Online Course FutureAg: Advancing Agriculture for Tomorrow
Science And Technology

FutureAg: Advancing Agriculture for Tomorrow

Agriculture is entering a new era driven by innovation, sustainability, and intelligent technologies. The two-week summer school, “FutureAg: Advancing Agriculture for Tomorrow,” is designed as a dynamic platform to explore the integration of modern agricultural sciences with emerging tools such as artificial intelligence (AI), precision farming, and data-driven decision-making. The program aims to equip students, researchers, and professionals with future-ready skills to address challenges related to food security, climate change, and resource management. Key themes include climate-smart agriculture, advanced plant breeding, seed science, digital agriculture, and AI-enabled crop management systems. Through expert lectures, hands-on training, field demonstrations, and interactive sessions, participants will gain practical exposure to innovative technologies shaping the future of farming. This summer school fosters interdisciplinary learning, critical thinking, and innovation, empowering participants to become leaders in transforming agriculture into a smart, sustainable, and resilient system for tomorrow.
Course ModeOnline
Duration2 Weeks
Starts22 Jun 2026
Ends03 Jul 2026
Course Fee
₹1,000 /-
Registration Closed
About The Course

Overview

Agriculture is entering a new era driven by innovation, sustainability, and intelligent technologies. The two-week summer school, “FutureAg: Advancing Agriculture for Tomorrow,” is designed as a dynamic and interdisciplinary platform to explore the integration of modern agricultural sciences with emerging tools such as artificial intelligence (AI), precision farming, remote sensing, and data-driven decision-making. In an age where agriculture must respond to increasing global demands and environmental challenges, this program seeks to redefine how we approach farming, productivity, and sustainability.

The program aims to equip students, researchers, and professionals with future-ready skills to effectively address critical challenges related to food security, climate change, soil health, water resource management, and sustainable agricultural practices. It emphasizes the adoption of innovative and scalable solutions that enhance productivity while preserving ecological balance.

Key themes of the summer school include climate-smart agriculture, advanced plant breeding techniques, seed science and technology, digital agriculture, Internet of Things (IoT) in farming, and AI-enabled crop monitoring and management systems. Participants will also explore the role of big data analytics, drone technology, and automation in transforming traditional farming practices into smart agricultural systems.

Through a blend of expert lectures, hands-on training, field demonstrations, laboratory exposure, and interactive group sessions, participants will gain both theoretical understanding and practical experience with cutting-edge agricultural technologies. The program will also include case studies, problem-solving exercises, and collaborative projects to encourage innovation and real-world application of concepts.

Furthermore, the summer school will provide opportunities for interaction with industry experts, agricultural scientists, and policy professionals, offering insights into current trends, government initiatives, and entrepreneurial opportunities in the agriculture sector. Special focus will be given to developing leadership, critical thinking, and decision-making skills among participants.

Overall, this summer school fosters interdisciplinary learning, innovation, and a solution-oriented mindset, empowering participants to become future leaders in transforming agriculture into a smart, sustainable, resilient, and technology-driven system for tomorrow.

Learning Goals

Course Outcomes

CO1: Conceptual Understanding of Future Agriculture

Explain the principles of modern and digital agriculture, including the role of AI, IoT, and data-driven decision-making in enhancing agricultural productivity and sustainability.

CO2: Advanced Knowledge in Plant Breeding & Crop Improvement

 Demonstrate understanding of conventional and modern crop improvement techniques such as marker-assisted selection, genomic selection, and gene editing for developing improved crop varieties.

CO3: Application of Crop Physiology in Stress Management

Analyze physiological mechanisms governing crop growth, development, and stress tolerance, and apply this knowledge to improve crop performance under changing climatic conditions.

CO4: Adoption of Climate-Smart Agronomic Practices

Evaluate and implement sustainable agronomic practices, including precision farming, conservation agriculture, and efficient resource management.

CO5: Soil Health and Nutrient Management Competency

Assess soil health parameters and recommend appropriate nutrient and soil management strategies for sustainable crop production.

CO6: Expertise in Horticultural and Protected Cultivation Systems

Apply advanced horticultural techniques, including protected cultivation, hydroponics, and post-harvest management, for high-value crop production.

CO7: Integrated and Smart Pest Management Skills

Develop effective pest management strategies using integrated approaches, including biological control and AI-based pest monitoring systems.

