Submit Abstract online
All submissions will be reviewed based on technical merit, readability, relevance and originality. If you have any question or queries about the submission process, check the FAQ below or contact us.
Submission Deadlines
First Round of Abstract Deadlines Ends on
16 January, 2026
Choose the Suitable Session
The Abstract should only be submitted following the sample format. Abstracts that are received without the template will be sent back for corrections.
Tracks 1 to 13
- Materials Science and Engineering
- Nanomaterials and Nanotechnology
- Biomaterials and Healthcare
- Catalytic Materials & Green Chemistry & Food Chemistry
- Ceramics, Polymers and Composite Materials
- Electrochemistry and X-ray Diffraction
- Textile Manufacturing and Engineering
- Electrical, Optical, Ceramics and Magnetic Materials
- Thin films, Corrosion, and degradation of materials
- Polymer Science and Technology
- Materials for Energy and Environmental Sustainability
- Graphene Technology – 3D & 2D Materials and Carbon Nanotubes
- Advanced Energy Materials
Tracks 14 to 26
- Industrial Chemistry & Applied Chemistry
- Emerging Smart Materials
- Advances in Nano Materials Science
- Nano Materials & Nanocomposites
- Computational Materials Science
- Optoelectronics, Photonics and Magnetic materials
- Materials Chemistry, Sustainable Chemistry and Materials Physics
- Metallurgy, Corrosion, and Mining
- Surface Science and Engineering
- Emerging Trends in Materials Science
- Thin films, Corrosion, and degradation of materials
- Advances in Instrumentation Technology
- Mining, Metallurgy and Materials Science
- Advanced Materials and Devices
Tracks: 27 to 38
- Nanoporous Aerogel Materials
- Mechanics, Characterization Techniques and Equipment
- Applications in Material Science Engineering
- Chemical Synthesis and Catalysts Synthesis
- Organic, Inorganic & Physical Chemistry
- Catalysis and Chemical Reactions
- Biological & Chemical Sciences
- Chemo-informatics & Computational Chemistry
- Nano catalysis & Nano chemistry
- Semiconductors: Fundamentals to Emerging Applications
- Fibers and Composites
- Hybrid Materials and Bioinspired Materials
- Materials Science and Engineering: Materials Science and Engineering is the study of how materials are made, how they behave, and how they can be improved or designed for specific applications in technology, industry, and everyday life.
2. Nanomaterials and Nanotechnology: Nanotechnology involves designing and manipulating materials at the nanoscale (1–100 nm), where unique physical, chemical, and mechanical properties emerge, enabling breakthroughs in electronics, medicine, energy, and advanced manufacturing.
- Biomaterials and Healthcare: Biomaterials are engineered materials used in the body to improve healthcare through implants, tissue repair, and advanced drug delivery.
- Catalytic Materials & Green Chemistry & Food Chemistry: Catalytic materials, green chemistry, and food chemistry collectively focus on enhancing reaction efficiency, sustainability, and the understanding of food components—aiming to reduce waste, improve safety, and support cleaner, energy-efficient industrial and nutritional processes.
5. Ceramics, Polymers and Composite Materials: Ceramics, polymers, and composite materials form three major classes of advanced materials—ceramics offer high temperature and wear resistance, polymers provide flexibility and lightweight properties, while composites combine two or more materials to achieve superior strength, durability, and performance tailored for engineering applications.
- Electrochemistry and X-ray Diffraction: Electrochemistry examines electron-transfer reactions in systems like batteries and corrosion, while XRD reveals a material’s crystal structure by analyzing how X-rays scatter from its atomic lattice.
7. Textile Manufacturing and Engineering: Textile manufacturing and engineering involves the design, production, and optimization of fibers, yarns, and fabrics using advanced materials, machinery, and sustainable technologies to enhance quality, efficiency, and performance across the textile industry.
- Electrical, Optical, Ceramics and Magnetic Materials: Electrical, optical, ceramic, and magnetic materials play key roles in modern technology—conducting or controlling electricity, manipulating light, providing high strength and heat resistance, and enabling magnetic storage and energy devices across electronics, aerospace, photonics, and industrial applications.
- Thin films, Corrosion, and degradation of materials: Thin films are nanoscale or microscale layers deposited on surfaces to enhance mechanical, electrical, or optical properties, while corrosion and material degradation involve chemical or environmental damage that reduces performance and lifespan.
10. Polymer Science and Technology: Polymer Science and Technology focuses on the design, synthesis, characterization, and application of polymers, developing advanced materials for industries such as packaging, healthcare, electronics, and aerospace.
