Centre of Excellence (CoE) - Advanced Materials Synthesis

The Centre of Excellence in Advanced Materials Synthesis focuses on developing novel materials such as 2D materials, metal–organic frameworks, high-entropy alloys, functional polymers, and surface-engineered cutting tools for emerging applications in energy, electronics, catalysis, and sustainability. The centre undertakes cutting-edge research in scalable and green synthesis methods, and in situ characterisation, supported by state-of-the-art facilities. It extends its expertise through industry consultancy, providing material design, testing, and process optimization services, while fostering student internships and training programs to build future-ready researchers. The centre actively pursues collaborative and competitive funding from apex bodies by aligning its research goals with national missions, promoting translational outcomes, and demonstrating strong industrial and societal impact.

Mission

To be a world-class Centre in the development of novel and cutting-edge materials that steer technological advancements, enhance sustainability, and empower industries to solve their critical challenges.

Vision

• Our mission is to pioneer the synthesis of advanced materials through innovative research, extended collaboration, and sustainable practices.
• Focus on delivering high-performance materials that transform industries such as energy, automobile, aerospace, electronics, and healthcare.
• Build collaborative alliances with academic and industry leaders to accelerate the development and commercialization of novel and smart materials across various sectors.

Quick Facts

Founded Year: 2024

Director: Dr. Venkatesh Chenrayan

Associated Faculty:

• Dr. Indran Suyambulingam
• Dr. RajeshKumar. L
• Dr. P. Senthamaraikannan
• Dr. KiranShahapurkar
• Dr. Neetu Talreja

Full time PhD Scholars:

• Karthick. S
• Ananad. S
• Vimal Chand. M

Facilities

Polymer composite processing facility

• Open Moulding
• Compression Moulding
• Vacuum Bag Moulding
• Autoclave
• Hot Air Oven

• Fumehood
• Muffle furnace
• Computerised Stir Casting Furnace (Both Aluminium & Magnesium)
• Squeeze Casting
• Planetary Ball Mill (500 ml capacity)

Characterization Facility

• Tribometer
• Shore D hardness Tester
• Density Meter
• Low-Velocity Impact Tester

Focus Areas & Research Domains

Problem Statements

1. Surface-enhanced hydrogen storage tank to combat hydrogen embrittlement.
2. Lightweight armour for ballistic applications.
3. Offshore corrosion-resistant materials for ship hull building.
4. Surface-engineered high-performance cutting tools for sustainable manufacturing.
5. Sustainable packaging solutions.
6. Eco-composite for biodegradable consumer products.
7. Green legs.
8. Fire-retardant polymer composite.
9. Bio-ceramic reinforced composite.
10. Bio-inspired patterns for adhesive bonding materials.

Signature Projects / Products / Flagships Initiatives

Key Partnerships & Collaborations

Academic Partner 2:

• Manipal University, Malaysia
• KPR Institute of Engineering and Technology
• Lishui University, China
• VSB Technical University of Ostrava, Czech Republic
• King Mongkut’s University of Technology North Bangkok, Thailand
• Brawijaya University, Indonesia
• Universiti Teknologi, Mara, Malaysia

Government / NGO Partner 3:

Impact Metrics (since inception)

• Patents: Published:6 Granted: 1
• Research Funding proposal submitted

Other Metric: 113 articles in WoS-indexed journals

Programmes Offered

Academic Partner 2:

• Post Doc: 4 Post Doc Scholars
• Ph. D.: 3 Full-time scholars
• Internship Opportunities (Completed): 4 Students from University. B.D.T. College of Engineering, Davangere
• 2 UG students from PSG iTech, Coimbatore

Novel Material Synthesised