Mounika Palagiri

M.Sc. Agriculture graduate with experience in crop scouting, field research, pest and disease monitoring, and sustainable farming practices. Skilled in precision agriculture concepts, agronomic data collection, soil health analysis, and grower support. Currently completing a master’s degree in Information Technology Management with strong interest in agricultural technology, digital farming, and data-driven agriculture solutions. Passionate about combining agriculture and technology to improve farm productivity, sustainability, and operational efficiency. Strong ability to adapt to field environments, analyze agricultural challenges, and support practical agronomic decision-making.

• Power BI for Beginners, Skill UP, 2022
• Microsoft Excel, Skill UP, 2022
• Certification in Hands-on Training on Nanotechnology, Avigen Biotech Pvt. Ltd., 2021
• Certification in Precision Agriculture, [Agri-tech India], [2024]

• Adhatoda Vasica Herbal-Based Niosome Nanoparticles for Antibacterial and Wound Healing Activities, Conducted research on the formulation and testing of niosome nanoparticles derived from Adhatoda vasica for their antibacterial properties and effectiveness in wound healing. Investigated the potential of natural-based nanomaterials in the medical and agricultural sectors for promoting sustainable health solutions.
• Integrated Farming Systems for Sustainable Agriculture, Focused on designing and implementing integrated farming systems that combine crop cultivation, animal husbandry, and agroforestry to promote ecological balance and improve farm productivity. Developed and tested models for sustainable agriculture practices suitable for small-scale farmers.

• Research Proposal: Impact of Pesticide Use on Soil Health and Environmental Sustainability in Agricultural Systems, Conducting in-depth research on the effects of pesticide usage on soil quality and long-term sustainability of farming practices. Analyzing data from multiple case studies to provide actionable insights for policy recommendations.
• Capstone Project: Bridging the Digital Divide in Precision Agriculture: A Research-Based Approach to Interoperability Challenges, Focus on the integration of different technologies in precision agriculture to improve farm productivity and reduce the digital divide. Investigating the challenges of data-sharing, software compatibility, and system interoperability within agricultural tech.