Annasaheb Awate College,Manchar - India
Author Profile
GOOGLE SCHOLAR
🎓 Early academic pursuits
Dr. Patil Umesh Dilip began his academic journey with consistent dedication and a keen interest in the physical sciences. he completed his ssc in 2006 with a commendable 74% from nasik board, followed by his hsc in 2008. he then pursued his undergraduate studies in physics from north maharashtra university, jalgaon, securing an impressive 82% in 2011. his deepening curiosity in the field led him to complete his m.sc. in physics in 2014 with a b+ grade, and later, a b.ed. in 2015. he reached a significant academic milestone by earning his ph.d. from rabindranath tagore university, raisen, in 2023, graduating with excellence.
👨🏫 Professional endeavors
Dr. Dilip commenced his teaching career as an assistant professor at r.c. patel a.c.s. college, shirpur, from june 2015 to april 2016. he then served as a postgraduate teacher in sarvoday vidyamandir jr. college, prakasha shahada, until february 2020. currently, he is a granted postgraduate teacher at rayat shikshan sanstha's annasaheb awate college, manchar, since february 2020. throughout his academic tenure, he has combined effective teaching strategies with cutting-edge research insights to enrich students' understanding, especially in applied physics and emerging areas like power electronics.
🧪 Contributions and research focus
His research interests span across green synthesis of nanomaterials, environmental remediation, dye removal, and clean energy applications. he has actively worked on conducting polymers, supercapacitors, hydrogen evolution, and polymer-based gas sensors. noteworthy among his work is the fabrication of mos2–graphene composites and doped graphene materials for Environmental Remediation photocatalytic and adsorptive applications. his proficiency in nanomaterials has further advanced the field of power electronics, as his materials have shown promising electrochemical and energy conversion capabilities. he has also made remarkable contributions through his work in sonocatalysis and bio-inspired heteroatom doping techniques.
📘 Academic cites and publication record
Dr. Dilip has published multiple peer-reviewed journal articles, including research on quinoline-infused graphene carbon cages and the degradation of reactive blue 4 using green synthesized Environmental Remediation sulfur and nitrogen co-doped rgo. he has presented his work in conferences, notably on the electrochemical behavior of mos2-reduced graphene oxide electrodes for supercapacitors and the synthesis of nanocomposites. his scholarly output is a valuable resource for researchers in nanotechnology, environmental science, and power electronics.
🌱 Impact and influence
Through his pioneering work in nanomaterial synthesis and its environmental applications, dr. dilip has significantly influenced the way researchers approach sustainable material Environmental Remediation development. his hands-on experience in using advanced synthesis techniques like dip coating, spray pyrolysis, and sol-gel methods has been widely recognized by academic peers. his focus on clean energy and hydrogen evolution not only supports the academic ecosystem but also aligns with global sustainability goals.
🌟 Legacy and future contributions
Dr. Dilip envisions a future where eco-friendly materials will revolutionize clean energy systems, including sensors, capacitors, and hydrogen energy solutions. his future plans involve integrating polymer nanocomposites with renewable technologies, contributing to both scientific knowledge and societal benefit. his efforts are laying a solid foundation for next-generation researchers and setting a benchmark in academic excellence, especially in multidisciplinary fields that intersect physics and engineering.
Notable Publications