Dr. Pavani Peddi has established a strong research profile through sustained contributions to pharmaceutical analytical chemistry, green nanotechnology, environmental science, and sustainable agriculture. Her scholarly output includes 38 research publications, of which 30 are Scopus-indexed, with 162 citations and an H-index of 5. Her research has significantly advanced stability-indicating RP-HPLC method development, pharmaceutical impurity profiling, LC-MS/MS characterization, and plant-mediated green synthesis of nanoparticles. Her work has contributed to pharmaceutical quality assurance, environmental remediation, photocatalysis, antibacterial applications, water purification, and nano biofertiliser development, reflecting a multidisciplinary approach that bridges analytical chemistry, nanotechnology, and sustainable agriculture.

Innovation & Intellectual Property

Innovation is a defining feature of Dr. Pavani Peddi’s research career. She has developed advanced analytical methodologies for pharmaceutical quality assessment and pioneered eco-friendly nanotechnology solutions using plant-based synthesis approaches. Her intellectual property portfolio includes an Australian granted patent on a smart air quality detection system and an Indian published patent on copper oxide nanoparticles for biomedical applications. She has also authored a scholarly book on RP-HPLC analytical method validation, demonstrating her expertise in analytical chemistry and pharmaceutical sciences while translating scientific research into practical technological innovations.

Research Projects & Funding

Dr. Pavani Peddi has successfully secured international research funding to support innovative research in sustainable agriculture and nanotechnology. She received USD 2,000 from ANETARA LLC, USA, for a research project focused on Nano Bio Fertiliser. The project aims to develop environmentally sustainable nanomaterials capable of enhancing crop productivity while reducing environmental impacts associated with conventional agricultural practices. This funded research demonstrates the international relevance of her scientific expertise and her commitment to developing sustainable technological solutions for global agricultural challenges.

Conference Contributions

Dr. Pavani Peddi has actively contributed to scientific knowledge dissemination through conference participation, seminar organization, faculty development programmes, workshops, and professional training initiatives. She has completed eight workshops, seven certification courses, and nineteen Faculty Development Programmes, reflecting her commitment to lifelong learning and academic excellence. She has organized seminars on emerging scientific technologies, coordinated Student Induction Programmes and Universal Human Values courses, and served on the programme committee of an international multidisciplinary conference, promoting interdisciplinary collaboration and academic engagement within the scientific community.

Academic Excellence

Dr. Pavani Peddi has demonstrated sustained academic excellence through outstanding achievements in teaching, research, student mentoring, and institutional leadership. With more than fourteen years of academic experience, she has successfully balanced high-quality teaching with impactful research and administrative responsibilities. Her contributions include curriculum delivery, project supervision, academic mentoring, committee leadership, quality assurance activities, faculty development, and research guidance. Her publication record, funded research, patents, reviewer contributions, and commitment to academic quality collectively reflect her dedication to advancing higher education and scientific research.

Societal & Industry Contribution

Dr. Pavani Peddi’s research addresses significant societal and industrial challenges through sustainable scientific innovations. Her work on green synthesis of nanoparticles provides environmentally friendly approaches for pollutant degradation, wastewater treatment, antibacterial applications, photocatalysis, and sustainable agricultural practices. Her validated analytical methods contribute to pharmaceutical quality control and regulatory compliance, while her research on nano biofertilisers supports improved agricultural productivity with reduced environmental impact. These contributions demonstrate the practical application of scientific research in improving public health, environmental sustainability, and industrial development.

Global Recognition

Dr. Pavani Peddi has earned international recognition through her publications in globally indexed scientific journals, international research funding, patents, and scholarly peer-review activities. Her research has been published in leading journals covering analytical chemistry, nanotechnology, pharmaceutical sciences, and environmental research. She has received international project funding from the United States, obtained an Australian patent, and serves as a reviewer for internationally recognised journals including Discover Nano, Discover Materials, Journal of Nanoparticle Research, Journal of Fluorescence, and Biomass Conversion and Biorefinery. These achievements demonstrate her growing international visibility and valuable contributions to the global scientific community.

Dr. Sowmiya Carmel, SJICPUC and Bangalore University, India

Dr. Sowmiya Carmel is an accomplished Organic and Organosilicon Chemistry researcher with a Ph.D. in Chemistry from Bangalore University and more than thirteen years of teaching experience. Her expertise encompasses organic synthesis, organosilicon chemistry, click chemistry, heterocyclic chemistry, medicinal chemistry, and chemistry education. She has made significant contributions to the design and synthesis of novel organosilicon compounds with potential biological applications, combining experimental organic chemistry with computational investigations. Her academic career reflects a strong commitment to research, innovation, mentoring, and excellence in chemistry education.

Online Profiles

Dr. Sowmiya Carmel maintains an active professional presence through LinkedIn, enabling academic networking and research collaboration. Her profile highlights her expertise in organic chemistry, organosilicon chemistry, and chemistry education while showcasing her academic achievements, research interests, and professional experience.

Education

Dr. Sowmiya Carmel obtained her Doctor of Philosophy (Ph.D.) in Chemistry from Bangalore University in 2023, where her doctoral research focused on the synthesis and reactions of novel organosilyl synthons. She earned her Bachelor of Education (Chemistry and Biology) from MES Teachers College, Bangalore University, with 85.2% marks in 2012. She completed her Master of Science in Organic Chemistry from VIT University, Vellore, in 2011 with a CGPA of 8.59, undertaking a research project on task-specific ionic liquids for organic transformation reactions. She received her Bachelor of Science in Chemistry, Botany, and Zoology from Mount Carmel College, Bangalore University, in 2009 with 78% marks.

