AI in Power Converters for Sustainable Energy Systems and Saintgits College of Engineering, Kottayam (Jan 05, 2026)

AI in Power Converters for Sustainable Energy Systems represents a critical frontier for educators and researchers aiming to revolutionize renewable energy infrastructure through advanced automation. This AICTE Training and Learning (ATAL) Academy sponsored Faculty Development Programme (FDP) offers an intensive platform to bridge the gap between traditional power electronics and modern artificial intelligence. By participating in this offline workshop, academic professionals can gain the technical proficiency required to lead innovation in sustainable energy technology.

Program Highlights

Feature	Details
Program Title & Code	AI in Power Converters for Sustainable Energy Systems (Application No: 1741856250)
Organizing Institution	Department of Electrical and Electronics Engineering, Saintgits College of Engineering (Autonomous)
Dates & Duration	January 5th to January 10th, 2026 (6 Days)
Mode of Delivery	Offline
Daily Schedule	09:30 AM – 05:30 PM (Sessions, Lab Training, and Industrial Visit)

Program Overview

The primary objective of this program is to equip participants with foundational and advanced knowledge of AI techniques specifically tailored for power electronics. Furthermore, the curriculum aims to promote research by encouraging faculty to explore machine learning and deep learning applications in converter design. Consequently, the program facilitates hands-on experience through practical workshops, ensuring that educators can translate theoretical algorithms into real-world energy solutions. Specifically, the department aims to address the integration challenges of AI in power systems to enhance overall reliability. In addition to these technical goals, the program focuses on fostering a collaborative environment for long-term academic growth.

Eligibility Criteria

Faculty members from various Engineering Colleges, including those from CFTI, VIT, IIST, NITs, and State Technical Universities, are eligible to apply. In addition, working professionals and practicing engineers from research organizations and industries are encouraged to participate. Specifically, candidates from AICTE-approved institutions can join to enhance their technical competencies. Moreover, the selection process ensures that participants from diverse backgrounds can contribute to the shared learning experience.

Curriculum & Topics Covered

The FDP covers a comprehensive range of topics designed to provide a 360-degree view of intelligent energy systems:

• Overview of AI Techniques: Machine Learning algorithms for performance enhancement in power electronics.
• Optimized Converter Models: Advanced modeling for renewable energy applications.
• Deep Learning: Application of deep neural networks in energy management systems.
• AI-Driven Optimization: Case studies focused on power converter efficiency.
• Automation Solutions: AI-based schematic simplification for renewable energy.
• Real-time Monitoring: Techniques for the control and monitoring of power converters.
• Life Skills: Dedicated sessions on stress management and life skills for educators.

Resource Persons

The program features a distinguished panel of experts from premier institutes and industry leaders:

• Dr. Rajesh Joseph Abraham: Senior Scientist, CDAC Thiruvananthapuram (Introduction to Robust Control).
• Dr. S.N. Deepa: Associate Professor, NIT Calicut (Optimized Converter Models).
• Dr. Subhash Joshi TG: Senior Scientist, CDAC Thiruvananthapuram (Power Converters in Sustainable Systems).
• Dr. Karthikeyan Swaminathan: Head of AI, GGS Information Services (AI-Based Automation).
• Dr. Souvick Chatterjee: Senior Team Lead, Mathworks India (AI-Driven Optimization).
• Dr. Rajasekar R: Professor, Vellore Institute of Technology (Sustainable Energy Systems).
• Dr. Raja Singh R: Professor, VIT Vellore (Case Studies in AI-Based Systems).
• Dr. Subha Chethan Somashekar: CEO, Mysuru Green Technologies (AI in Power Converters).
• Babu Rangarajan: Child and Clinical Psychologist (Life Skill & Stress Management).

Learning Outcomes

Participants will gain significant advantages from this program, including:

• Mastery of machine learning and deep learning algorithms applied to power electronics.
• The ability to design and optimize converter models for renewable energy.
• Insights into real-world industry applications through an industrial visit to InQbe Innovations.
• Enhanced research capabilities in the field of sustainable energy automation.
• Development of stress management techniques to improve academic productivity.
• Practical skills in implementing AI-driven monitoring and control solutions.

Certification & Assessment

To receive the certificate issued by the AICTE Training and Learning (ATAL) Academy, participants must satisfy specific requirements. Specifically, a continuous comprehensive assessment will be conducted throughout the six days. This includes a Multiple Choice Question (MCQ) test and the submission of a Reflection Journal on the final day. Ultimately, the successful completion of these assessments validates the expertise gained by the attendees.

Registration Details

Requirement	Details
Registration Portal	click here
Last Date to Apply	December 30, 2025
Selection Intimation	January 02, 2026
Registration Fee	Nil (Free of Charge)
Schedule Link	Download
Brochure Link	Download

Contact Information

For further queries regarding the FDP, please contact the organizing team:

• Coordinator: Dr. Mahendran N, Professor, Dept. of EEE
• Email: mahendran.n@saintgits.org
• Phone: +91 9894243719
• Address: Saintgits College of Engineering, Pathamuttom P.O., Kottayam, Kerala – 686532
• Website: www.saintgits.org

Additional Information

Outstation candidates may be accommodated in the college hostel on a paid basis, subject to request and availability. Furthermore, the program includes a specialized industrial visit to InQbe Innovations in Ernakulam, focusing on hardware design and power electronics. This practical exposure is designed to complement the theoretical sessions held at the Saintgits campus. Similarly, participants will have the opportunity to network with industry leaders during this visit.

Key Highlights

• Industry Integration: Includes a visit to a hardware design firm specializing in power electronics.
• Latest Research: Discussion of 2024 and 2025 research papers from IEEE Transactions.
• Holistic Approach: Combines technical AI training with psychological well-being sessions.
• Hands-on Training: Daily lab sessions and practical implementation of AI algorithms.

Frequently Asked Questions (FAQs)

How do I apply for the AI in Power Converters for Sustainable Energy Systems FDP?
Applicants must register online through the official ATAL Academy portal. Subsequently, you will need to create a participant login and search for the program at Saintgits College of Engineering using the application number 1741856250.

Is there any registration fee for this ATAL FDP?
No, there is no charge for registration, the course, or the certification. The program is fully sponsored by the AICTE Training and Learning (ATAL) Academy. Therefore, it remains accessible to all qualified faculty and professionals.

Is accommodation provided for outstation participants?
Yes, accommodation can be arranged in the college hostel on a paid basis. However, this is subject to availability and should be requested well in advance to ensure placement.

What are the assessment criteria for receiving a certificate?
Participants must maintain high attendance and successfully complete the MCQ test and Reflection Journal on the final day of the program. Likewise, active participation in the hands-on sessions is highly encouraged.

Are there any practical sessions included in the curriculum?
Absolutely. Each day features dedicated “Hands-on training/Labs” sessions from 4:30 PM to 5:30 PM, plus a full-day industrial visit on Day 5. As a result, participants will bridge the gap between theory and practice effectively.