Dr. Swamini Chopra is an accomplished researcher, academician, innovator, and technical leader specializing in materials engineering, polymer composites, cryogenic treatment, nanotechnology, and advanced manufacturing processes. She currently serves as the Chief Technical Officer at Matverse Vision Pvt. Ltd., where she leads multidisciplinary research initiatives in materials characterization, polymer engineering, and industrial consultancy projects. She is also associated with TLB City Publishing House Pvt. Ltd. as a Freelancing Editor and Proofreader and is the Founder of Studio MoKa, a platform dedicated to research support, literary services, and digital content creation.

Dr. Chopra previously served as Associate Dean – Research & Innovation and Assistant Professor (Research) at Maharashtra Institute of Technology, where she played a pivotal role in strengthening institutional research culture, policy implementation, and innovation activities. Her earlier academic and research engagements include positions at Defence Institute of Advanced Technology and Visvesvaraya National Institute of Technology.

Research Expertise & Contributions

Dr. Chopra’s research focuses on polymer nanocomposites, cryogenic and microwave treatment of materials, advanced composites, tribology, materials characterization, additive manufacturing, and sustainable materials engineering. She has successfully completed multiple funded and consultancy research projects supported by agencies such as the Government of India, KVIC, TEQIP-III, and industrial organizations.

She has contributed extensively to interdisciplinary research through:

• 45+ journal publications in reputed international journals,
• multiple book chapters and edited volumes,
• granted patents in polymer blends, cryogenic treatment, and microwave processing technologies,
• keynote lectures at international conferences,
• and supervision of numerous undergraduate, postgraduate, and doctoral research projects.

Her publications have received significant academic recognition with over 400 citations and an h-index of 10, reflecting her growing impact in materials science and engineering research.

Technical Expertise

Dr. Chopra possesses extensive hands-on expertise in advanced analytical and characterization techniques including:

• SEM and FE-SEM,
• XRD,
• FTIR,
• DSC and TGA,
• mechanical and tribological testing,
• cryogenic processing systems,
• polymer processing equipment,
• and advanced microscopy and surface characterization tools.

Her multidisciplinary technical competence bridges academia, industrial research, sustainability, and applied materials innovation.

Awards, Recognition & Academic Distinction

Throughout her career, Dr. Chopra has received numerous honors recognizing her scientific, academic, and interdisciplinary contributions. Notable recognitions include:

• Women Researcher of India Award (2023),
• Interdisciplinary Research Excellence Award (2025),
• Research Excellence Award by Institute of Scholars,
• Adarsh Shikshak Puraskar (2024),
• invitations as Keynote Speaker at international conferences,
• and recognition by the Cryogenic Society of America as a leading woman researcher in cryogenics and superconductivity.

She is also an active reviewer for prestigious journals published by Elsevier, Springer, Wiley, Taylor & Francis, and ASM International.

Eligibility for Women Researcher Award

Dr. Swamini Chopra is highly eligible for the Women Researcher Award under Scientific Laurels due to her outstanding and sustained contributions to materials science, polymer engineering, cryogenic treatment technologies, and nanocomposite research. Her profile demonstrates:

• strong interdisciplinary research excellence,
• impactful funded and industrial projects,
• international publications and patents,
• academic leadership in research and innovation,
• global conference participation and keynote addresses,
• mentorship of young researchers,
• and active contribution toward sustainable and advanced material technologies.

Her achievements reflect innovation-driven scientific leadership, dedication to research advancement, and meaningful contributions to engineering and materials science, making her a deserving candidate for prestigious women researcher recognitions at national and international levels.