Research Focus

Dr. Sowmiya Carmel’s research focuses on Organic Synthesis, Organosilicon Chemistry, Click Chemistry, Heterocyclic Chemistry, Medicinal Chemistry, Synthetic Methodology, Bioactive Molecule Design, Spectroscopic Characterization, Molecular Design, and Chemistry Education. Her research integrates synthetic organic chemistry with biological evaluation and computational studies to develop novel heterocyclic and organosilicon compounds possessing antimicrobial, antioxidant, and antifungal properties.

Experience

Dr. Sowmiya Carmel possesses more than thirteen years of teaching and academic experience in chemistry. Since June 2013, she has served as a Chemistry Lecturer at St. Joseph’s Indian Composite PU College, Bengaluru, where she teaches chemistry, mentors students, and develops innovative teaching methodologies using practical experiments and real-world applications. She previously worked as Academic Coordinator at Base Academy, Bengaluru, and as a Part-time Chemistry Lecturer at Mount Carmel College, Bengaluru, gaining valuable experience in higher education and student mentoring.

Research Timeline & Research Publications

Dr. Sowmiya Carmel’s research career has been dedicated to advancing organosilicon chemistry and synthetic organic chemistry through the development of novel organosilyl synthons and heterocyclic compounds. Her doctoral research resulted in the synthesis of sixty-two compounds, including forty-seven novel compounds, with applications in medicinal chemistry and biological sciences. Her research integrates click chemistry, synthetic methodology, molecular characterization, crystal structure determination, computational chemistry, and biological activity evaluation. Her scholarly contributions include publications in internationally recognized journals such as the Journal of Heterocyclic Chemistry, Synthetic Communications, and IUCrData, with an additional manuscript currently under peer review in the Journal of Molecular Structure.

Research Impact

Dr. Sowmiya Carmel’s research has contributed to the advancement of organosilicon chemistry and heterocyclic synthesis by developing novel synthetic methodologies and structurally diverse compounds with promising biological activities. Her work combines experimental organic synthesis with computational investigations, enabling the discovery of new molecules with antimicrobial, antioxidant, and antifungal potential. These contributions support ongoing research in medicinal chemistry, drug discovery, and functional organic materials.

Innovation & Intellectual Property

Dr. Sowmiya Carmel’s doctoral research demonstrates a strong emphasis on innovation through the successful synthesis of sixty-two chemical compounds, including forty-seven novel compounds. Her research introduces new organosilyl synthons and synthetic strategies that expand the scope of organosilicon and heterocyclic chemistry while contributing valuable knowledge to medicinal chemistry and synthetic methodology. The uploaded resume does not mention patents or other intellectual property registrations.

Research Projects & Funding

The uploaded resume describes Dr. Sowmiya Carmel’s doctoral research project titled “Synthesis and Reactions of Some Novel Organosilyl Synthons,” completed at Bangalore University. The research involved the synthesis of novel organosilicon compounds, click chemistry, heterocyclic synthesis, and biological evaluation. The resume does not mention externally funded research projects or research grants.

Conference Contributions

Dr. Sowmiya Carmel has actively presented her research at national scientific conferences, including FOMC-2021 at MNIT Jaipur, and has participated in multiple workshops and conferences related to organic chemistry, computational chemistry, and recent developments in chemical sciences. She has also delivered an invited lecture titled “Serendipity in Drug Discovery” as a Guest Speaker at Bishop Cotton Women’s Christian College in 2025, reflecting her commitment to scientific communication and academic outreach.

Academic Excellence

Dr. Sowmiya Carmel has demonstrated consistent academic excellence throughout her educational and professional career. She completed her doctoral research in organosilicon chemistry, earned distinction in her Bachelor of Education programme, received several prestigious awards for oral and poster presentations, and has successfully combined research excellence with over a decade of teaching and student mentoring. Her achievements reflect a sustained commitment to quality education, scientific research, and professional development.

Societal / Industry Contribution

Dr. Sowmiya Carmel’s research contributes to the development of biologically active molecules with potential applications in medicinal chemistry and pharmaceutical research. Through innovative teaching practices, student mentoring, and research in synthetic organic chemistry, she supports the advancement of chemical education and the training of future scientists. Her work bridges fundamental organic chemistry with practical applications in healthcare and chemical sciences.

Global Recognition

Dr. Sowmiya Carmel has established an emerging international research profile through publications in peer-reviewed international journals, presentations at scientific conferences, invited academic lectures, and research recognized through several competitive awards. Her contributions to organosilicon chemistry, heterocyclic synthesis, and medicinal chemistry continue to strengthen her reputation within the global scientific community.

Publications

1. Sowmiya Carmel, “Synthesis, antimicrobial/radical scavenging and in-silico investigations of a novel class of chromen-2-ones,” Journal of Heterocyclic Chemistry, 2021.
2. Sowmiya Carmel, “Crystal structure report of trimethylsilyl triazolyl coumarin derivative,” IUCrData, 2020.
3. Sowmiya Carmel, “Novel heteroaryl anionic synthon based on trimethylsilyl triazolyl chromones,” Synthetic Communications, 2018.
4. Sowmiya Carmel, “A One-Pot Synthesis and In-Silico Evaluation of Differently Substituted Novel 4-[(1H-1′,2′,3′-Triazol-1-yl-Methyl]-2H-Chromen-2-Ones,” Journal of Molecular Structure (Under Peer Revision).