Structural Analysis and Design Using ETABS

Course Overview:

This course provides a comprehensive understanding of Reinforced Cement Concrete (RCC) structural analysis and design using ETABS. The module covers fundamental concepts, modeling techniques, analysis procedures, and design validation based on relevant building codes.

Target Audience:

• Civil Engineering Students

• Structural Engineers

• Construction Professionals

• Architects interested in structural analysis

Course Duration: 6-8 Weeks (Flexible Learning)

Prerequisites:

• Basic understanding of RCC design principles

• Familiarity with structural mechanics

• Fundamental knowledge of ETABS software (not mandatory but recommended)

Module 1: Introduction to RCC and ETABS

• Overview of RCC structures and components

• Importance of structural analysis and design

• Introduction to ETABS software and interface

• Overview of relevant codes (ACI 318, IS 456, BNBC 2020, etc.)

Module 2: Structural Modeling in ETABS

• Defining grids and story levels

• Material property definitions (Concrete, Rebar)

• Section properties (Beams, Columns, Slabs, Shear Walls)

• Assigning loads (Dead Load, Live Load, Wind Load, Seismic Load)

Module 3: Structural Analysis Techniques

• Load combinations as per codes

• Modal and static analysis

• Response Spectrum and Time History Analysis

• Interpretation of analysis results

Module 4: RCC Structural Design in ETABS

• Design of Beams and Columns

• Design of Slabs and Shear Walls

• Foundation design principles

• Reinforcement detailing and optimization

Module 5: Seismic Analysis and Design

• Introduction to earthquake-resistant design principles

• Seismic load definitions as per codes

• Ductile detailing for seismic performance

• Checking drift, base shear, and torsional irregularities

Module 6: Practical Application – Case Study

• Hands-on project: Modeling a multi-story RCC building

• Analysis and design validation

• Report preparation and documentation

• Error checking and troubleshooting

Module 7: Advanced Topics and Optimization

• Nonlinear analysis basics

• Performance-based design approach

• Retrofitting and strengthening techniques

• Integrating ETABS with other software (SAFE, SAP2000)

Module 8: Final Project and Assessment

• Individual or group project on RCC building design

• Review session and Q&A

• Certification upon successful completion

Learning Outcomes:

• Develop a strong understanding of RCC structural behavior

• Gain hands-on experience in ETABS modeling and analysis

• Apply design principles as per international building codes

• Perform seismic and wind analysis with confidence

• Optimize reinforcement and detailing for efficiency

Software Requirements:

• ETABS (Latest version recommended)

• AutoCAD (for detailing, optional)

• Microsoft Excel (for calculations and validation)

Assessment Methods:

• Quizzes and Assignments

• Mid-course Hands-on Task

• Final Project Submission

Certification:

Upon successful completion, participants will receive a certificate of completion in “RCC Structural Analysis and Design Using ETABS”.