
Learn to read architectural and structural drawings through a project-based study of a four-bedroom duplex, covering site plans, floor layouts, roof plans, sections, elevations, foundations, columns, beams, and reinforcement.
Explore floor layouts for rc detailing, including ground, first, second, and roof layouts; identify column placement at grid intersections, slab types, beam dimensions, and voids, with legends and column dating.
Learn to read slab reinforcement details by decoding bar marks, diameters, spacing, and position codes (bottom, top) and color coding to determine total reinforcement and steel types.
Learn to read slab reinforcement details from the reinforcement schedule and section views as a site engineer, using clear callouts and unit conventions in rc detailing.
learn to identify beam one from the printout, verify bottom and links reinforcement, check column positions, and understand bending reinforcement and links reinforcement with spacing and start points.
Learn to read column reinforcement detailing across floors, linking layout to cross-sections, lap length, bar marks, and tiling, from foundation to roof through ground and upper floors.
Learn to read column reinforcement details from PDFs for RC detailing. Identify column dimensions, reinforcement size and diameter, verify alignment, and note beam connections and tiling details.
Identify how staircase reinforcement detailing begins at the foundation with a startup bar, then adapts through direction changes, illustrating top and bottom reinforcement, continuity with the slab, and landing bars.
Learn to read staircase reinforcement details by tying footing to the foundation to support the stairs, shaping the base with the startup bar, and tracing reinforcement from foundation to stickies.
Learn how to read and detail a spiral staircase in reinforced concrete construction, using cantilever behavior, precast components, and column-supported reinforcement. Explore plan view detailing for proper layout.
Identify the part name, base types, and reinforcement to read the pad footing. Interpret dimensions, spacing, and blinding provisions to understand the foundation layout and reinforcement details.
What is this course all about
Structural drawings are one of the most important documents needed in construction. The ability of the constructor/site engineer/project manager to understand the structural drawings increases the project's chance of success. As a graduate seeking employment opportunities, interpreting structural drawings is an important skill to get better at.
This course offers a practical approach to reading structural drawings. We make use of a real-life project to explain the nitty-gritty of structural drawings.
We will show how to read all major structural drawings of elements such as slab, beam, column, staircase, foundation, retaining wall, and shear/lift wall.
The technique of creating a bar bending schedule is also explained in detail in this course. Detailed explanation on placing reinforcements for each structural element and detailing different types of staircases.
Why you should take this course
We make it very simple and easy to learn
Access to PDF format of the course project
All necessary structural elements are covered
You get to see the application of every knowledge to real civil engineering projects
You get to see any updates on this course in the future.
You have the opportunity to learn from an experienced civil engineer.
Money-Back Guarantee
Your money will be refunded if after you took this course and you cannot get what we promised to offer.