Learn to Read Structural Drawings with [Site Videos]

Explore substructure and superstructure construction, from site clearing and grids to footing, reinforcement, backfilling, and plinth concreting, aligned with Nasik Constructions standards and Indian soil conditions.

Master on-site grid marking, then mark footings and columns using grids and boundary offsets to clearly locate them.

Learn to mark site grids and footings precisely using offsets, the 3-4-5 method, and grid references, ensuring 90-degree corners and accurate footing placement.

Carry out site excavation after marking grids and footings, remove markings, use a JCB to dig to six feet, then lay PCC and cure before column marking.

Demonstrate column marking on PCC using grids and offsets, including three inch and eight inch offsets, corner points, and edge alignment.

Mark four corner points and grid points on walls as reference for column erection. Apply a layer of cement paste, then mark footings and column positions across the site.

Learn how to prepare footing mesh on site, cut and bend bars to 150 center to center spacing, assemble column ties with chairs, and place columns before concreting.

Learn to read structural drawings to guide footing mesh on site execution, illustrated with site videos.

Analyze column cages on site by recognizing C1, C2, C3, C4 types and their reinforcement variants, and verify orientation, spacing, and stirrup details from drawings.

Learn to read structural drawings with site videos to read column cage on site execution.

Demonstrate on-site footing concreting: secure columns with bamboo, pump concrete into pits, and choose shuttering or blocks per footing schedule f1 (5x5x18in) and budget.

Learn how to execute footing concreting on site while interpreting structural drawings using site videos.

Learn how column starters and neck columns are marked and kept straight by transferring grid points, ensuring reinforcement cover and sequence from grids to PCC and footings.

Learn to read structural drawings by identifying the column starter and neck column, then apply on-site execution techniques for accurate, safe construction.