- Materials for Energy and Environmental Sustainability: Materials that improve energy efficiency, enable clean energy generation, and reduce environmental impact—such as advanced batteries, catalysts, solar materials, and lightweight composites—are crucial for building a sustainable and low-carbon future.
- Graphene Technology – 3D & 2D Materials and Carbon Nanotubes: Graphene and other 2D/3D advanced materials, along with carbon nanotubes, enable ultra-light, high-strength, and highly conductive structures, driving innovations in electronics, energy storage, composites, and next-generation nanotechnology.
13. Advanced Energy Materials: Advanced Energy Materials focuses on developing innovative materials—such as nanomaterials, solid-state electrolytes, perovskites, and energy-storage compounds—that enable next-generation batteries, solar cells, fuel cells, and other high-efficiency sustainable energy technologies.
14. Mechanics, Characterization Techniques and Equipment: This area focuses on understanding how materials behave under various forces, and uses advanced tools—like microscopy, spectroscopy, and mechanical testing equipment—to analyse their structure, properties, and performance at different scales.
15. Applications in Material Science Engineering: Materials Science and Engineering enables the development of advanced materials used in industries such as electronics, aerospace, automotive, energy, biomedical devices, and construction, improving performance, durability, and technological innovation.
16. Nano Materials & Nanocomposites: Nano Materials & Nanocomposites involve engineering materials at the nanoscale to achieve exceptional mechanical, electrical, thermal, and optical properties, with nanocomposites combining nanoparticles with bulk matrices to create highly advanced, multifunctional materials for cutting-edge applications
17. Emerging Smart Materials: Emerging smart materials are advanced materials that can sense and respond to external stimuli—such as temperature, pressure, light, or electric fields—by changing their properties in real time, enabling innovative applications in healthcare, robotics, electronics, and aerospace.
18. Semiconductors: Fundamentals to Emerging Applications: Semiconductors are materials with tunable electrical properties that form the backbone of modern electronics, enabling innovations from microchips and optoelectronics to advanced applications in AI hardware, quantum devices, power electronics, and next-generation communication technologies.
19. Advances in Nano Materials Science: Advances in Nano Materials Science focus on designing and manipulating materials at the nanoscale to achieve extraordinary mechanical, electrical, optical, and chemical properties, leading to breakthroughs in electronics, energy storage, biomedicine, and smart functional materials.
20. Biological & Chemical Sciences: These fields explore the fundamental processes of life and the chemical principles underlying them, combining biology and chemistry to understand living systems, develop new materials, medicines, and technologies, and solve real-world problems in health, environment, and industry.
21. Nano catalysis & Nano chemistry: Nano catalysis involves using nanoscale materials to accelerate chemical reactions with high efficiency, while nano chemistry focuses on designing and manipulating materials at the nanometer scale to achieve unique chemical, catalytic, and functional properties.
Submit Abstract Below
The Abstract should only be submitted following the sample format (Download Format Here). Abstracts that are received without the template will be sent back for corrections.
Sponsorship/Collaboration
Interested to be a Sponsor (or) Collaborator? Schedule a meeting with us at your convenience (Monday to Friday 9am to 5pm London time)
FAQ’s for Presenters
What is the presentation duration for a Keynote/Oral presenter?
What language should I speak during presentation?
All presenters are requested to present their paper only in English.
Do I get a translator during my presentation?
We do not provide any translators during presentations. However, you can hire your own translator for the presentation.
What is the presentation duration for a poster presenter?
Each Poster Presenter will have 10-15 minutes for presentation including Q/A.
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We are Open for Exhibitors & Sponsorships.
FAQ
How will I know if my Abstract is accepted?
Once you submit the abstract, we will let you know the acceptance in 24-48 hours. If you have not received the acceptance of abstract, please contact at our program managers.
Can I still present without attending the conference?
Yes, you can participate in Virtual mode without attending the conference In Person.
How/Where to submit an Abstract?
You can submit your Abstract on our website. Fill the requested details and attached your abstract to the form then hit on Proceed for submission button. Make sure to submit your abstract as per the template. Download the template from the submission page.
Do you have any template/format for Abstract?
Yes, we have a template for abstract submission. Please download from the abstract submission page.
Where can I submit my Abstract?
You may submit your abstract online via our Abstract Submission Portal or you can directly email to conference managers.
Can I submit more than one Abstract?
Yes, you can submit more than one abstract and participate in more than one session either in oral or poster session.