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Scope of Conference

Energy is the ultimate source of all kinds of material manifestations progressing with engineering and technological growths supported by natural sciences. The whole world now becomes a high tech global village. We are approaching the first quarter of the 21st century with rapid growth in economic activities propelled by engineering and technological miracles possible due to tailor-made materials being controlled at the nano and molecular level with tunable properties.

Dynamicity in research provides traction for innovation. Aim of this conference is to provide an open horizon at GLA University Mathura where the divine source of knowledge will meet with human acquired learning. Progress in engineering and technologies often manifests itself in the form of tangible devices, apparatuses, systems, and very complex objects like a space ship. This is possible due to the synergistic integration of interdisciplinary approaches in research. The technological superiority of any nation can be measured by its success in integration and co-ordination among interdisciplinary departmental research.

This conference certainly provides us further reason to enhance interdisciplinary research activities for optimum gain in socio-economic and environmentally friendly development. 

Theme of Conference

The theme of the conference is open for a wide spectrum of knowledge confluence from a large number of streams:


Advances in material and characterization

  • Materials Science and Engineering

  • Materials Property and Characterization

  • Materials Applications, Performance, and Life Cycle

  • Ferrous and non-ferrous materials

  • Materials for Photoelectric Devices

  • Composites

  • Micro / Nano Materials

  • Bio materials, biological nano-materials, biomechanical engineering

  • Molecular motors and machines, supramolecular chemistry

  • Physics of nanomaterials

  • Quantum tunneling and its application in material characterization

  • Ceramics and Glasses

  • Feature Engineering Polymers

  • Magnetic/Non-Magnetic Materials

  • Biomaterials

  • Smart/Intelligent Materials

  • Polymeric Materials


Advances in Energy harvesting

  • Conventional and Non-Conventional Energy Resources

  • Energy Storage

  • Solar energy conversion systems

  • Energy policy, economics, management

  • Industrial advancements in Energy Systems

  • Nano-Fluids

  • HVAC Systems

  • Alternative Fuels

  • Renewable Energy

  • Photo-voltaic system, design, modeling and simulation

  • Advanced materials in PV cell


Advances in Manufacturing and Industrial Engineering

  • Industry 4.0

  • JIT, MRP, Supply Chain Management and Logistics

  • Industrial management

  • Intelligent Manufacturing System

  • Rapid Prototyping and Reverse Engineering

  • Time and Motion Study

  • Quality Control and Reliability

  • Productivity Improvement

  • Operational Research

  • Six Sigma

  • Ergonomics

  • Joining Processes

  • Advances in welding, micro-wave welding, welding of unconventional materials.

  • Mechanics of welding.

  • Rapid prototyping materials

  • Smart Manufacturing

  • Advanced Manufacturing and Processing Technology


Advances in Modeling and Simulation

  • Computing in Applied Mechanics

  • CAD/CAM/CIM/HVAC/CAE and Product Design

  • Dynamics and Control of Structures/ Systems

  • Fracture and Failure Mechanics

  • Solid Mechanics: Differential / Dynamical systems

  • Modeling and Simulation

  • Artificial Intelligence: Fuzzy Logic, Neural Network, Genetic Algorithm, etc.

  • Finite Element Analysis

  • Advanced Numerical Techniques


Advances in Civil Engineering

  • Project Planning and Design

  • Analysis and computation; structural control, Health monitoring and identification, Seismic effect.

  • Advance Material Processing and Characterization.

  • Site Characterization, Geothermal testing and modeling.

  • Integrated studies, Sediment mobility and scours.

  • Energy efficient buildings, smart building materials. BIPV/T systems.

  • Eco-friendly building material and design



  • Celestial mechanics

  • Physical cosmology

  • Dark matter and energy

  • Interstellar medium

  • Black hole theory

Call for Papers

Original research papers from faculty, research scholars, and scientists from academics, R&D organizations on the above-mentioned themes and related topics are invited. The full paper should be submitted through the EasyChair Conference Management System (Link for submission), up to 30 November 2020. Papers will be selected after rigorous reviews for presentation and publication.


FSAET-2020 Accepted and presented papers will be published in Scopus Indexed IOP Conference Series: Materials Science and Engineering( MSE) and AIP Conference Proceedings.


Important Dates

15 August 2020

Full length paper submission starts (Follow template and guidelines for paper submission)

15 September 2020

Registration starts (After acceptance of paper)

10 December 2020

End of Submission

10 December 2020

Registration ends

18-19 December 2020

Conference Dates