• Understand CFRP Properties: Gain a comprehensive understanding of the mechanical, thermal, and chemical properties of carbon fiber reinforced plastics and how these properties can be leveraged in various applications.
• Master interface characterization methods: Interface of the carbon fiber and the polymer matrix is crucial for the strength and performance of the CFRPs. Various microscopic (AFM, SEM, TEM) and spectroscopic methods (FTIR, Raman and NMR) of characterization will be discussed, including hands on experience in fabricating CFRP samples.
• Explore Application Areas: Investigate the diverse applications of CFRPs across industries such as aerospace, automotive, sports equipment, and infrastructure, emphasizing case studies and current industry trends.
• Innovate with CFRPs: Encourage innovation in the design and use of CFRPs by exploring cutting-edge research and development areas, including the use of nanotechnology and hybrid composites.
• Address Sustainability and Recycling: Delve into the environmental impact of CFRPs, focusing on sustainable practices, recycling techniques, and the development of eco-friendly alternatives.
• Develop Problem-Solving Skills: Enhance problem-solving abilities by tackling real-world challenges faced in the engineering and application of CFRPs, including issues related to cost, manufacturability, and performance optimization.

Day 1 :

• Application of carbon fibers in Energy, Environment, Space exploration, defense, catalysis and infrastructure
• Structure, morphology and composition of carbon fibers
• Characterization of epoxy sizing used for the surface modification of carbon fibers

Day 2:

• Characterization of oil agent used for the production of carbon fibers
• Wettability of carbon fibers with resins by dynamic contact angle measurements
• Wettability of carbon fibers with resins by static contact angle measurements
• Surface energy of carbon fibers

Day 3:

• Evaluation of mechanical properties of CFRPs
• Carbon fiber/epoxy interface with special properties (electrothermally responsive and self healing)
• Blendness of carbon fibers with polymer

• Materials Scientists and Engineers
• Aerospace Engineers
• Automotive Engineers
• Manufacturing Engineers
• Product Designers
• Construction and Civil Engineers
• Marine Engineers
• Renewable Energy Engineers
• Biomedical Engineers
• Academic Researchers and Educators
• Defense and Military Engineers
• Sports Equipment Manufacturers
• Industrial Designers
• Quality Assurance and Testing Professionals
• Consultants and Advisors
• Ph D scholars working in Chemistry, Nanotechnology, and Materials science; M Sc graduates seeking Science as the career.