IAPM Academy actively cooperates with local farmers and food producers, providing access to their technological resources to improve agricultural practices:
The Laboratory of Robotics and Artificial Intelligence at IAPM has developed automated irrigation systems that helped local farmers optimize field irrigation, reduce water use, and increase the efficiency of crop production.
The Laboratory of Robotics and Artificial Intelligence at IAPM has created algorithms for predicting yields based on data on climatic conditions, soil composition, and other factors. These models will improve farmers' ability to better plan their activities and increase crop efficiency.
Thanks to the capabilities of a 3D printer owned by the Laboratory for Computer Graphics and 3D Modeling, the academy has developed prototypes of custom spare parts for farm equipment. This helped local farmers quickly solve problems with their equipment, reducing repair and maintenance costs.
The Laboratory of Robotics and Artificial Intelligence is conducting research to create autonomous robots that can harvest crops, including fruits and vegetables, to help farmers reduce their dependence on manual labor and cut harvesting costs.
Academy research laboratories conducted a series of analyzes of plant stocks, which allowed local farmers to better understand which plant varieties are most resistant to pests and climatic conditions.
The Robotics and Artificial Intelligence Laboratory has developed and implemented precision farming systems that allow farmers to analyze and process large amounts of data on soil conditions, weather, and plant health.
Using the academy's technological resources, the following were created prototypes of greenhouses with full automation of temperature control, humidity, and lighting. Thanks to this, local food producers food producers can grow crops throughout the year in optimal conditions, with minimal energy costs.
IAPM Academy held a series of practical workshops for local farmers on how to use drones to monitor fields, spray fertilizers, and protect plants. This allowed farmers to assess the condition of crops faster and more accurately and take measures to improve yields.
As part of the academy's Technology park, a demonstration of a vertical farm for growing vegetables and herbs in an urban environment. This model allowed us to show how to increase yields in limited spaces, and reduce water and energy consumption, while improving product quality. energy consumption, while improving product quality.
The Academy's 3D printer was used to develop prototypes of eco-friendly packaging materials made from biodegradable substances. This allowed local producers to reduce the amount of plastic waste and make their products more environmentally friendly.
Famous IAPM scientists and researchers in the process of printing spare parts on a 3D printer as part of the Technopark project.
