Diploma in Basics of Civil Engineering for Construction

Explore construction project estimates, from approximate (rough, abstract, preliminary) estimates to the detailed estimate. See how rough estimates support administrative approval and financing, while detailed estimates quantify quantities and costs.

Understand how owner and contractor form a legally enforceable contract. Learn what contract documents include, such as tender notices, bill of quantities, schedule of rates, specifications, drawings, and payment terms.

Explore earnest money deposit (ACMD) and security deposit in construction tenders: 2 percent and 10 percent, respectively, with refunds for unsuccessful bidders and no interest.

Compare running, final, and percentage-based or turnkey construction bills, and how client, contractor, item-rate contracts, and EBC projects drive billing.

Learn to prepare a house valuation report for bank loan or mortgage approval by conducting a site inspection, estimating land and construction costs, applying depreciation, and presenting fair market value.

Learn practical thumb rules for estimating materials at a construction site, part 7, including calculating plywood and shuttering quantities, converting area units, and applying extra allowances for timber and beams.

Calculate total wooden baton and prop quantities for beam and slab formwork using plywood patterns, converting to cubic feet and applying center-to-center spacing.

Learn to use a measurement book as a basic site record, capturing daily works, materials, invoices, and payments. Build an Excel sheet to document project details and quantities.

Prepare a running bill by building a bill of quantities, linking measurement sheets, and calculating quantities and costs from unit rates for earthwork, concrete, PCC, and steelwork.

Learn to test bricks for water absorption, soak bricks, and proper mortar platforming; understand load transfer from slab to beam to column to footing into soil.

Decide column sizes for small to big projects, starting from 230 by 300 mm and adjusting to 230 by 450-750 mm as loads demand. Ensure a depth of 0.4 ft.

Decide slab thickness by strength and deflection criteria, using shorter-span rules and increments of 25 mm (125–200 mm). Consider loads from water tanks, lifts, and shear walls.

Learn how to locate and orient columns in real projects by analyzing beam lengths and column depth, applying the logic of longer-span alignment while balancing architectural constraints.

Learn how chair reinforcement keeps top and bottom bars in place in footings and slabs, with a minimum 12 mm chair diameter, spacers, and typical 300 mm spacing.

Explore singly reinforced and doubly reinforced beams, including tension zones, neutral axis, simply supported and cantilever behavior, and practical site photos illustrating how depth restrictions and capacity influence reinforcement.

This lecture explains why bent-up bars are not used in modern beams, showing that vertical straps and curtain reinforcement provide shear resistance, especially under seismic stress reversal, per Indian standards.

Explore using Istanbul's prototype structure models in the structure wizard to quickly model truss, frame, solid, and cooling tower prototypes, then import and transfer them for rapid design.

Learn to create and connect beam segments, place nodes at midpoints or set distances, and assign concrete material properties to rectangular and circular beam and column sections.

Assign Indian standard medium sections to interior and exterior columns, distinguish main and secondary beams, and use selective tools to assign properties and verify attributes in the model.

Explore the AutoCAD user interface, including the workspace, quick access toolbar, ribbons, and view cube. Draft 2d drawings, toggle to 3d modeling, and draw lines with ortho constraints and lengths.

Learn to reveal and manage AutoCAD toolbars and menus by using view, display options, and viewport configurations; work with multiple windows to compare plans like parking floor drawings.

Learn to customize your workspace by arranging toolbars and panels, save named workspaces, and switch between layouts for 3D modeling and drawings.

Identify cross hairs and the big box, see how selecting lines or shapes activates options with a plus sign, and change the background color using color options and themes.

Learn to create and use construction lines, including horizontal, vertical, angled, and bisecting lines, with extension lines, offsets, and center lines to plan drawings.

Use copy and move commands with base points to duplicate and reposition elements like columns and windows across floor plans, employing select similar and area options for efficient repeats.

Master the extend command by drawing and extending lines, using shortcuts like x and enter to extend to a chosen point, and apply it to correct incomplete drawings.

Learn to use the fillet command to create rounded corners with a radius, choose trim or not trim, and repeat with spacebar to apply polyline and join options on plans.

Learn to draft a 2 bhk house plan using AutoCAD, placing kitchen in the southeast, master bedroom in the southwest, and living in the northeast, with walls and doors modeled.