Nanotechnology is revolutionizing the energy sector by enhancing the efficiency and scalability of energy storage systems and solar cells. This workshop dives into the fundamental principles of nanomaterials, exploring how they are utilized in creating high-performance batteries and next-generation solar technologies.

Through interactive sessions and case studies, participants will gain insights into nanostructures, quantum dots, and hybrid materials, focusing on their implementation in renewable energy. The program also highlights future innovations like perovskite solar cells and advanced lithium-sulfur batteries, offering a roadmap for sustainable energy transitions.

The workshop aims to provide a comprehensive understanding of the transformative impact of nanotechnology on energy storage and solar cell technologies. Through interactive sessions, demonstrations and discussions, attendees will gain insights into the role of nanomaterials in enhancing energy efficiency and device performance. The workshop emphasizes practical knowledge, including fabrication and characterization techniques, while exploring cutting-edge advancements in solar energy. A brief introduction to AI/ML highlights its potential in material design and optimization for future energy applications. This experience will equip students and researchers with the skills and knowledge of energy solutions and innovative nanotechnological advancements.

• Understand the fundamental principles of nanotechnology in energy applications.
• Explore advanced materials for energy storage and solar cells.
• Learn practical applications of nanomaterials in sustainable energy systems.
• Analyze future trends and innovations in energy nanotechnology.
• Develop problem-solving skills for energy challenges using nanotechnology.

• Undergraduate degree in Physical, Material Science, Environmental Science, Chemical Engineering, or related fields.
• Professionals in the energy sector or agricultural industries.
• Individuals with a keen interest in renewable energy and sustainable practices.

• Comprehensive understanding of nanotechnology in energy applications.
• Knowledge of advanced materials for storage and solar technologies.
• Skills to design and evaluate nanomaterial-based systems.
• Awareness of cutting-edge innovations and research trends.
• Ability to propose sustainable solutions for energy challenges.