ATAL FDP IFET College of Engineering: Intelligent Hydrogen Energy Systems

The ATAL FDP IFET College of Engineering operates as a six-day offline Faculty Development Program sponsored by the AICTE Training and Learning (ATAL) Academy. Organized by the Department of Electrical and Electronics Engineering, the program focuses on “Intelligent Hydrogen Energy Systems for Renewable and Smart Grid Integration: Trends and Sustainability”. This initiative equips participants with critical knowledge regarding green hydrogen production, fuel cells, and sustainable power grids, fostering interdisciplinary collaboration among researchers, academicians, and industry experts.

Programme Highlights

Feature	Details
Programme Name	Intelligent Hydrogen Energy Systems for Renewable and Smart Grid Integration: Trends and Sustainability
Organising Body	Department of Electrical and Electronics Engineering, IFET College of Engineering
Duration	Six Days (17.08.2026 to 22.08.2026)
Location	Gangarampalayam, Villupuram, Tamil Nadu

About the Programme

Achieving a resilient and clean energy future relies heavily on integrating hydrogen energy with renewable sources and smart grids. This Faculty Development Program addresses this global priority by disseminating advanced knowledge on electrolyzer technologies, hybrid energy systems, and green hydrogen storage. Participants will gain real-world insights into the implementation challenges of clean energy transitions while collaborating with leading experts to explore innovative, sustainable solutions.

The host institution, IFET College of Engineering, provides a robust academic foundation for this training. Founded in 1998 by the Indo-French Educational Trust, the college attained Autonomous status from the UGC in the 2019-2020 academic year. Affiliated with Anna University and accredited by NAAC and NBA, IFET features state-of-the-art laboratories and recognized research centers, ensuring high-quality, industry-relevant engineering education.

Eligibility & Selection

• Target Audience: Eligible participants include Post Graduate Students, Faculty Members, Research Scholars, and Industrial Professionals from Engineering Colleges, Universities, Research Organizations, or Industries.
• Seat Capacity: The program restricts total enrollment to a maximum of 50 participants.
• Selection Process: Admissions are granted strictly on a first-come, first-served basis.

Benefits & Funding

This AICTE-sponsored program delivers advanced technical exposure without imposing financial barriers on eligible candidates.

Component	Detail
Registration Fee	Registration is entirely free for Faculty and Research Scholars from AICTE-approved Institutions.
Certification Criteria	The official certificate will be issued to registered participants who attain a minimum of 80% attendance and score 70% marks in the final test.

Core Themes & Topics

• Overview of Hydrogen Energy Systems and their role in Sustainable Power Systems.
• Principles and technologies for Green Hydrogen Production using renewable sources.
• Hydrogen Storage Technologies, encompassing compressed, liquid, and solid-state methods.
• Hydrogen-based power generation and applications in Electric Mobility.
• Challenges and opportunities surrounding indigenous battery technologies for electric vehicles in India.
• Intelligent Control Strategies for renewable-hydrogen integrated power systems.
• Safety standards, risk management, and psychological strategies for stress management and better well-being.
• Future directions in smart grid integration alongside dedicated hands-on training sessions.

Eminent Resource Persons

The technical sessions will be led by distinguished professionals and scientists from premier institutions:

• Dr. S. Senthikumaar (Professor, NIT Tiruchirappalli).
• Dr. S. Kayalvizhi and Dr. T. Palaniselvam (IIT Madras, Chennai).
• Dr. A. S. Prakash (Senior Principal Scientist, CSIR CECRI-Madras unit).
• Dr. Vijayakumar Krishnasamy (Associate Professor, IITDM Kancheepuram).
• Dr. N. Vijayan (Chief Scientist & Professor, AcSIR, New Delhi).
• Mr. M. Dhanraj (General Manager – Operations, VOLTECH O and M Services Pvt. Ltd.).
• Mr. S. Senthil Kumar (Deputy Director, NPTI, NLC India Ltd).
• Dr. V. Vithya (Assistant Professor, Central University of Tamil Nadu).
• Mr. R. Senthil Kumar (Junior Engineer, Electricity Department, Puducherry).

Important Dates

Event	Date
Programme Start Date	17 August 2026
Programme End Date	22 August 2026

Important Links

Resource	Link
Apply Online	Click Here
Download FDP Brochure	Download
Download FDP Schedule	Download
Official Website	www.ifet.ac.in

Contact Details

• Address: Department of Electrical and Electronics Engineering, IFET College of Engineering, Gangarampalayam, Villupuram – 605108, Tamil Nadu.
• Phone: 04146-231456 to 459 / 9600632322.
• Email: pradeshram@gmail.com.
• Program Coordinators: Dr. T. Rampradesh (Head & Associate Professor) and Dr. R. Suganya (Associate Professor).

FAQs

What is the core focus of the ATAL FDP IFET College of Engineering?
The program focuses on intelligent hydrogen energy systems, green hydrogen production, smart grid integration, and sustainable electric mobility.

Are participants required to pay any registration fee?
No, registration is completely free of cost for Faculty and Research Scholars from AICTE-approved Institutions.

Who is eligible to participate in this offline training program?
Post Graduate Students, Faculty Members, Research Scholars, and Industrial Professionals from Engineering Colleges, Universities, Research Organizations, or Industries are eligible to apply.

How are candidates selected for the available seats?
The organizing committee restricts enrollment to a maximum of 50 participants, selected strictly on a first-come, first-served basis.

What are the specific certification requirements set by AICTE ATAL?
To receive a certificate, registered participants must maintain a minimum of 80% attendance and score at least 70% marks in the final test.