1. Development of the technological process of the universal landing complex.

2. Development and justification of the parameters of a universal active working body for creating a landing place (trench) under the seedlings.

3. Virtual simulation of the operation of a three-dimensional model of a universal active working organ to optimize the parameters of the working organ, I minimize research costs.

4. Creation and field testing of an experimental model of a universal active working organ.

5. Development and justification of the parameters of the distributor of organic and mineral fertilizers.

6. Integration of the distributor of organic and mineral fertilizers into the base of the universal planting complex.

7. Layout of the universal landing complex.

8. Commissioning.

9. Field testing of the universal landing complex.

10. Research on the quality of planting seedlings and the degree of survival.

11. Assessment of the economic efficiency of the developed technical means.

12. Preparation of technical documentation for the commercialization of the production of a universal planting complex for garden and forest crops with an automated fertilizer application system for short- and long-term feeding of the root system of seedlings.

The developed universal planting complex will create the necessary planting space for different varieties and types of seedlings, and dose the necessary amount of fertilizers to the location of their root system. Mineral fertilizers will promote the survival and activation of seedlings, and organic fertilizers will ensure the availability of nutrients during growth and fruiting (short-term and long-term feeding of seedlings). New knowledge and developed scientific and methodological foundations obtained during the creation of a universal planting complex of garden and forest crops with an automated fertilizer application system will be used for the further development of agricultural science, and will also become an incentive for the development of agricultural engineering and agricultural production in the Republic of Kazakhstan.

1. The technological process of the universal landing complex.

2. Optimal parameters of the universal working body for creating seating.

3. The results of virtual modeling of a three-dimensional model of a universal working organ.

4. An experimental model of the first module – a mechanism for creating a trench for planting seedlings.

5. Optimal parameters of the distributor of organic and mineral fertilizers.

6. An experimental model of the second module – an aggregate for the placement of organic and mineral fertilizers.

7. A universal landing complex ready for testing.

8. Results of field trials of the universal landing complex.

9. Technical documentation for the prototype of the universal landing complex.

10. The introduction of a prototype universal planting complex in agriculture and rural engineering.

11. Registration at the National Institute of Intellectual Property of the Republic of Kazakhstan of at least 1 patent for an invention (including a positive decision on it).

12. Publication of one scientific article in peer-reviewed scientific publications indexed in the Science Citation Index Expanded Web of Science database and (or) having a CiteScore percentile in the Scopus database of at least 65.

13. The implementation of the project will allow to prepare a PhD.

• List of goods, works and services planned for purchase for scientific research in 2025 АР23487474 А. Sarsenov
• Updated list of goods, works and services planned for purchase AR23487474 dated 01.04.2025
• Updated list of goods, works and services planned for purchase AR23487474 dated 03.06.2025
• Updated list of goods, works and services under the AR23487474 project dated 27.06.2025
• Тhe updated list of goods, works and services planned for purchase in 2025 under the project AR23487474 dated 09.16.2025
• Updated list of goods, works and services under the AR23487474 project dated 12.01.2025
• list of goods, works and services under the AR23487474 project dated 05.01.2026