By the end of this course, you will be able to:

• Outline the sequence of a construction project
• Identify the software used for architectural drawing, structural design, and modelling in civil engineering 
• Summarize the basics of civil engineering
• Differentiate the nominal mix and design mix concrete types
• Describe site clearing activities and other preliminary processes involved in building construction
• Explain the advanced concepts used in structural design and building technology
• Identify the roles of the structural engineer in building construction

By the end of this course, you will be able to:

• Explain the procedures for placing the starter concrete and shuttering for the ground floor column
• Discuss the process for the ground floor beam bottom arrangement and shuttering
• Explain slab centring and placing of beam reinforcements in building construction
• Differentiate the practicality and theory of one-way and two-way slabs
• Outline the techniques for laying electrical conduit and MEP works in a building construction site
• Indicate the protocols for cube casting and slump tests in structural engineering

By the end of this course, you will be able to:

• Explain slab centring, beam reinforcements, and beam arrangements in building technology
• Describe the processes used in slab reinforcements
• Discuss the systems for staircase placement, shuttering and reinforcements
• Indicate the safety practice from the design and construction points of view
• State the importance of the bill of quantities in structural engineering projects
• Outline the building construction process with practical demonstrations and examples

Upon successful completion of this course, you will be able to:

• Discuss the finishing activities involved in building construction projects
• Identify the brick and block types used for erecting building structures
• Describe the process and procedures involved in bricks making
• List the types and properties of brick bonds used in structural edifices
• Outline the importance of concrete bands and sill concrete in building construction
• Describe the real-world system for fixing frames, ceilings, and plastering a building
• Summarize the checklists for building and masonry safety on a construction site

Upon successful completion of this course, you will be able to:

• List the basic principles and tenets of building construction
• Differentiate the nominal mix and design mix concrete types
• Indicate the practicality and theory of one-way and two-way slabs
• Explain slab centring, beam reinforcements, and beam arrangements in building technology
• Discuss the roles of the structural engineer in building construction
• Indicate the protocols for cube casting and slump tests in structural engineering
• Discuss the systems for staircase placement, shuttering and reinforcements
• Translate structural drawings to identify the electric conduit installation and other MEP activities to be done on-site
• Identify the applications of BOQ in budgeting and price estimations for structural engineering projects
• Explain home interiors, formwork systems and formwork components

After completing this course, you will be able to:

• Identify the fundamental features of housing foundation plans
• State the importance of architectural plans as construction guidelines
• Describe the main aspects of a ground-floor housing plan
• Outline the structural data for constructing columns, footings, and reinforcements
• Recognise the blueprints for the floor, section, and house elevation
• Explain the characteristics of structural home drawings
• Understand Vastu shastra architectural principles
• Recall the minimum sizing and basic rules for rooms and beams
• Discuss the benefits of using ETABS for structural analysis
• Summarise the advantages of employing Excel sheets to make structural calculations

By the end of this course, you will be able to:

• Outline the concept of project planning and scheduling
• Identify the scope and nature of a construction project
• Explain how to compare start-to-start and finish-to-start links
• Describe the process of preparing a baseline schedule
• Discuss the procedure for preparing monthly quantities and invoices
• State the procedure for preparing the average cost rate for the project
• List the steps involved in preparing bulk materials quantities
• Recognise the method of calculating coefficients

By the end of this course, you will be able to:

• Estimate the height of a partition wall by subtracting the thickness of the slab from the floor height
• Calculate how many bricks are required to complete a building using AutoCAD or by hand
• Recall how to make deductions from brickwork quantities for windows, doors and other ‘abstractions’
• Analyse the measurement and estimation processes used to calculate plastering quantities for a complete building
• Select the appropriate installation materials for skirting, wall dado and anti-skid tiles
• Identify different types of concretes, including lintel, sill and chajja (sunshade) concretes