Advanced Theory to Practice Course:
Design of G+4 RCC Building

   Gain hands-on expertise in designing mid-rise RCC buildings using real-world workflows and tools.

   Learn from practical case studies, site conditions, and code-based design strategies.
   Master STAAD.Pro / ETAB modelling, and Excel-based design sheets.
    Build execution-ready documentation: drawings, BOQ, and reinforcement detailing.
   Accelerate your career with industry-relevant skills and automation techniques.

Learning Mode

 Program is available in Online and  Offline mode at Nagpur Centre

Duration

 Duration of Program is 60 hrs. in both Online and offline learning modes

Certification

Certification of Completion with verifiable ID will be issued after course completion

Fee & Offers

Rs. 9900 /-

Rs. 6890 /- (Introductory offer)

Contact us for Group discount

Learning Highlights

  Master the step-by-step design workflow for G+4 RCC buildings using IS 456:2000 and relevant codes.

 Perform detailed load calculations including dead, live, and seismic loads as per IS:875 and IS:1893.

  Model and analyse multi-storey RCC frames using industry grade software like STAAD.Pro / ETAB.

  Design critical structural elements like: slabs, beams, columns, footings, and staircases with ductility and serviceability checks as per 

        IS:456 and IS:13920.

  Generate and interpret structural drawings, reinforcement detailing, and BOQ for execution-ready documentation as per SP34 code.

  Apply design principles to real-world case studies and site conditions for practical decision-making.

  Integrate Excel-based design sheets and VBA tools to streamline repetitive calculations and reporting.

  Understand approval workflows, safety margins, and quality control benchmarks for mid-rise RCC projects.

Methodology

Learn–Do–Review approach.

  Learn: Understand technical concepts.

  Do: Hands-on sessions and spreadsheet development.

  Review: Online / offline tests to reinforce learning.

Online Portal Access

Participants receive:

  Free access to premium civil engg. courses for one year.

  Extra discount on premium courses after one year.

  Downloadable resource materials.

What our Learners have to say

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      Key Topics in Training Program

      Getting Ready
    • Revision of structural analysis and design fundamental concepts.
    • Understanding the architectural plan of G+4 story RCC residential building.
      Preparation of centre line diagram using industry grade drafting software.
      Assuming initial column, beam, and slab sizes, their orientation and positions.
      Computation of gravity loads as per IS:875.
      Introduction to Earthquake Engineering.
      Introduction to Structural Dynamics.
      Concept of Response Spectra.
      Review of IS:1893, and IS:13920.
      Seismic forces computation as per IS:1893.
      Equivalent Static Method and Response Spectrum Method.

      Modelling, Analysis, and Design using Analysis & Design Software as per IS:1893 and IS:13920

        Modelling of building geometry in software.
        Assigning Section Properties, Gravity Loads, Seismic Loads, Load Combinations, Design Commands, etc.
        Analysis of structure as per IS:1893 and IS:13920 and extraction of analysis results.

      Design of RCC Elements as per IS:456 & IS:13920

      RCC Design of Slabs, Beams, Columns, Foundation, and stair using IS:456-2000 and detailing as per SP34:1987, IS:13920.
      Development of MS Excel Spreadsheet for RCC Designs.

      Development of Structural Drawings using Drafting Software

      Structural Drawing for details at Foundation / Column Level.
      Structural Drawing for details at Plinth / Ground Beam level.
      Structural Drawing for details at Floor / Roof / Lintel Beam level.

      Introduction to Bar Bending Schedule (BBS)

      Manual computation of BBS.
      Development of MS Excel Spreadsheet for BBS.