Conducting literature reviews and data analysisAssisting in data collectionPreparing reports and presentationsSupporting RRAT (Research Readiness and Aptitude Test)Collaborating with other team members and contributing to a positive work environment

Working as a freelance tutor on Course Hero, specializing in Biology ( Biotechnology, Microbiology, anatomy and physiology, cell biology, genetics, molecular biology) . I answered over 1100 student questions with a consistent 95% rating. This experience strengthened my written communication skills and ability to explain challenging concepts in a clear and concise way. I enjoyed interacting with students from all over the world and helping them achieve a better understanding of the material.

Teaching:Lead undergraduate courses (B.sc BT and MM, B.tech BT).Develop course curriculum and materials.Deliver lectures and conduct tutorials.Evaluate student performance through exams, assignments, and projects.Guide and mentor students.Research:Conduct research in their field of Biotechnology and medical microbiology.Publish research findings in academic journals and conferences.Secure research funding to support their work.Collaborate with colleagues on research projects.Other duties:Participate in departmental and institute committees.Advise students on academic and career matters.Maintain office hours to meet with students.Contribute to the overall academic environment of the institute.

We have developed intensive research on "Isolation and Valorization of Bio silica from Sugarcane Bagasse Ash" for MSc. Dissertation. Isolation and valorization of biosilica from sugarcane bagasse ash at the National Sugar Institute presents a promising avenue for dissertation research. The abundance of sugarcane bagasse, a lignocellulosic agricultural residue, coupled with its high silica content, offers a sustainable and economical source for biosilica production. A dissertation project in this area had delve into optimizing the ashing process to maximize silica yield and purity, exploring various extraction techniques such as acid leaching, alkali fusion, or sol-gel methods, and characterizing the isolated biosilica in terms of its structural, morphological, and physicochemical properties. Subsequently, valorization studies could focus on developing innovative applications for the biosilica, such as its incorporation into advanced materials, catalysts, adsorbents, or drug delivery systems. A comprehensive assessment of the environmental and economic impacts of the entire process, from ash generation to product development, would further contribute to the project's significance.