Learn to Read Structural & Architectural Drawing of Building

Name: Learn to Read Structural & Architectural Drawing of Building
Rating: 4.4 (184 reviews)

Basic course to Understand Architectural , Structural Drawings in Civil engineering Construction Practices

Created byAkshay Kamath

Last updated 11/2024

English

English [Auto],

What you'll learn

To Read Architectural & Structural Drawings
To Understand the Footing Details
To Understand the Column Details & Its drawings
To Read AutoCAD Drawings

Course content

1 section • 13 lectures • 1h 44m total length

Read Architectural Plan of G +3 Residential Building6:16
Learn to read the architectural plan of a G+3 residential building, from ground to terrace floors, noting foyer, living and dining, bedrooms, kitchen, puja room, lifts, stairs, and open-to-sky cutouts.
Master Door and Window Schedule and list of Structural Drawings5:50
Learn to read the door and window schedule and the list of structural drawings, including main door, pooja room door, D and D1, with widths, heights, and window types.
Master Footing Layout and Reinforcement Drawing like a Pro14:52
Master footing layout and reinforcement drawings by reading general drawings, footing layouts, and column layouts. Learn plinth beam, floor beam, slab layout, and staircase reinforcement details to interpret structural drawings.
Master Column Layout and Reinforcement Details10:43
Learn to read column layout and reinforcement details, including column naming, schedule, concrete grade M25, and basic reinforcement concepts like main bars, lateral ties, master rings, and links.
Mastering Plinth Beam Layout for Residential Building9:40
Master plinth beam layouts by learning how to connect column placements with beam running from column to column, naming conventions, and reinforcement basics for residential building drawings.
Mastering Shuttering Layout for Residential Building6:23
Learn to read reinforcement details and shuttering layouts for residential buildings, including pb1–pb3. Understand 16-diameter top and bottom bars, 8-inch stirrups, plinth beam, and six-inch slab thickness.
Slab Layout and Reinforcement for Residential Buildings5:07
Analyze first-floor slab reinforcement for residential buildings, distinguishing one-way versus two-way slabs, and follow crank-bar layouts using eight-diameter bars with seven- and five-inch center-to-center spacings.
Mastering Blueprint of 1000 Sq. ft House6:05
Learn to read a structural and architectural blueprint by examining a ground floor plan and openings, and identify pad footing, slope footing, and eccentric footings with column details.
Mastering Footing l Column l Beam Drawings of 1000 Sq. Ft House5:40
Learn to read plinth beam layouts, column placement, and beam connections in a 1000 sq ft house, with PB and GB reinforcement, slab details, and staircase rebar layout.
Mastering Staircase Drawings and Compound Wall8:45
Explore staircase drawings and compound wall details, including flight numbering, risers, landings, reinforcement layouts, lintel and cantilever concepts, and parapet details for structural and architectural understanding.
Architectural Plan Of Commercial Building8:12
Explore how to read a commercial building plan by examining room dimensions, column locations, interior versus exterior column sizes, and basic floor relationships.
Calculation of Built-up Area for Building8:01
Calculate the built up area by dividing the plan into sections and computing each area. Note how revisions, like moving the staircase, affect the totals.
Complete Course Details of Drawing Reading Like Expert9:03
Learn to read structural and architectural drawings for residential, commercial, and high-rise buildings with a comprehensive 64-plus hours course, covering codes, drawings, and site execution.

Requirements

Description

This course will Make you Learn about G+3 Architectural Plan of Building and also Structural Drawings of Footing, Column & their Sections .

This course deals with understanding of Architectural, Vastu & Structural Drawings of various projects with Real Site Photos & Videos

1) G+3 Residential Building

Contents-

Footing Layout & Footing Reinforcement Details

Column Layout & Column Reinforcement Details,

Plinth Beam Layout & Reinforcement Details

All structural Drawings Of Ground Floor, 1st Floor, 2nd Floor , 3rd Floor ,Terrace Floor & Reinforcement Details.

Construction drawing

Construction drawing is the general term used for drawings that form part of the production information that is incorporated into tender documentation and then the contract documents for the construction works. This means they have legal significance and form part of the agreement between the employer and the contractor.

The main purpose of construction drawings is to provide a graphic representation of what is to be built. Construction drawings should be concise and coordinated to avoid, wherever possible, ambiguity and confusion. Delays and misunderstandings can be minimized by properly coordinating the drawings. For more information, see Document control.

Specifications will detail the materials, standards, techniques, and so on required to carry out the works. Construction drawings provide the graphical representation, indicating the arrangement of components, detailing, dimensions, and so on. They may sometimes contain some of the information set out in specifications, but this should be avoided if possible, by referring to specifications rather than duplicating information. Where there is a crossover, care must be taken to ensure proper co-ordination so there is no confusion. If there is a disparity between the two, the specifications will tend to take precedence over the drawings.

A complete set of construction drawings tends to comprise floor plans, elevations, sections, and detail drawings, that together provide a complete representation of the building. On many projects, each major trade will have separate trade drawings, e.g. electrical, plumbing, and so on.

Who this course is for:

Civil Engineers , Planning Engineers , Quantity Estimator , Structural Engineers, Contractors , Architects, Students Pursuing Architectural Courses , Town Planner, Civil Engineering Students