The course Building sciences & Mechanics is designed to provide first-year engineering students with a strong foundation in civil engineering concepts and fundamental mechanics principles. It introduces learners to the scope, importance, and interdisciplinary nature of civil engineering, enabling them to understand how theoretical principles are applied in real-world infrastructure development.

The course begins with an overview of civil engineering and its major sub-disciplines such as structural, geotechnical, transportation, water resources, and environmental engineering. Students gain essential knowledge of building materials including bricks, stones, cement, steel, timber, and concrete, along with their properties and applications. Basic components of buildings—such as foundations, plinths, columns, beams, slabs, staircases, and masonry walls—are also covered to help students visualize structural systems.

A key part of the course focuses on sustainable built environments, emphasizing emerging construction materials, green buildings, durability, recycled materials, and rating systems like IGBC, LEED, and GRIHA. This module builds awareness of environmental responsibility and sustainable development in construction practices.

The engineering mechanics component introduces the concepts of forces, force systems, equilibrium, and laws of mechanics. Students learn to analyse coplanar and non-coplanar force systems, free body diagrams, and conditions of equilibrium. Topics such as friction, support reactions, statically determinate structures, and numerical problem-solving strengthen analytical and problem-solving skills.

The course also includes the study of centroid and centre of gravity, enabling students to calculate centroids of simple and composite sections using analytical methods. This knowledge forms the basis for advanced structural analysis and design subjects in later semesters.

Overall, this course equips students with essential technical knowledge, sustainability awareness, and analytical skills required for higher-level civil engineering studies. It serves as a crucial bridge between basic science subjects and professional civil engineering applications, preparing students for both academic advancement and practical engineering challenges.