Himanshu Shekhar Pandey
ICAR Indian Sugarcane Research Institute Lucknow, Central Institute of Agricultural Engineering, National Academy of Agricultural Research Management
0009-0008-5397-0621
About
H. S. Pandey is a senior scientist (Farm Machinery & Power Engineering). He holds academic qualifications Ph.D. (Farm Machinery & Power Engineering) from Maharana Pratap University of Agriculture and Technology (Udaipur), India. Dr. Pandey’s work focuses on the design, development, and evaluation of agricultural machinery and technologies, particularly mechanisms for improved planting and crop management. His research interests are seed metering, planters, and other precision agricultural implements that support mechanization and enhance productivity. He has authored and contributed to multiple peer-reviewed journal articles and conference publications, linking engineering principles with practical agricultural applications. As an active contributor to scientific literature, Dr. Pandey engages with interdisciplinary teams and advances innovations that support sustainable agriculture and mechanized farming practices. He has more than 10 years of work experience in agricultural machinery design and development.
Employment
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ICAR Indian Sugarcane Research Institute Lucknow Senior Scientist2025 - Present
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Central Institute of Agricultural Engineering Scientist (SS)2015 - 2025
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National Academy of Agricultural Research Management Scientist2015 - 2015
Education
Education history is unavailable.
Projects & Funding
Projects & funding information is unavailable.
Publications (27)
- Field Performance and Techno-Economic Evaluation of an E-Powered Mechanical Weeder for Smallholder Farming Save
- Microcontroller-based speed-synchronized variable discharge system for liquid urea application in wheat (Triticum aestivum L.) Save
- Design, Development and Field Evaluation of a Liquid Urea Application System for Precision Nitrogen Management Save
- Optimization of Counter-Rotating Cotton Stalk Puller Performance Using Response Surface Methodology and ANN-PSO Technique Save
- Mechanization of ginger cultivation in India: status, scope and future prospects Save
- Design optimization of rotary drum blade configuration for an e-powered mechanical weeding system using hybrid RSM–ANN models Save
- Sustainable no-tillage practices with a disc type novel residue cleaning mechanism: Design, development and field evaluation Save
- Maturity Stage Prediction for Cabbage Harvesting Using Deep Learning Algorithms Save
- Engineering Properties of Ginger Rhizomes in Relation to Design of a Seed Planting Mechanism Save
- Engineering Properties of Ginger Rhizomes in Relation to Design of a Seed Planting Mechanism Save