Agricultural Drone Technology Awareness Training for industry Professionals

  • Funded under
  • Duration
  • Overall budget
  • Partnership
  • Website

Erasmus+

 01/01/2023 – 31/12/2024

€ 250 000

5 Partners

What is the mission of AgroPro?

AgroPro is a pioneering project aimed at bridging the gap between the rapid technological advancements in the agriculture industry and the existing knowledge and skills of agriculture professionals. With a mission to empower agricultural workers across the European Union, AgroPro focuses on providing access to cutting-edge drone technology, education, and support. This project aspires to enable professionals to optimise crop management, monitor crop health, and increase overall productivity while addressing the challenges of a growing global population and climate change-induced extreme weather events. By offering specialised training and resources, AgroPro seeks to connect agriculture professionals with limited opportunities to this evolving market and unlock their potential in utilising drone technology. 

Ultimately, the project aims to deliver three main results: 

  • e-Guide listing new career paths in agriculture thanks to drones, 
  • a Competence Framework and Competence Assessment indicators, and 
  • a MOOC on the use of drones and associated digital tools. 

AgroPro is committed to promoting equal opportunities, and environmental sustainability, and fostering strategic partnerships to ensure scalability and widespread adoption of its initiatives, in alignment with the socioeconomic development strategies of its partner countries.

What is the “e-Guide” that will be developed”

The e-Guide will be a digital career resource designed to showcase new professions emerging in the agricultural sector due to advancements in drone technology. Based on the needs analysis and recommendations from CEDEFOP’s 2018 Handbook of ICT practices, the e-Guide will target educational institutions, lifelong learning centres, career offices, tutors, and agricultural stakeholders. It will aim to bridge the knowledge and skills gap in these new occupations and provide comprehensive information to facilitate the development of learning and training materials. The e-Guide will serve as a foundation for a MOOC on using UAVs and digital tools for sustainable agriculture. The main results will include an aggregated set of occupational descriptors, information, and links related to UAS use in agriculture, which will assist individuals and guidance counsellors in accessing information about career opportunities. The e-Guide’s innovative aspect will be its ability to compile curated content and research from different countries, making it a valuable resource for various EU organisations and institutions.

Art and Green Activism

Inclusive and Accessible Project Design for Diverse Participants in the Agricultural Sector

To ensure accessibility and inclusiveness in the project, all activities will be designed to accommodate participants regardless of their social status, cultural or religious identity, sex, gender, sexual orientation, or economic situation. The project’s core methodology focuses on uniting diverse organisations for the common good, and fostering a community spirit through active engagement from all participants. Expenses such as travel, accommodation, and visas will be covered to encourage participation from individuals with limited economic opportunities.

Adult learners and NEETs will be given a central role in the project, enabling them to access exceptional support from all project teams. Safeguarding and equality measures will be in place for mobility or related activities involving young people and adult learners. The consortium will support disadvantaged participants by hosting activities in accessible locations, tailoring training materials to their needs, offering free participation in pilot testing workshops, and adjusting schedules according to their availability.

The project aims to provide opportunities for people with fewer resources by offering participation in pilot testing workshops. To engage the target audience more effectively, the consortium will collaborate with stakeholders who have established relationships with the target group, enabling them to better address specific needs, utilise communication channels, and implement suitable approach methods.

Project Facts

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Agricultural Drone Technology Awareness Training for industry Professionals

  • Funded under
  • Duration
  • Overall budget
  • Partnership
  • Website

Erasmus+

 01/01/2023 – 31/12/2024

€ 250 000

5 Partners

What is the mission of AgroPro?

AgroPro is a pioneering project aimed at bridging the gap between the rapid technological advancements in the agriculture industry and the existing knowledge and skills of agriculture professionals. With a mission to empower agricultural workers across the European Union, AgroPro focuses on providing access to cutting-edge drone technology, education, and support. This project aspires to enable professionals to optimise crop management, monitor crop health, and increase overall productivity while addressing the challenges of a growing global population and climate change-induced extreme weather events. By offering specialised training and resources, AgroPro seeks to connect agriculture professionals with limited opportunities to this evolving market and unlock their potential in utilising drone technology. 

Ultimately, the project aims to deliver three main results: 

  • e-Guide listing new career paths in agriculture thanks to drones, 
  • a Competence Framework and Competence Assessment indicators, and 
  • a MOOC on the use of drones and associated digital tools. 

