Online Abstract Submissions

First Round of Abstract Submission will close on

05 December, 2025

Materials Magic Session Highlights

Tracks 01 to 15

9

Smart Materials & Structures

9

Materials Science & Engineering

9

Nanotechnology & Nanomaterials

9

Magnetic Nanomaterials

9

Active Coatings for Smart Textiles

9

Adaptive Materials

9

Polymers and Soft Materilas

9

Smart Biomaterials for Drug Delivery & Regenerative Medicine

9

Tissue Engineering and Smart Scaffolds

9

AI and Smart Materials for Personalized Healthcare

9

Nanomaterials and Nanostructures for Energy Applications

9

Energy Storage Systems: Batteries, Supercapacitors & Beyond

9

Next-Generation Solar Energy Materials and Devices

9

Energy-Based Computational Modeling of Plates, Shells, and Composite Structures

9

Artificial Intelligence and Machine Learning in Smart Materials

Tracks 16 to 28

9

Biomaterials and Bio-inspired Smart Structures

9

Advanced Composites and Hybrid Materials

9

Hydrogen Economy: Materials for Production, Storage & Fuel Cells

9

Smart Polymers and Responsive Materials

9

Green and Sustainable Energy Materials

9

Conductive Polymers and Organic Electronics

9

2D Materials (Graphene, MXenes, MoS2) for Energy & Electronics

9

Smart Coatings, Thin Films & Surface Engineering

9

Energy Harvesting and Self-Powered Systems

9

Phase-Change and Thermal Energy Storage Materials

9

Structural Health Monitoring with Smart Sensors

9

Smart Cities: Integration of Materials, Energy & IoT

9

Electrochemical and Photocatalytic Energy Conversion

Tracks 29 to 42

9

Carbon Nanotubes, Fullerenes, and Advanced Carbon Materials

9

Lightweight Materials for Aerospace and Automotive Applications

9

High-Performance Alloys and Metals for Energy Systems

9

Additive Manufacturing and 3D Printing of Smart Structures

9

Metamaterials and Photonic Structures

9

Smart Textiles and Wearable Energy Systems

9

Quantum Materials and Devices for Energy Applications

9

Energy-efficient Building Materials and Smart Infrastructures

9

Materials for Nuclear and Renewable Energy Systems

9

Future Directions: Integrating Smart Materials, AI & Sustainability

9

Advances in Smart Materials and Functional Structures

9

Smart Systems, Industrial Engineering & Advanced Manufacturing Materials

9

Systems Engineering Approaches in Material Design & Integration

1. Smart Materials & Structures
Smart Materials & Structures involve materials and systems that can sense, respond, and adapt to external stimuli, enabling self-monitoring, actuation, or shape change for advanced engineering applications.

2. Materials Science & Engineering (MSE)
Materials Science & Engineering (MSE) studies the structure, properties, and design of materials to develop advanced solutions for energy, electronics, healthcare, and structural applications.

3. Nanotechnology & Nanomaterials
Nanotechnology & Nanomaterials involves the design, synthesis, and application of materials at the nanoscale to achieve unique physical, chemical, and electronic properties for advanced technologies in energy, medicine, electronics, and materials engineering.

4. Smart Biomaterials for Drug Delivery & Regenerative Medicine
Smart Biomaterials for Drug Delivery & Regenerative Medicine are engineered materials that respond to biological stimuli to deliver therapeutics precisely and support tissue repair, enabling controlled drug release and enhanced healing.

5. Nanomaterials and Nanostructures for Energy Applications
Nanomaterials and Nanostructures for Energy Applications involve designing and utilising materials at the nanoscale to enhance energy storage, conversion, and efficiency in batteries, fuel cells, solar cells, and supercapacitors.

6. Next-Generation Solar Energy Materials and Devices
Next-Generation Solar Energy Materials and Devices focus on advanced materials and technologies—like perovskites, organic photovoltaics, and tandem cells—to enhance solar energy conversion efficiency and stability for sustainable energy solutions.

