Diploma IN BUILDING CONSTRUCTION TECHNOLOGY ( M-CBC-Q1001 )

Syllabus

Introduction to Building and Construction: Overview of the construction industry, Key players in the construction sector, Stages of construction projects, Types of construction (residential, commercial, industrial), Construction project planning and management, Importance of building codes and standards, Health and safety regulations in construction, Environmental considerations in construction, Role of technology in modern construction, Case studies on successful construction projects.

Building Materials and Their Properties: Types of building materials (wood, concrete, steel, etc.), Properties of construction materials (strength, durability, thermal conductivity), Selection criteria for building materials, Sustainable building materials, Testing and quality control of materials, Material costs and procurement strategies, Transportation and storage of materials, Advances in material technology, Recycling and reuse of construction materials, Case studies on material selection in construction.

Construction Methods and Techniques: Traditional vs. modern construction techniques, Building construction methods (masonry, timber framing, etc.), Concrete construction methods (casting, pre-casting, etc.), Steel frame construction, Prefabricated and modular construction, Sustainable and green building techniques, Advanced construction techniques (3D printing, BIM), Site preparation and foundation work, Roofing systems and techniques, Case studies on innovative construction methods.

Structural Engineering in Construction: Basics of structural engineering, Load distribution and structural stability, Types of structures (beams, columns, trusses), Structural analysis and design principles, Foundations and soil mechanics, Concrete and steel reinforcement, Structural materials and their properties, Seismic and wind load considerations, Building safety and code compliance, Case studies on structural engineering challenges in construction.

Construction Project Management: Project management principles in construction, Phases of construction project management (initiation, planning, execution, closure), Construction scheduling and timelines, Resource planning and allocation, Managing project budgets and costs, Risk management in construction projects, Quality control and assurance in construction, Communication and coordination among stakeholders, Contract management and procurement strategies, Case studies on successful project management in construction.

Building Codes and Regulations: Introduction to building codes and standards, National and international building regulations, Structural and safety codes for buildings, Electrical and plumbing codes, Fire safety regulations, Environmental and energy efficiency standards, Compliance with local zoning laws, Permitting and inspections processes, Legal considerations in construction, Case studies on regulatory compliance in construction projects.

Job Opportunities after completion of Certificate in Building and Construction course:

After completing the Certificate in Building and Construction, graduates have access to a wide range of career opportunities within the construction and civil engineering industries. This program equips students with the technical and practical knowledge required to manage, oversee, and execute various aspects of building and construction projects, including design, planning, site management, and quality control.

Eligibility: Completion of 10th Grade (high School) or equivalent.