AgroPro is committed to promoting equal opportunities, and environmental sustainability, and fostering strategic partnerships to ensure scalability and widespread adoption of its initiatives, in alignment with the socioeconomic development strategies of its partner countries.

What is the “e-Guide” that will be developed”

The e-Guide will be a digital career resource designed to showcase new professions emerging in the agricultural sector due to advancements in drone technology. Based on the needs analysis and recommendations from CEDEFOP’s 2018 Handbook of ICT practices, the e-Guide will target educational institutions, lifelong learning centres, career offices, tutors, and agricultural stakeholders. It will aim to bridge the knowledge and skills gap in these new occupations and provide comprehensive information to facilitate the development of learning and training materials. The e-Guide will serve as a foundation for a MOOC on using UAVs and digital tools for sustainable agriculture. The main results will include an aggregated set of occupational descriptors, information, and links related to UAS use in agriculture, which will assist individuals and guidance counsellors in accessing information about career opportunities. The e-Guide’s innovative aspect will be its ability to compile curated content and research from different countries, making it a valuable resource for various EU organisations and institutions.

Art and Green Activism

Inclusive and Accessible Project Design for Diverse Participants in the Agricultural Sector

To ensure accessibility and inclusiveness in the project, all activities will be designed to accommodate participants regardless of their social status, cultural or religious identity, sex, gender, sexual orientation, or economic situation. The project’s core methodology focuses on uniting diverse organisations for the common good, and fostering a community spirit through active engagement from all participants. Expenses such as travel, accommodation, and visas will be covered to encourage participation from individuals with limited economic opportunities.

Adult learners and NEETs will be given a central role in the project, enabling them to access exceptional support from all project teams. Safeguarding and equality measures will be in place for mobility or related activities involving young people and adult learners. The consortium will support disadvantaged participants by hosting activities in accessible locations, tailoring training materials to their needs, offering free participation in pilot testing workshops, and adjusting schedules according to their availability.

The project aims to provide opportunities for people with fewer resources by offering participation in pilot testing workshops. To engage the target audience more effectively, the consortium will collaborate with stakeholders who have established relationships with the target group, enabling them to better address specific needs, utilise communication channels, and implement suitable approach methods.

Project Facts

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01234567890Countries
01234567890Years

Smart and Sustainable Drone-assisted Viticulture Excellence Network

  • Funded under
  • Duration
  • Overall budget
  • Partnership
  • Website

ERDF I3

01/11/2022 – 31/10/2025

€ 1 983 443

11 Partners

Viticulture worldwide faces a dual challenge: the effects of the Climate Change (CC) and the preparation of vine growers to employ new technological solutions to face the upcoming changes and emerging needs. Interactions between plant resistance traits and abiotic stress tolerance may represent the most substantial impact of climate change on plant productivity. What’s more, a study of Eurostat reveals that 67% of the pesticides in Europe are used in viticulture. This is where SmartVitiNet comes in, to offer solutions for precision viticulture that can be an alternative, ensuring continued crop health monitoring, timely and targeted interventions.

Viticulture faces the challenge of Climate Change (CC) effects and the preparation of vine growers to employ new technological solutions to face these changes and emerging needs.

What is the role of Future Needs?

Future Needs will lead the dissemination and exploitation activities of the SmartVitiNet project and will facilitate the requirements analysis and the architecture design

Future Needs’ team is experienced in user experience, service design, communication and business development, thus it is responsible for the dissemination of project achievements  and the establishment of the exploitation strategy for further commercialization of SmartVitiNet project’s results. Furthermore, Future Needs will co-develop the SmartVitiNet Decision Support System (DSS) and will create the definition of the Minimum Viable Product. Finally, it will lead the community piloting in Cyprus.

SmartVitiNet will benefit furthermore by Future Needs’ established knowledge and expertise gained during another equivalent ongoing project run in collaboration with other partners. This is the Oenobotics project (funded under an Open call of the H2020 AgroboFood project) that will provide its results – prototypes developed and datasets – to be scaled up in SmartVitiNet.

Which are the main objectives of SmartVitiNet?

SmartVitiNet project aims at the following four general objectives:

– To create an accessible and affordable integrated solution for viticulture to be used both by vineyard owners themselves and agricultural policy makers. 

