This training is for professional development purposes, and the certificate obtained does not replace the MYK certification required for certain official trainings.

Training Objective

The New Agricultural Technologies Awareness Training Program aims to equip professionals in the agricultural sector with knowledge about modern agricultural technologies and digital solutions, enhancing productivity and promoting sustainable production. The program provides participants with innovative methods and eco-friendly practices to gain a competitive advantage in agriculture.

Training Content

• 1. Introduction and Program Overview
• Digitalization of agriculture and emerging technologies
• Purpose and objectives of the training program
• Benefits and expectations for participants
• 2. Fundamental Concepts of New Agricultural Technologies
• Smart agriculture and digital farming tools
• Role of IoT (Internet of Things) and sensors in agriculture
• AI and machine learning applications in agriculture
• Data analytics and big data utilization
• 3. Sustainable Agricultural Practices
• Definition and importance of sustainable agriculture
• Water management and efficiency-enhancing techniques
• Soil health and organic farming methods
• Biotechnological innovations in pest control
• 4. Productivity-Enhancing Technologies in Agriculture
• Drones and drone-based imaging technologies
• Agricultural robots and automation systems
• High-efficiency irrigation systems
• Smart greenhouses and environmental control systems
• 5. Digital Tools and Software in Agriculture
• Use of agricultural software (ERP, management systems)
• Farm management via mobile applications
• Data collection, analysis, and reporting tools
• Blockchain technology in agriculture
• 6. Farm Management and Operational Efficiency
• Farm management systems and productivity monitoring
• Resource management (soil, water, energy)
• Agricultural input management and cost control
• Smart planning and product tracking
• 7. Innovative Agricultural Methods and Technological Solutions
• Vertical farming and hydroponic systems
• Embedded sensors and automated farming systems
• AI-assisted agricultural forecasting systems
• Genetic engineering and biotechnology
• 8. Digitalization in Agriculture and Future Perspectives
• Future of digital agriculture and industry trends
• Importance of digital transformation and innovation in agriculture
• Role of technology in global agriculture
• Expected innovations in agriculture
• 9. Environmental Impacts and Sustainability in Agriculture
• Environmental impacts and the role of agriculture in ecosystems
• Strategies to reduce carbon footprint
• Zero-waste management and circular agriculture
• Use of renewable energy and energy efficiency
• 10. Post-Training Evaluation and Certification
• Assessment of knowledge acquired during training
• Practical tests and performance measurement for participants
• Issuance of certificates and participation documents

The training is open for corporate collaboration (institution/company packages) and individual applications are not accepted. Training content can be re-planned according to the profile and needs of corporate participants. After mutual consultations, the scope and method of the training (face-to-face or online) are determined. Upon agreement, the schedule for participants and instructors and the training location are finalized.