- Internet of Things
- English
- Daniel Nunes
- Rosimara Beatriz Arci Salgado
Intermediate
- Bank transfer
- Paypal
Event organizer(s)
Description
The online IoT course applied in rural areas is a comprehensive program focused on understanding and implementing Internet of Things solutions in the agricultural context. Participants will be introduced to the fundamental principles of IoT and explore its potential via data collection, device connectivity, and sensor application for optimizing agricultural processes. Delving into communication protocols, participants will be empowered to develop and deploy intelligent systems for agricultural monitoring, crop management, asset tracking, and remote operation control, aiming to increase efficiency and productivity in the rural environment.
This course is designed for individuals who are interested in leveraging technology to solve practical problems in rural farming environments. It aims to equip participants with the knowledge and skills to implement IoT solutions effectively, thereby enhancing agricultural productivity and sustainability. The target audience for this course is the following:
- Policy Makers: Government officials and decision-makers involved in agricultural policy and rural development planning. This group seeks to understand how IoT technologies can be utilized to enhance agricultural practices and improve rural livelihoods, aiming to integrate innovative solutions into policy frameworks.
- Agricultural Technologists, Extensionists, and Engineers: Professionals specializing in agricultural technology and engineering, including individuals directly involved in farming or agricultural management. This group seeks to deepen their knowledge of IoT applications in agriculture for innovation and development purposes, aiming to integrate modern technology to enhance productivity and efficiency.
- Agricultural Students and Researchers: Students and academic researchers focusing on agriculture, technology, and related fields who are interested in exploring the potential of IoT in transforming rural agricultural practices.
- Farmers and Agricultural Professionals: Individuals directly involved in farming or agricultural management who are looking to integrate modern technology into their practices to enhance productivity and efficiency.
- Tech Entrepreneurs and Startups: Entrepreneurs and startup companies focusing on agricultural technology solutions who are looking for opportunities to develop and implement IoT-based products and services for the agricultural sector.
- NGO and Community Leaders: Representatives from non-governmental organizations and community groups working in rural development and agricultural improvement who wish to learn about IoT applications to support their communities.
This is an intermediate course, basic knowledge of ICT technology, Internet and wireless technologies, including 4G/5G mobile networks and general IoT knowledge is recommended but not mandatory, as the fundamental concepts of these points will be covered in a brief review manner. Also, an understanding of basic agricultural principles and practices is recommended, but not mandatory. This could be through formal education, work experience, or personal involvement in farming or agricultural activities.
Upon completion of this course, participants will be able to:
- Fundamental Principles of IoT: Describe the core concepts of the Internet of Things, including how devices communicate and interact within a network to collect and exchange data;
- Agricultural Applications of IoT: Discuss how IoT technologies can be applied to various aspects of agriculture, such as soil care, irrigation, crop management, livestock monitoring, and precision farming, to improve efficiency and productivity;
- Technological Components: Differentiate the sensors, devices, and platforms used in IoT systems, including their functionalities and how they can be applied in agricultural contexts;
- Connectivity and Communication Protocols: Compare with various communication technologies and protocols suitable for rural environments, ensuring reliable data transmission between devices and servers;
- Real-World Applications and Case Studies: Analyze successful IoT implementations in agriculture, including the challenges faced and solutions developed, providing a practical perspective on how IoT can be effectively utilized.
This course is based on a learning approach consisting of a number of pre-recorded videos with a duration of 15 to 20 minutes each and instructor moderation/interaction via the forum component of the course. The videos will be produced using the latest industry standards regarding the presentation and using embedded quizzes ( to prevent the 鈥渇ast forwarding effect鈥 and to engage learners and reinforce key concepts.
For the benefit of varying instructional methods, interactive presentations will also be used to deliver certain course contents to replace pre-recorded videos. In addition to those videos and interactive presentations, supplementary texts/articles/webpages will be provided, offering learners an opportunity to deepen their understanding and explore the topics covered in more detail. The texts will be chosen to complement the offered content and provide learners with additional insights and perspectives. This methodology is intended to provide a comprehensive and interactive learning experience, enabling learners to engage with the course material at their own pace and from different perspectives.
