मुफ्त ऑनलाइन कोर्स Construction Technology CE402: Foundations, Formwork, Masonry, Floors and Earthquake-Resistant Buildings

मुफ़्त ऑनलाइन कोर्स के बारे में

Construction Technology CE402 is a free online course in Hindi for professionals who want a practical, structured understanding of how buildings are planned and executed on site. It connects core construction principles with real-world decisions, helping you interpret design intent, choose appropriate methods, and recognize common issues that affect safety, durability, and performance.

The course builds a strong base in foundations, covering essential requirements, footing behavior, contact pressure, groundwater effects, frost heave considerations, and key options such as combined and strap footings, grillage foundations, and pile foundations. You also explore pile selection, load transfer concepts, group behavior under load, and how failure is understood in practice.

You then move into formwork and temporary works, focusing on shuttering and centering, qualities of good formwork, and cost-conscious planning. The course also addresses shoring and scaffolding approaches, underpinning methods used for strengthening or modifying existing structures, and construction techniques such as slip formwork, cast in-situ work, and stripping, along with applications for shells, bridges, and towers.

Masonry and building components are covered with attention to brick and stone masonry practices, bonds and jointing, cavity walls, construction defects and their impact, and practical finishing methods such as plastering, pointing, washing, and distempering. You also learn about dampness and prevention strategies, plus essential elements like doors, windows, ventilators, sunshades, sills, jambs, stairs, and repair techniques for common building issues.

Floor and roof construction rounds out the building envelope and structural detailing, from ground floors and material selection to a wide range of flooring systems, upper floor types, and repair methods. Roof topics include pitched and flat systems, trusses, coverings, and maintenance considerations. Finally, the course introduces earthquake-resistant buildings, including planning, site assessment, material considerations, detailing of walls, beams, and columns, and the role of base isolation in improving seismic performance.