Advanced Concrete Technology: Materials, Design, and Applications presents a holistic and detailed study of concrete as both a traditional and advanced construction material. Structured across eight thoughtfully curated chapters, the book offers a complete journey through the realm of concrete, from its basic constituents and hydration chemistry to innovative materials, mix designs, production methods, and structural applications. Beginning with the fundamentals, readers are introduced to the composition and durability of conventional concrete, followed by a progressive deep dive into high-performance materials such as self-compacting concrete, geopolymer concrete, and fibre-reinforced variants. The treatment of mix design includes modern computational tools and Al-based optimization techniques that reflect the current trajectory of the industry. The book further covers operational aspects such as batching, curing, and quality control, providing insight into the real-world challenges of concrete production and placement. topics on structural behaviour, including reinforcement bonding and crack management, ensure that the material’s mechanical performance is thoroughly ad-dressed. Special concrete types and their unique advantages are also explored, alongside sustainable practices such as recycling, green technologies, and life-cycle analysis. This book is particularly suited for civil engineering students, practicing engineers, and sustainability advocates seeking an in-depth, academically rigorous, yet a meaning-ful understanding of concrete in the 21st century.