Key research initiatives addressing critical challenges in agricultural mechanization and machinery engineering.

  • Acoustic Signature Detection of Red Palm Weevil Using Artificial Intelligence

    Advanced pest detection technology for date palm protection using acoustic and thermal sensing.

  • UAV-Based Defoliant Spraying for Mechanized Cotton Harvesting

    Comparative evaluation of UAV spraying vs. conventional methods in Moghan region.

  • Direct Seeding Technologies for Conservation Agriculture in Northwestern Iran

    Development of no-till and strip-till systems for sustainable crop production.

  • Evaluation of Harvesting Methods for Shatter-Resistant Sesame

    Optimization of mechanized harvesting to maximize seed quality and minimize losses.

  • Grid-Connected Photovoltaic Systems for Agricultural Groundwater Pumping

    Feasibility assessment of solar-powered irrigation systems for sustainable agriculture.

  • Tent-Type Solar Dryer for Horticultural Products

    Development of sustainable drying technology for reducing postharvest losses.

  • Integrated Seed Loss Monitoring System for Grain Drills

    Field and economic evaluation of real-time seed monitoring technologies.

  • Effects of Tillage and Residue Management on Wheat–Canola Rotations

    Assessment of conservation tillage impacts on soil properties and water-use efficiency.

  • Mechanized Damask Rose Harvesting Machine Development

    Design and evaluation of specialized harvesting equipment for rose production.

  • Evaluation of Olive Cultivars for Suitability for Mechanized Harvesting

    Assessment of varietal characteristics for efficient olive harvesting systems.

  • Performance Evaluation of UAV Sprayers for Weed Control in Wheat Production

    Assessment of drone-based spraying technologies for efficient weed management.

  • Development of Intelligent Seed-Level Monitoring Systems for Seed Drills

  • Advanced sensor technologies for precision seeding and quality assurance.