis: Modern Approaches with Dynamic Signal Analyzers” provided industry professionals with valuable insights into vibration analysis, condition monitoring, machine failure diagnosis, dynamic signal analysis, and AI-driven predictive maintenance.

Their expertise and practical perspectives helped bridge the gap among advanced technology, research, and real-world industrial applications, empowering participants to explore smarter, more reliable approaches to industrial maintenance. 🤝🔬⚙️

Building knowledge. Enabling innovation. Strengthening industry connections.

Address

Parul University

391760

Telephone

+918511369904

Website

https://micronanornd.paruluniversity.ac.in/

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