Smart Concretes

• Understand the fundamental properties and benefits of smart concretes.
• Explore the role of nanotechnology in enhancing concrete durability and sustainability.
• Develop skills in formulating and testing new concrete mixtures.
• Analyze case studies on the use of smart concretes in various construction projects.
• Apply learned concepts in a capstone project designed to simulate real-world application scenarios.

• Self-sensing concrete and structures
• Non-intrinsic self-sensing concrete and structures
• Intrinsic self-sensing concrete and structures
• Autogenous self-healing concrete and structures
• Challenges in the development and applications of
• smart concretes and structures
• Future directions of development
• Project Report Submission/ Article Writing

• Civil Engineering: Undergraduate degree or equivalent experience in civil engineering or related fields.
• Material Science: Background in material science or engineering.
• Environmental Science: Degree or professional experience in environmental science or sustainability studies.

• Mastery of smart concrete technologies.
• Ability to innovate in construction material development.
• Enhanced skills in sustainable building practices.
• Preparedness for advanced roles in civil engineering.
• Capability to lead R&D initiatives in construction.
• Proficiency in applying theoretical knowledge practically.

• Smart Material Consultant
• Structural Engineer specializing in innovative construction materials
• Sustainability Advisor in construction projects
• Research and Development Specialist in building technologies
• Entrepreneur in construction technologies
• Academic roles in civil engineering and material sciences departments

Participants will be well-prepared for roles in construction firms, infrastructure companies, and research institutions focusing on advanced building materials. Opportunities also abound in governmental and environmental agencies that regulate building standards and advocate for sustainable practices.