7. Biomaterials and Bio-inspired Smart Structures
Biomaterials and Bio-inspired Smart Structures involve designing materials and systems that mimic natural biological functions for applications in medicine, robotics, and adaptive structures, combining biocompatibility with smart responsiveness.

8. Advanced Composites and Hybrid Materials
Advanced Composites and Hybrid Materials are engineered materials combining two or more constituents to achieve enhanced mechanical, thermal, or functional properties for aerospace, automotive, energy, and structural applications.

9. Smart Polymers and Responsive Materials
Smart Polymers and Responsive Materials are engineered polymers that change their properties or behaviour in response to external stimuli like temperature, pH, light, or stress, enabling applications in sensors, actuators, and drug delivery systems.

10. Green and Sustainable Energy Materials
Green and Sustainable Energy Materials are materials engineered to efficiently harvest, store, and convert energy with minimal environmental impact, supporting renewable energy technologies and sustainable applications.

11. Smart Coatings, Thin Films & Surface Engineering
 
Smart Coatings, Thin Films & Surface Engineering involves the design and application of functional surface layers that enhance properties like corrosion resistance, wear, self-healing, or responsiveness to external stimuli.

12. Carbon Nanotubes, Fullerenes, and Advanced Carbon Materials
Carbon Nanotubes, Fullerenes, and Advanced Carbon Materials are nanostructured carbon forms with exceptional mechanical, electrical, and thermal properties, used in electronics, energy storage, composites, and advanced materials applications.

13. Smart Cities: Integration of Materials, Energy & IoT
Smart Cities leverage advanced materials, energy systems, and IoT technologies to create efficient, sustainable, and responsive urban infrastructure.

14. Phase-Change and Thermal Energy Storage Materials
Phase-change and Thermal Energy Storage Materials are materials that absorb or release thermal energy during phase transitions (solid–liquid or solid–solid), enabling efficient heat storage and temperature regulation in energy systems.

15. Lightweight Materials for Aerospace and Automotive Applications
Lightweight materials for aerospace and automotive applications are advanced materials designed to reduce weight while maintaining strength and performance, improving fuel efficiency, safety, and overall structural efficiency.

16. Metamaterials and Photonic Structures
Metamaterials: Engineered materials with properties not found in nature, designed to control waves (electromagnetic, acoustic, or mechanical) in novel ways.
Photonic Structures: Materials or arrangements that manipulate light propagation and control optical properties at the micro- or nanoscale.

17. Materials for Nuclear and Renewable Energy Systems
Materials designed to withstand extreme conditions, enhance efficiency, and ensure safety in nuclear reactors and renewable energy technologies.

18. Advances in Smart Materials and Functional Structures
A field focused on developing materials and structures that can sense, respond, and adapt to external stimuli for enhanced performance and functionality.

19. Future Directions: Integrating Smart Materials, AI & Sustainability
Integrating smart materials with AI and sustainable design to create adaptive, efficient, and environmentally responsible systems.

20. Smart Systems, Industrial Engineering & Advanced Manufacturing Materials
Smart Systems: Integrated systems that can sense, adapt, and respond autonomously to environmental or operational changes.
Industrial Engineering: Optimisation of complex processes, systems, and operations to improve efficiency, quality, and productivity.
Advanced Manufacturing Materials: High-performance materials engineered for next-generation manufacturing, including composites, alloys, and smart functional materials.

Materials Magic 2026

Submission Deadline: 05 December, 2025

Submitting an abstract is an essential step in the process of presenting your research work or project at a conference. To meet the submission deadline, it’s essential to start preparing the abstract well in advance of the deadline.

Leveraging Conferences for Career Advancement

Attending conferences can be a catalyst for your career growth. Here’s how:

  • Present Your Work
  • If you’re involved in research or have unique experiences to share, consider submitting your work for presentation. It’s a great way to gain visibility in the materials science community.
  • Seek Mentorship
  • Conferences are an excellent place to meet potential mentors. Engage in conversations, ask for guidance, and explore mentorship opportunities.