Also, a tutor will monitor the mandatory course forum weekly in order to answer questions, promote relevant discussions, challenges, questions and problems, in addition to publish news on the subject. The Tutor will also encourage the students to share national contexts, situations - as these would be beneficial for the other participants, encouraging social learning.
The assessment and grading methodology include an evaluation through multiple-choice tests for each of the three course modules, mandatory forum contributions, a final test and one open-ended question. Each test will contain 10 questions, each with four answer choices, with only one correct answer. The final test consists of five multiple-choice questions and fifteen single-choice questions, with four answer choices each. The questions will be designed at different levels of complexity, aiming to explore the topic covered in each course module. The open-ended question will be designed so that the participants demonstrate their knowledge and opinions on a relevant topic covered during the course.
End module quiz (3)鈥 20%鈥
Forum contributions (3)鈥 20%鈥
Open-ended question鈥 40%鈥
End-training test鈥 20%鈥
To obtain the ITU certificate, the participant must obtain at least 70 points out of 100 total points
Module 1 IoT Applications
1) Introduction to IoT in Agriculture
2) Precision Farming
3) Smart Irrigation Systems
4) Livestock Monitoring
Key learning points
1) Explain the application of IoT technologies in the agricultural sector, identifying both benefits and challenges.
2) List IoT techniques to monitor and manage variability in agricultural production, aiming to increase efficiency and productivity.
3) Describe IoT solutions to optimize water usage by analyzing soil moisture and weather data.
4) Utilize IoT devices for the health monitoring, tracking, and management of livestock to enhance animal welfare and farm productivity.
Training activities details
鈥 Watch two 15-20 mim. videos
鈥 Interact with two 15-20 mim. dynamic course presentation
鈥 One extra suggested reading
鈥 Take the MCQ knowledge test
鈥 Contribute to the course forum
Module 2 IoT Technical aspects
1) Connectivity Solutions
2) IoT Devices and Sensors
3) IoT Platforms and Tools
4) Security and Privacy
Key learning points
1) Evaluate and select appropriate connectivity solutions, including communication protocols and network technologies like LoRaWAN and NB-IoT, for rural and agricultural environments.
2) Describe the range of IoT devices and sensors used in agriculture, such as soil moisture sensors, weather stations, and GPS trackers, and their applications.
3) Explain the functionalities of various IoT platforms and tools, including cloud-based solutions and edge computing, for managing IoT devices and data in agriculture.
4) Evaluate the security challenges and the best practices for protecting data and devices in IoT agricultural systems.
Training activities details
鈥 Watch two 15-20 mim. videos
鈥 Interact with two 15-20 mim. dynamic course presentation
鈥 One extra suggested reading
鈥 Take the MCQ knowledge test
鈥 Contribute to the course forum
Module 3 IoT application real use cases
1) Case Studies
2) Lessons Learned
3) Innovative and Future Trends
Key learning points
1) Analyze case studies of successful IoT implementations in rural agriculture, focusing on objectives, processes, challenges, and outcomes to understand their impact.
2) Identify and summarize lessons learned from real-world experiences, including common pitfalls and best practices, for deploying IoT solutions in rural settings.
3) Evaluate emerging technologies and trends in IoT for agriculture, including the integration of AI and machine learning, and predict their potential impact on the sector.
Training activities details
鈥 Watch two 15-20 mim. videos
鈥 Interact with one 15-20 mim. dynamic course presentation
鈥 One extra suggested reading
鈥 Take the MCQ knowledge test
鈥 Contribute to the course forum
Final test and assignment
1) Final test
2) Open Ended Question
Registration information
Unless specified otherwise, all 麻豆社视频 training courses are open to all interested professionals, irrespective of their race, ethnicity, age, gender, religion, economic status and other diverse backgrounds. We strongly encourage registrations from female participants, and participants from developing countries. This includes least developed countries, small island developing states and landlocked developing countries.