AICTE Training and Learning (ATAL) Academy was established with the vision “To empower faculty to achieve goals of higher education such as access, equity, and quality.” The council understands the need to train the young generation in the skill sector and have faculty technicians trained in their respective disciplines.

JAIN (Deemed-to-be University) is thrilled to announce the Six-Day Online ATAL Faculty Development Programme, Power Electronics Applications in Microgrid using AI. This dynamic event invites students from diverse disciplines to share their research and engage in thought-provoking discussions on several electronic applications.

Key Highlights:

• To introduce the necessity of microgrids.
• To involve power electronics to control the microgrids.
• To apply the power electronics in BMS.
• To utilise the AI for making the smart grid.
• To understand the green energy policy.
• To understand the power electronic converters for future DC microgrids.

Registration Details:
Registration Link: Click Here.

Login/sign up as a Participant, and go to the FDPs Section from the Left-Side Panel. Select this FDP with Filters (Ctrl+F and type Power Electronics). Click on Apply for FDP on Power Electronic Applications in Microgrid using AI.

 **The employer's NOC must be uploaded to the ATAL Portal in PDF format only. Kindly upload the identity card in JPG format only.

Eligibility criteria:
Faculty Members of Engineering Colleges, Science teachers, Research scholars, Entrepreneurs, and industrial participants are encouraged to attend this programme to gain exposure to the solar photovoltaic system and its applications.

Contact Details:
Dr. Kishore Kumar Pedapenki, Associate Professor, Dept. of EEE, Faculty of Engineering and Technology, JAIN (Deemed-to-be University), Bengaluru.

Ph: +91-8309581920

Email: [email protected] 

Dr. Trupti V Nandikolmath, Assistant Professor, Dept. of EEE, Faculty of Engineering and Technology, JAIN (Deemed-to-be University), Bengaluru.

Ph: +91-9945722802

Email: [email protected] 

Let’s work together to drive progress in power electronics applications within microgrids through comprehensive research, interdisciplinary collaboration, and innovative solutions. By leveraging artificial intelligence, we can develop effective strategies, deepen our understanding of power systems, and enhance the adaptability and efficiency of microgrid technologies. Together, we can contribute to the evolving landscape of this dynamic field.