ATAL FDP on AI and IoT Integration in Smart Renewable Energy Networks and RP Sarathy Institute of Technology, Salem (Jan 19, 2026)

Educators and research scholars seeking to master the future of sustainable power should apply for the ATAL FDP on AI and IoT Integration in Smart Renewable Energy Networks at RP Sarathy Institute of Technology, Salem. This six-day intensive program provides a comprehensive bridge between advanced digital technologies and green energy solutions. Specifically, the curriculum addresses the urgent global need for intelligent, decentralized power grids. Consequently, participants will gain the technical expertise required to lead innovation in sustainable computing and smart grid management. In addition to theoretical frameworks, the sessions emphasize practical applications in modern energy ecosystems.

Program Highlights

Feature	Details
Program Title	AI & IoT Integration in Smart Renewable Energy Networks
Organizing Institution	RP Sarathy Institute of Technology, Salem
Department	Electrical and Electronics Engineering
Dates & Duration	January 19, 2026 – January 24, 2026 (6 Days)
Mode of Delivery	Online (Google Meet)
Daily Schedule	Evening Sessions (6:00 PM – 9:30 PM approx.)

Program Overview

The primary objective of this AICTE Training and Learning (ATAL) Academy sponsored program is to empower technical educators with the skills to integrate AI and IoT into renewable energy infrastructures. Furthermore, the FDP focuses on the thrust area of Sustainable & Green Computing, exploring how smart monitoring and predictive analytics can optimize energy distribution. Likewise, the program aims to foster research and innovation in emerging technical fields.

The target audience includes:

• Faculty members from AICTE-approved higher education institutions.
• Research scholars and postgraduate students specializing in EEE, CSE, or IT.
• Participants from government organizations and relevant industries.
• Staff members of the host institution.

Eligibility Criteria

Prospective participants must be affiliated with an academic institution or research organization. Because this is a specialized technical program, a background in electrical engineering, computer science, or information technology is highly recommended. Additionally, candidates must have access to a stable internet connection to participate in the online sessions via Google Meet. Moreover, the program is designed to benefit those actively involved in technical education and innovation.

Curriculum & Topics Covered

The FDP is structured into distinct phases, ranging from foundational concepts to advanced technological applications. Specifically, the modules include:

• Foundation Phase: Solar, Wind, and Hybrid energy technologies; Energy storage systems (Batteries/Supercapacitors); Smart grid architecture.
• Technology & Integration: Sensor networks (Smart meters); Real-time data acquisition; IoT platforms like AWS IoT and ThingSpeak.
• AI Applications: Load/demand forecasting using time-series models; AI for grid stability and fault detection.
• Security & Governance: Cybersecurity threats in IoT-enabled energy networks; Secure data transmission frameworks.
• Future Trends: Federated learning for distributed systems and policy frameworks for smart energy adoption.

Resource Persons

The program features a distinguished panel of experts from academia and industry. Notably, these speakers bring decades of experience to the sessions:

• Prof. P. Somasundaram: College of Engineering, Guindy Campus, Chennai.
• Dr. M. Sudhakaran: Professor, Puducherry Technological University.
• Mr. A. D. Thirumoorthy: State Level Renewable Energy Committee Member, Govt. of Tamil Nadu.
• Mr. Sivaraman: AEE, Tamilnadu Electricity Board (TNEB).
• Dr. Joy Iong-Zong Chen: Professor, Da-Yeh University, Taiwan.
• Pr. Pascal Lorenz: Professor, University of Haute Alsace, France.
• Dr. Boopathi: Director, National Institute of Wind Energy (NIWE).

Learning Outcomes

Upon successful completion of this program, participants will be able to:

• Design IoT-based monitoring systems for renewable energy plants.
• Implement AI-driven optimization for energy storage and battery management.
• Analyze cybersecurity risks within smart grid infrastructures.
• Understand the roadmap for sustainable energy innovation and industry-academia collaboration.

Certification & Assessment

To receive the ATAL Academy certificate, participants must maintain a minimum attendance of 80%. Additionally, a mandatory online test will be conducted on the final day. Furthermore, participants are required to submit comprehensive feedback through the ATAL portal to finalize their certification process. Similarly, active engagement during the sessions is highly encouraged for a better learning experience.

Registration Details

Detail	Information
Registration Link	click here
Last Date for Registration	January 03, 2026
Intimation of Selection	January 10, 2026
Registration Fee	No Registration Fee (Free)
Google Meet Link	click here
Schedule Link	Download
Brochure Link	Download

Contact Information

For any queries regarding the application process or technical requirements, please contact the coordinating team. Specifically, you may reach out to:

• Coordinator: Dr. K. Arutselvan, Professor, Dept. of EEE.
• Co-Coordinator: Prof. M. Vetrivel, Assistant Professor, Dept. of EEE.
• Phone: +91-9976812829
• Email: vetrivel.m@rpsit.ac.in
• Institution Website: www.rpsit.ac.in

Frequently Asked Questions (FAQs)

Is there any fee to attend this ATAL FDP on AI and IoT Integration?
No, there is no registration fee for this program as it is fully sponsored by the AICTE ATAL Academy. Therefore, it is a cost-free opportunity for all eligible participants.

Can research scholars from private universities apply?
Yes, research scholars and PG students from any AICTE-recognized institution are eligible to apply. However, priority may be given based on the selection criteria.

What is the mode of delivery for this program?
The entire six-day program is conducted online via the Google Meet platform, making it accessible to participants across the country. In contrast, offline materials may be provided as supplementary resources.

Will I get a certificate after completing the FDP?
Yes, certificates are issued by the ATAL Academy to participants who meet the attendance criteria and pass the online assessment. Accordingly, ensuring full attendance is vital.

What is the daily timing of the sessions?
Most sessions are scheduled for the evening, typically between 6:00 PM and 9:00 PM, to accommodate the schedules of working faculty members. Consequently, it allows for better participation from working professionals.