ATAL FDP on Power Electronics for Sustainable Transportation 2026 and VNR VJIET, Hyderabad

Educators and research scholars seeking to master the future of mobility can now apply for the ATAL FDP on Power Electronics for Sustainable Transportation 2026. This six-day online faculty development programme, hosted by the Vallurupalli Nageswara Rao Vignana Jyothi Institute of Engineering and Technology (VNR VJIET), is specifically designed to bridge the gap between power conversion theory and real-world electric vehicle (EV) applications. Consequently, participants will engage with global experts to explore how advanced power electronics optimize battery life, enhance safety, and drive the transition toward a climate-resilient transportation ecosystem.

Program Highlights

Feature	Details
Program Title	Role of Power Electronics in Sustainable Transportation Systems
Thrust Area	Energy, Sustainability & Climate Change
Organizing Institution	VNR VJIET, Hyderabad (Dept. of EEE)
Dates & Duration	February 02 to February 07, 2026 (6 Days)
Mode of Delivery	Online (ATAL Academy Portal)
Daily Schedule	Evening Sessions (6:00 PM to 9:30 PM); Day 6 (2:00 PM to 5:00 PM)

Program Overview

The primary objective of this Faculty Development Program (FDP) is to empower participants with a comprehensive understanding of the technologies shaping India’s EV ecosystem. Specifically, the curriculum focuses on the critical role of Power Conversion Systems and Battery Charging control modules in enhancing EV performance. Furthermore, the program explores smart battery management systems (BMS) aimed at optimizing power efficiency and improving battery life. By blending theoretical foundations with practical industrial insights, the initiative fosters a collaborative environment for innovation in sustainable mobility.

Eligibility Criteria

To participate in this AICTE-sponsored program, applicants must meet the following institutional requirements:

• Faculty members from AICTE-approved Engineering and Polytechnic institutions.
• Research Scholars (PhD) and Post-Graduate (PG) students specializing in EEE, ECE, or related domains.
• Industry professionals and technicians interested in EV infrastructure and power conversion.
• Host institution participation is strictly limited to 20% of the total intake.

Curriculum & Topics Covered

The FDP is structured into 13 intensive technical sessions covering the full spectrum of EV power electronics:

• EV Architecture: Overview of system architecture, power converters, and control methods.
• Battery Management: Smart BMS for optimization and resilient analytics for grid-edge resources.
• Charging Solutions: Control modules for on-board, DC, and LV fast-charging systems.
• Advanced Powertrains: Permanent Magnet Less powertrains and Switched Reluctance Machines (SRM).
• Cutting-Edge Devices: Wideband gap (WBG) and advanced power devices for high-frequency converters.
• Safety & Control: Steer-by-Wire (SBW) technology for advanced vehicle controllability.

Resource Persons

The program features a distinguished panel of experts from premier international universities, IITs, and leading industries:

Name of the Expert	Designation & Organization	Expertise Area
Dr. Sheldon Williamson	Professor, Ontario Tech University, Canada	Smart Battery Management Systems
Dr. Anamika Dubey	Associate Professor, Washington State University	Resilient Grid-Edge Analytics
Dr. Baylon G. Fernandes	Professor, IIT Bombay	Switched Reluctance Machines
Dr. Siva Kumar K.	Professor, IIT Hyderabad	PM Less Powertrains for EVs
Dr. Moumita Das	Associate Professor, IIT Mandi	Wideband Gap Devices
Dr. K. Anuradha	Professor, VNR VJIET	EV Architecture & Control
Mr. S. Eswara Rao	Additional GM, BHEL R&D	Battery Charging Modules
Dr. P. Naresh	Specialist “F”, TATA ELXSI	Control Modules
Dr. M. Ranjit	Lead Controls Engineer, GE Vernova	Electrical Drives for EV

Learning Outcomes

Upon successful completion of the FDP, participants will be able to:

• Identify emerging trends in sustainable transportation and power converter topologies.
• Design efficient charging solutions and battery management strategies for modern EVs.
• Analyze the performance of WBG devices in high-frequency power conversion.
• Implement resilient analytics for integrating EVs into the smart grid.
• Integrate advanced safety technologies like SBW into academic research and curriculum.

Certification & Assessment

To receive the digital certificate issued by the AICTE Training and Learning (ATAL) Academy, participants must fulfill the following:

• Attendance: Maintain a minimum of 80% attendance throughout all online sessions.
• Online Test: Achieve a score of at least 70% in the final assessment conducted on the last day.
• Feedback: Share session-wise feedback through the ATAL portal login.

Registration Details

Detail	Information
Registration Portal	click here
Application Start Date	Open Now
Application End Date	January 25, 2026 (Tentative)
Registration Fee	Nil (Free for eligible participants)
Selection Strategy	First-Come, First-Served basis
Schedule Link	Download
Brochure Link	Download

Contact Information

For technical queries or registration assistance, please contact the coordinating team at VNR VJIET:

• Coordinator: Dr. K. Anuradha, Professor (EEE)
  • Email: anuradha_k@vnrvjiet.in | Phone: 9849542288
• Co-coordinator: Mr. B. Ganesh Babu, Assistant Professor (EEE)
  • Email: ganeshbabu_b@vnrvjiet.in | Phone: 9490626465
• Address: Bachupally, Nizampet, Hyderabad, Telangana – 500090.

Key Highlights

This program stands out due to its heavy emphasis on industry-academia synergy. Notably, 50% of the resource persons are from top-tier industries like TATA ELXSI, BHEL, and GE Vernova. Additionally, the inclusion of international faculty from Canada and the USA provides participants with a global perspective on sustainable energy transitions. The sessions are strategically scheduled in the evenings to accommodate the busy routines of working educators and research scholars.

Frequently Asked Questions (FAQs)

How do I apply for this ATAL FDP at VNR VJIET?
You must register via the official AICTE ATAL Academy portal. After logging in, search for the program title “Role of Power Electronics in Sustainable Transportation Systems” or use the thrust area “Energy, Sustainability & Climate Change” to locate and apply.

Is there a registration fee for this online program?
No, there are no charges for registration, the course, or the digital certification for faculty members and scholars from AICTE-approved institutions.

Will I get a certificate if I miss one day of the FDP?
Certification requires a minimum of 80% attendance. If you miss one day out of six, you may still be eligible, provided you maintain 80% overall and pass the final assessment with at least 70% marks.

Can PhD scholars from private universities apply?
Yes, research scholars and PG students from any AICTE-approved institution (Government or Private) are eligible to participate in this FDP.

What is the mode of the final assessment?
The assessment is typically an online MCQ-based test conducted through the ATAL portal on the final day of the program, covering the topics discussed throughout the week.