Lugar de estudios	In the third week, selected participants may optionally take the course and some visits directly to the Asomi College of Sciences Malta campus. Travel, accommodation and living expenses will be at the participants' own expense.
Tipo	Inspire, hybrid
Duración nominal	3 weeks (2 ECTS)
Idioma de estudio	inglés

Calificación de ingreso	Diploma de grado superior (o superior) Professional skills acquired in the domain will be favourably valued.

Requisitos de territorio

Se aceptan solicitudes de los siguientes territorios (según la ciudadanía): Bulgaria, Canarias, Croacia, Eslovaquia, Eslovenia, España, Estonia, Grecia, Guadalupe, Guayana Francesa, Hungría, Italia, Letonia, Lituania, Macedonia del Norte, Malta, Martinica, Mayotte, Montenegro, Polonia, Portugal, Rumanía, Serbia, Turquía, Ucrania. Countries eligible to take part in the EIT RIS (2021-2024): • EU Member States: Bulgaria, Croatia, Cyprus, Czech Republic, Estonia, Greece, Hungary, Italy, Latvia, Lithuania, Malta, Poland, Portugal, Romania, Slovakia, Slovenia, Spain. • Horizon Europe Associated Countries*: Montenegro, Republic of North Macedonia, Serbia, Turkey, Ukraine. • Outermost Regions: Guadeloupe, French Guiana, Réunion, Martinique, Mayotte and Saint-Martin (France), the Azores and Madeira (Portugal), and the Canary Islands (Spain). *These third countries, which are all listed in the European Innovation Scoreboard, will be fully eligible for the EIT RIS, following the successful conclusion of individual Horizon Europe Association Agreements. Confirmation of country (RIS) of origin by proof of residence, birth and/or identity card.

Requisitos de idioma	inglés Good communication in English, both written and spoken

Otros requisitos	Internet access with multimedia station (microphone and video camera). Requisitos específicos para solicitantes fuera de la Unión Europea: Nationality of a RIS country

Más información	learning.eitfood.eu/..nerative-agriculture

Resumen

The course: “Mastering Regenerative Agriculture and Deep Tech Integration” to explore the synergy between sustainable farming practices and cutting-edge technologies. Learn to enrich soil health, enhance biodiversity, and optimize resource management while harnessing the power of artificial intelligence, the Internet of Things (IoT), and data analytics for precision farming.

Estructura del curso

Various modules will be covered during the three-week course with an increasing level of specialisation:

Module 1: Fundamentals of Regenerative Agriculture (Week 1)
Module 2: Deep Tech Integration and Sustainable Farm Management (Week 2)
Module 3: Specialization and Deep Tech Applications (Week 3)
Module 4: Ecosystem Integration and Future Trends (Week 3)
Module 5: Capstone Project Presentation and Discussion (Week 3)

Oportunidades profesionales

Some of the key career opportunities you can explore after completing this course:

1. Regenerative Agriculture Specialist: As a regenerative agriculture specialist, you can work directly with farmers and agricultural organizations to implement regenerative farming practices, enhance soil health, and improve overall sustainability on farms.

2. Precision Agriculture Technician: This role involves utilizing advanced technologies like IoT, sensors, and data analytics to optimize farming operations. You’ll help farmers make data-driven decisions for resource management and crop production.

3. Agricultural Technology Developer: If you have a background in technology, you can pursue a career in developing agricultural technologies, such as software applications, farm equipment, and IoT solutions.

4. Sustainable Agriculture Educator: Share your knowledge and expertise by becoming an educator or trainer in sustainable and regenerative agriculture. You can conduct workshops, create educational materials, and provide guidance to farmers and students.

5. Agroforestry Specialist: Focus on integrating trees and crops for ecosystem benefits. You’ll design and implement agroforestry systems that enhance biodiversity, improve soil health, and provide sustainable sources of timber and food.

6. Researcher or Scientist: Pursue a career in research or academia, where you can conduct studies and experiments related to regenerative agriculture and deep tech applications. Your research may lead to advancements in sustainable farming practices and technologies.

7. Agricultural Data Analyst: Specialize in collecting, managing, and analyzing data from various sources, including sensors, satellites, and farm equipment. You’ll provide insights to improve decision-making and farm efficiency.

8. Environmental Consultant: Work as an environmental consultant, helping organizations and farms assess and minimize their environmental impact. You’ll evaluate sustainable practices and ensure compliance with environmental regulations.

9. Blockchain and AgTech Specialist: Explore the intersection of blockchain technology and agriculture by working as a specialist in supply chain transparency and traceability. This role can involve implementing blockchain solutions to enhance trust and transparency in agricultural supply chains.

10. Policy Advocate and Advisor: Advocate for policies and regulations that promote sustainable farming practices and the adoption of deep tech in agriculture. You can work with government agencies, non-profit organizations, or advocacy groups to shape agricultural policies.

11. Entrepreneur in AgTech Startups: If you have an entrepreneurial spirit, consider starting your own AgTech company that develops and sells innovative solutions for sustainable and regenerative agriculture.

12. Supply Chain and Food System Analyst: Analyze and optimize supply chains within the agriculture and food industry, focusing on sustainability, efficiency, and reducing waste.