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
  • Advanced machining processes
  • Advanced metal welding & casting techniques
  • Alternate materials /material substitution
  • Composite and Polymer Manufacturing
  • Coatings and its applications
  • Electric Transportation and Vehicle Systems
  • Power Electronic Systems and Energy Efficient Drives
  • Communication Protocols and Systems used in Electric Transportation and Smart Grids
  • Modelling, Simulation and Control of EV Systems
  • Wired and Wireless Charging Systems
  • Charging Infrastructure, Standards and Guidelines
  • Machine Learning and IOT Applicable to Sustainable Energy and Electric Transportation
  • New Battery Technologies
  • Renewable Energy Systems, Smart Grids, Micro grids and HVDC Transmission
  • Additive and lean Manufacturing Technologies
  • Product Development: Effective Strategies for Moving from Engineering to Production
  • Green Manufacturing processes
  • Manufacturing of Modern Material
  • Numerical Modelling and Simulation
  • Virtual Manufacturing and Concurrent Engineering
  • Robotics and Autonomous Systems.
  • Advanced machining processes
  • Advanced metal forming, bending, welding & casting techniques
  • Alternate materials /material substitution
  • Applications FEA
  • Composite and Polymer Manufacturing
  • Design and optmization