Call for Papers

Scope of the conference

Sustainable Energy and Design aspects in Manufacturing technology are part of a main spectrum of Engineering discipline which help to create and make them a reality for the Engineers. The objective of this conference is to showcase new approaches and technologies in the field of Sustainable energy and design aspectsin manufacturing them, which are promising and significant, organizational and process improvements.Sustainable energy is not just a part of renewable energy sources, they are also the sources of energy that can best be used to power homes and industries without any harmful effects being experienced. This is the sole reason why many people advice the use of these forms of energy in everyday life. To deepen and broaden the knowledge in the field ofsustainable energy and allied areas which will increase the reliability and reduce costs for the manufacturers. This also helpsto produce good quality productsand alsoexpandthe livelihood of people dependent.This conference act as a platform to bring together experts from Academic Institutions, Industries and Research Organizations and professional Engineers for sharing of Knowledge, expertise and experience.

The conference is structured as follows: plenary lectures followed by parallel sessions. The plenary lectures will be delivered by eminent personalities of international repute to introduce the theme of the conference. Each parallel session starts with an invited talk on specific topic followed by contributed papers. Papers are invited from the prospective authors from industries, academic institutions and R&D organizations and from professional engineers.

Potential topics to be addressed in this conference include, but are not limited to the following:

Conference Topics

Energy Storage Solutions and Design Innovations

• Battery Design and Materials
• ⁠Supercapacitors and Beyond
• ⁠Integration of Storage with Renewable Energy Systems

Automation, AI, and Advanced Manufacturing for Renewable Energy

• ⁠Automation in Clean Energy Manufacturing
• ⁠AI for Design Optimization.
• ⁠Industry 4.0 for Renewable Energy Manufacturing

Energy-Efficient Product Design and Smart Energy Solutions

• ⁠Smart Grids and Energy Efficiency
• ⁠IoT and Renewable Energy Systems
• ⁠Designing for Decentralized Energy Systems

Energy-Efficient Manufacturing Processes

• ⁠Low-Energy Manufacturing Techniques
• ⁠Green Manufacturing Technologies
• ⁠Digital Twins and Manufacturing

⁠Energy Efficient Drives and control

• ⁠Permanent magnet drives
• ⁠SRM drives
• ⁠New control techniques

Sustainable Material Selection and Development

• ⁠Eco-friendly and Recyclable Materials
• ⁠Nanomaterials in Renewable Energy
• ⁠Biodegradable and Renewable Materials

Design Optimization for Renewable Energy Systems

• ⁠Solar Energy Systems
• ⁠Wind Turbine Design
• ⁠Marine and Tidal Energy

Future of Sustainable Energy Technology and Innovation

• ⁠Emerging Technologies
• ⁠Next-Generation Energy Systems
• ⁠Public-Private Partnerships for Innovation

Cyber physical systems

• ⁠AI and machine learning for cyber physical system (CPS) including safe autonomy
• ⁠CPS applications in power systems, power electronics, and aerospace etc
• ⁠CPS for predictive maintance

Charging infrastructure development

• ⁠Wired and wireless charging
• ⁠Charging infrastructure through renewables
• ⁠Policies for charging stations development