In conclusion, materials science conferences are more than just events; they are opportunities for growth, learning, and collaboration. For Science students and early-career professionals, they offer a glimpse into the broader world of materials science, providing inspiration and direction for future endeavors.

Submit Abstract Online

    Conference General Instructions

    • Abstracts should represent the original work.
    • Please add your references (If any)
    • Include your picture in the abstract.
    • The full name with credentials of Author should be highlighted with their affiliation.
    • The Abstract should be written in English.
    • Please indicate one – three most relevant themes for your abstract from the conference sessions/tracks.
    • Please send in a brief biography together with the Abstract (Kindly refer the Abstract template for example).
    • Please download the abstract template and follow the format carefully.
    • Abstracts that do not confirm to the guidelines will be asked to revise.
    • Abstarct received after the given deadline, due to any reason will not be accepted unless the deadline is extended.
    • The abstract should be submitted in the format of MS Word (.doc or .docx) document.

    Abstract Format Guidelines

    • An abstract is a compendious summary of a research paper’s substance including its background, purpose, methodology, results, and conclusion.
    • It should be one paragraph with a word limit of 200-250.
    • Please do not include subheadings, bullets, lists and header/footer in the abstract.
    • Try to keep the Abstract titles short, but descriptive. Informative titles, indicating key points are encouraged. Abbreviations should not be used in the title.
    • Acronyms should be written in full the first time, mentioned in the text, followed by the abbreviation in parentheses.
    • Make sure that the scientific names are in Italic.
    • Use a negative exponent (g. kgm-3) and do not indicate units as divisions (e.g. kg/m 3 ).
    • Any Chemical formulae should be written in a standard form such as “CaCO3”, not as “CaCO3”. Use a zero before decimal points such as “0.45,” not “.45.”

    Recommended Font

    Title: Times New Roman, 12 points, Upper case, centre text in bold
    Body: Times New Roman, 11 points; Line spacing: 1, one column of text

    Affiliations Format

    • Affiliations should be indicated with superscript.
    • A superscript asterisk shout be used for the corresponding author
    • Names of affiliations should be given including the country.
    • If there is more than one name and address, they should be related by superscript numbers.

    Example:

    • Surname INITIALS 1, Surname INITIALS 1* and Surname INITIALS 2
    • Department, Faculty, University, Country
    • Department, Institute, Country
    • *author@anymail.com (* Email address of the corresponding author)

    Note: Download follow the abstract template for better understanding.

    Guidelines For The Co-Authors

    • Please note a single registration permits only one person to attend the conference.
    • If the co-authors would like to attend the conference their registration and payment are required to be made independently.
    • However, they will be given a waiver of 25% in Listener’s Registration Fee.
    • The certificate will also be issued for the co-authors upon their registration/payment for the conference.
    • Please make prior communications with the organizing committee regards to this matter to avail the benefit of the discount.

    Joining as a Listener? Reserve your Seat and Join our Community.

    FAQ

    Frequently Asked Questions

    How do I submit an abstract for the conference?

    To submit an abstract for the conference, navigate to the “Abstract Submission” section. Review the guidelines, prepare your abstract according to the specified format, and upload it through the online submission form. Keep an eye on the submission deadline and await notification regarding acceptance or rejection. Good luck with your submission!

    What is the deadline for abstract submission?

    The deadline for abstract submission is specified on the conference website. It is important to adhere to the given deadline to ensure your abstract is considered for review. Late submissions may not be accepted.

    Are there specific formatting guidelines for abstract submission?

    Yes, there are usually specific formatting guidelines for abstract submissions. These guidelines may include word limits, preferred font and spacing, and requirements for including tables, figures, or references. Please carefully review the guidelines provided on the abstract submission page to ensure your abstract meets the specified requirements.

    Can I make changes to my submitted abstract after submission?

    In some cases, limited changes may be allowed to submitted abstracts before the submission deadline. Contact our abstract submission team to inquire about the possibility of making changes and any associated procedures.