-To connect policy makers, academia and technology actors with the viticulture community in a sustainable way with the aim to make innovative technologies accessible for the highest number of wine-growers. In order to improve the existing business ecosystem of the agricultural sector, SmartVitiNet will establish a Competence Centre for precision viticulture. 

-To create more business potential in the area of precision agriculture. 

-To strengthen the competitiveness of national wine producers. It will enhance and build a competitive edge by developing and adopting new and better ways of growing grapes and making wines and especially for less developed regions of the partners’ countries – Greece, Cyprus, Portugal and Spain. 

 

Which are the advantages of precision viticulture?

One of the most powerful tools in precision viticulture is the use of remote sensing through its ability to rapidly provide a synoptic view of grapevine shape, size and vigor over entire vineyards. Its potential for improving viticultural practice is evident by the relationships that are known to exist between these canopy descriptors and grape quality and yield. Sensors are starting to provide literally granular data points on soil conditions, as well as detailed info on wind, fertilizer requirements, water availability and pest infestations, which in addition to aerial images captured by unmanned aerial vehicles (drones) which can patrol fields, can alert vine-growers to crop ripeness or potential problems and provide early warnings of deviations from expected growth rates or quality. Individual plants can be monitored for nutrients and growth rates. Furthermore, the introduction of automation in agriculture has profound impacts on most aspects of farming.

Given that the average area per holding in Cyprus and Greece is 0.55 hectares and in Portugal 0.9 hectares, vineyards of these countries are ideal candidates for drone remote sensing use. In France, there are many bigger vineyards but there is a significant amount of smaller vineyards as well.

Project Facts

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Enabling sustainable oenological practices through a robotic UAS solution for precision viticulture

  • Funded under
  • Duration
  • Overall budget
  • Partnership
  • Website

Horizon 2020

01/09/2021 – 30/01/2023

€500 000

6 partners

What is the aim of Oenobotics?

Oenobotics services will be delivered to customers such as vineyard farmers or associations. It will use a hardware-as-a-service business model, supporting viticulture farmers to avoid significant initial investment costs. The Oenobotics hardware and software will also be available to drone companies and interested farmers as an off-the-shelf product. The solution addresses the needs of wine-producing vineyards located in remote sloppy elevated locations that are hard to reach with any machinery.

In particular, the Oenobotics project deploys a droned platform that will provide viticulture farmers the following innovative and affordable precision viticulture services:

  1. Vine disease diagnostics.
  2. Vine water-stress diagnostics.
  3. Precise spot-spraying for treatment of downy mildew, powdery mildew and grey mould/botrytis.
  4. A wireless and automated drone charging dock.

 

What will Future Needs coordinate?

Future Needs Management Consulting will coordinate the Minimum Viable Product definition and the service design in the Oenobotics project. Additionally, Future Needs will coordinate the trials, the user-validation and the fine-tuning of the system. Initially Future Needs will provide a description of all the services and the system technical requirements and mockups of the final product and will draw the services. When the system is built, test drone flights over Kontogiannis Family vineyards with known health state will take place. They will diagnose correctly the plants health state (disease and water-stress diagnosis) and they will spray precisely a liquid (water or a specific biological mix approved by the user) in selected areas. Finally they will automatically return to and land on the docking station to recharge.

How will Oenobotics help vineyard owners & workers?

These Oenobotics services will assist vineyards owners in avoiding health impacts of chemicals and heat on vineyard workers. What’s more, Oenobotics will help farmers to react much faster to extreme weather changes caused by climate change. Finally the project aims to assist farmers to be more sustainable and profitable by producing yield of better quality, using less pesticides (in case of conventional farming) and producing less CO2 emissions (in case of organic farming). Project results will be demonstrated in an organic vineyard in Greece.

 

Which activities will Future Needs lead?

Future Needs is the leader of all the market related activities of the undertaking in the Oenobotics project. These include IPR Management and GDPR, the creation of the product brand and associated promotional material. Also, the organisation of two promotional events in collaboration with DIHs and the marketing campaign for early adoption and ecosystem building. Additionally Future Needs will make a business and financial plan and a preparation for the market entry, to ensure the financial sustainability of the undertaking. Finally, Future Needs will establish an expansion strategy in order to define the means for developing scalable user-centred services and will create organizational plans (structure, processes) for the new venture that will drive the Oenobotics solution into the market.

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