Mastering RCC Building Design in Staad Pro Connect Advanced

Modeling, Analysis & Design of RCC buildings as per IS codes with Response Spectrum & Wind load cases.

What you'll learn
- Model a complete G+7 RCC building in STAAD Pro Advanced Connect Edition
- Apply dead loads, live loads, wind loads & seismic loads as per IS codes
- Perform Seismic Analysis using Response Spectrum Method
- Assign stiffness modifiers, rigid diaphragms, & seismic weights
- Create load combinations (Limit State of Collapse & Serviceability)
- Interpret analysis results and design structural members
- Design & detail RCC beams, columns, slabs & isolated footings
- Understand RCC fundamentals, stress-strain behavior, & structural stability
- Convert architectural drawings into structural framing plans

Requirements
- An interest in learning structural analysis, seismic design, and IS code–based detailing.
- Familiarity with RCC fundamentals (reinforced concrete basics like bending, shear, axial forces) is helpful but not mandatory.
- STAAD Pro software (Connect/Advanced version preferred)
- Basic knowledge of Civil/Structural Engineering concepts (beams, columns, slabs, loads).
- A computer/laptop capable of running STAAD Pro Advanced Connect Edition.
- No prior experience with STAAD Pro is required – this course starts from the basics and gradually covers advanced concepts.

Description
Are you ready to masterSTAAD Pro Connect Advanced Editionwith areal-world RCC G+7 building project?

This course is acomplete guide to RCC building design using STAAD Pro Connect Advanced Edition, explained with areal G+7 story project. You will learn how to model, analyze, and design buildings step by step, followingIndian Standards (IS-456, IS-1893, IS-13920, IS-875, IS-16700)to make your design earthquake-resistant and industry-ready.

We start with thebasics of STAAD Pro, including modeling tools, supports, material properties, and load assignments. You’ll then exploregravity loads, wind loads, and seismic loads, with a strong focus onResponse Spectrum Methodand advanced seismic concepts like rigid diaphragms, torsion, and stiffness modifiers.

The course also coversload combinations, structural analysis, and member design, including beams, columns, slabs, and footings. Along the way, you will also learn how to convertarchitectural drawings into structural modelsand interpret STAAD Pro results effectively.

By the end of this course, you will have the skills to confidently handlereal-world RCC building projectsusing STAAD Pro. This training is perfect forcivil engineering students, practicing structural engineers, and job seekerslooking to upgrade their design expertise and become industry-ready.

Course Highlights

Complete RCC Building Project– Model, analyze & design a G+7 story structure in STAAD Pro Connect Edition

Seismic Design Focus– Learn Response Spectrum Method, earthquake load definitions & ductile detailing as per IS codes

Step-by-Step Guidance– From architectural drawings to structural analysis, load combinations & final detailing

Practical IS Code Coverage– IS-456, IS-1893, IS-13920 & IS-875, IS-16700 explained with real project applications

Industry-Ready Skills– Apply STAAD Pro to real-world projects and strengthen your profile for jobs & interviews

Beginner to Advanced– Covers basics, advanced seismic concepts & detailing for professionals and students.

Who this course is for:
- Civil & Structural Engineering Students – who want to learn STAAD Pro through a real-world RCC building project and strengthen their technical foundation.
- Practicing Engineers & Consultants – looking to apply STAAD Pro for seismic and wind load design in line with IS codes.
- Faculty, Trainers & Educators – who wish to use a structured, practical example (G+7 RCC building) to teach STAAD Pro effectively.
- Job Seekers & Fresh Graduates – aiming to showcase STAAD Pro and seismic design knowledge in interviews and project portfolios.
- Construction & Design Professionals – who want to transition into analysis & design roles with industry-ready software skills.
- Anyone interested in Earthquake-Resistant RCC Design – especially those wanting to master the Response Spectrum Method using IS-1893 & IS-13920.
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