CO8: Understanding of Agricultural Engineering & Precision Technologies

Demonstrate knowledge of modern farm machinery, automation, drones, sensors, and precision agriculture tools for efficient farm operations.

CO9: Scientific Livestock and Poultry Management

Apply scientific principles in livestock and poultry production systems, including breeding, nutrition, health, and precision livestock farming.

CO10: Innovation, AI, and Agribusiness Development

Integrate AI tools and innovative approaches to develop sustainable agribusiness models, enhance market linkages, and promote entrepreneurship in agriculture.

Curriculum

Course / Modules

Module 1: Foundations of Future Agriculture & Digital Transformation

Module 2: Advanced Plant Breeding & Crop Improvement

Module 3: Crop Physiology for Climate Resilience

Module 4: Agronomy & Climate-Smart Farming Systems

Module 5: Soil Science & Sustainable Soil Health Management

Module 6: Horticulture & Protected Cultivation Technologies

Module 7: Entomology & Smart Pest Management

Module 8: Agricultural Engineering & Precision Farming

Module 9: Livestock & Poultry Management in Smart Farming

Module 10: AI, Agribusiness & Innovation in Agriculture

Learn From Experts

Our Trainers

Dr. Ashutosh Sawarkar
Dr. Ashutosh Sawarkar
Dr. Ashutosh Sawarkar is currently serving as Assistant Professor and Head of the Department of Genetics and Plant Breeding at the School of Agricultu...
Dr. Abhinandan Yadav
Dr. Abhinandan Yadav
Dr. Abhinandan Yadav is a highly motivated academician with a Ph.D. in Entomology, specializing in Integrated Pest Management and insect ecology. He p...
Dr. Atul Madhao Pradhan
Dr. Atul Madhao Pradhan
Dr. Atul madhao Pradhan working as an Associate Professor in Genetics and Plant Breeding at School of Agriculture, Sanjeev Agrawal Global Ed...
Dr Laxmi Kant Sharma
Dr Laxmi Kant Sharma
Dr Laxmi Kant Sharma Ph D is scientist in field of Animal Science,after completion PG in Animal Husbandry from Rajasthan Agriculture University,Bikner...
Dr Kaushik Kumar Panigrahi
Dr Kaushik Kumar Panigrahi
Dr. Kaushik Kumar Panigrahi (b. 1988) is currently serving as the Breeder and Officer-in-Charge (OIC) of the All-India Coordinated Research Network on...
Dr. Dinkar J Gaikwad
Dr. Dinkar J Gaikwad
Dr. Dinkar Gaikwad is presently working as an Associate Professor and Head, Department of Crop Physiology and Biochemistry at M.S. Swaminathan School ...
Dr. Meena Yadav
Dr. Meena Yadav
Dr. Meena Yadav is an Assistant Professor (Agriculture) specialized in Soil Science at Sanjeev Agrawal Global Educational University, Bhopal, with 1.1...
Dr. Shani Kumar
Dr. Shani Kumar
Dr. Shani Kumar is Assistant Professor (Horticulture) Vegetable Science in Sanjeev Agrawal Global Educational University, Bhopal. He did his B.Sc. (Ho...
Dr. Anurag Patel
Dr. Anurag Patel
Dr. Anurag Patel, currently working as an Assistant Professor (Farm Machinery and Power Engineering) at School of Agriculture, Sanjeev Agrawal Global ...
Dr. Krishnendu Ray
Dr. Krishnendu Ray
A distinguished career in Agronomy is maintained by Dr. Krishnendu Ray, who currently serves as a Subject Matter Specialist at Sasya Shyamala Krishi V...
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Frequently Asked Questions

1. What is the objective of the “FutureAg: Advancing Agriculture for Tomorrow” Summer School?
2. Who can apply for this summer school?
3. What are the key topics covered in the program?
4. What is the duration of the summer school?
5. Will there be hands-on training?
6. Are experts and resource persons involved?
7. Will participants receive a certificate?
8. Is there any registration fee?
9. What are the expected outcomes of this program?
10. How will this program benefit students academically and professionally?
11. Will study materials be provided?
12. Is attendance mandatory?
13. How can I apply for the program?
14. Will accommodation be provided?
15. Is there any evaluation or assessment?

Need More Information?

Contact

Name: Dr. Atul Madhao Pradhan

Mobile No: 8390214835

Email: [email protected]