Structural Analysis and Design Training

Overview:

In this introductory module, participants will familiarize themselves with industry-standard structural analysis software, including ETABS, SAFE, and RAM Connection. They will learn the fundamental concepts of structural analysis and design and gain hands-on experience navigating the software interfaces.

Topics Covered:

Introduction to Structural Analysis Software:

• Understanding the importance of structural analysis software in engineering design.
• Overview of ETABS, SAFE, and RAM Connection software.
• Explanation of the key features and capabilities of each software package.

Software Interface and Workspace:

• Navigating the software interface, including menus, toolbars, and graphical displays.
• Customizing the workspace to optimize workflow and efficiency.
• Accessing and managing project files, models, and analysis results.

Basic Functionalities:

• Introduction to basic functionalities such as modeling, loading, analysis, and design.
• Performing simple tasks such as creating structural elements, defining loads, and running analyses.
• Reviewing and interpreting analysis results and output data.

Setting up Project Parameters:

• Configuring project settings and preferences for analysis and design.
• Defining structural materials, section properties, and design codes and standards.
• Establishing analysis parameters, including boundary conditions, load combinations, and analysis methods.

Overview:

This module focuses on the analysis and design of reinforced concrete (RCC) structures using ETABS software. Participants will learn to model RCC buildings, perform structural analysis, and design RCC elements such as beams, columns, slabs, and footings.

Topics Covered:

Introduction to RCC Structures:

• Understanding the behavior and properties of reinforced concrete materials.
• Overview of RCC structural systems and design considerations.

Modeling RCC Structures in ETABS:

• Creating a structural model of an RCC building using ETABS software.
• Defining structural elements such as beams, columns, slabs, and foundations.
• Assigning material properties and section properties to model components.

Structural Analysis with ETABS:

• Performing static and dynamic structural analyses of RCC buildings.
• Applying loads, load combinations, and load cases to the structural model.
• Analyzing structural responses and evaluating results for design considerations.

RCC Element Design:

• Designing RCC beams, columns, slabs, and footings based on analysis results.
• Checking member capacities, including flexure, shear, and axial forces.
• Implementing design provisions and detailing requirements according to NBC code and IS code standards.

Overview:

In this module, participants will delve into the analysis and design of steel structures using ETABS software. They will learn to model steel buildings, perform structural analysis, and design steel elements including beams, columns, and connections.

Topics Covered:

Introduction to Steel Structures:

• Understanding the behavior and properties of structural steel materials.
• Overview of steel structural systems, framing configurations, and design principles.

Modeling Steel Structures in ETABS:

• Creating a structural model of a steel building using ETABS software.
• Defining steel framing members such as beams, columns, braces, and connections.
• Assigning material properties and section properties to model components.

Structural Analysis with ETABS:

• Performing static and dynamic structural analyses of steel buildings.
• Applying loads, load combinations, and load cases to the structural model.
• Analyzing structural responses and evaluating results for design considerations.

Steel Element Design:

• Designing steel beams, columns, and connections based on analysis results.
• Checking member capacities, including bending, shear, and axial forces.
• Implementing design provisions and detailing requirements according to NBC code and IS code standards.

Overview:

This module focuses on the design of steel connections using RAM Connection software. Participants will learn to design various types of connections for steel structures, ensuring compatibility with industry standards and code requirements.

Topics Covered:

Introduction to RAM Connection Software:

• Overview of RAM Connection software for steel connection design.
• Understanding the capabilities and functionalities of the software.

Types of Steel Connections:

• Exploring different types of steel connections, including moment connections, braced connections, and shear connections.
• Understanding the behavior and performance of each connection type.

Designing Steel Connections:

• Creating and designing steel connections using RAM Connection software.
• Specifying connection parameters, including member sizes, bolt arrangements, and weld details.
• Checking connection capacities and ensuring compliance with industry standards and code requirements.

Connection Detailing and Documentation:

• Generating detailed connection drawings and documentation.
• Including connection details, dimensions, material specifications, and fabrication instructions.
• Ensuring clarity and accuracy in connection detailing for construction and fabrication purposes.

Overview:

In this module, participants will learn to perform structural analysis calculations and generate design reports using ETABS, SAFE, and RAM Connection software. They will gain hands-on experience in documenting analysis results, design assumptions, and code compliance.

Topics Covered:

Structural Analysis Calculations:

• Performing structural analysis calculations for RCC and steel structures.
• Calculating member forces, reactions, deflections, and stability checks.
• Implementing analytical methods and computational techniques for structural evaluation.

Design Reports Generation:

• Generating design reports documenting analysis results and design assumptions.
• Formatting reports to include code compliance checks, design criteria, and recommended actions.
• Reviewing and interpreting analysis reports for structural evaluation and design validation.

Reporting Best Practices:

• Ensuring clarity, accuracy, and completeness in design reports.
• Incorporating graphical representations, tables, and charts for enhanced visualization.
• Communicating analysis findings and design recommendations effectively to stakeholders.

Overview:

This module focuses on creating detailed structural drawings and detailing using ETABS, SAFE, and CAD software. Participants will learn to generate plans, elevations, sections, and details for RCC and steel structures, ensuring compliance with building codes and standards.

Topics Covered:

Introduction to Structural Drawing Preparation:

• Understanding the importance of structural drawings in construction projects.
• Overview of drawing standards, symbols, and conventions used in structural engineering.

Creating Structural Drawings in AutoCAD

• Generating plans, elevations, and sections for RCC and steel structures using ETABS and SAFE software.
• Adding structural annotations, dimensions, and labels to drawings.
• Incorporating reinforcement detailing for RCC elements in structural drawings.

Detailing Steel Connections in CAD Software:

• Creating detailed drawings for steel connections using CAD software.
• Illustrating connection details, welds, bolts, and material specifications.
• Ensuring accuracy and clarity in connection detailing for fabrication and construction purposes.

Reviewing and Finalizing Structural Drawings:

• Conducting quality checks and reviews of structural drawings.
• Ensuring compliance with building codes, design standards, and project specifications.
• Finalizing drawings for submission, approval, and construction documentation.

Overview:

In this final module, participants will integrate their knowledge and skills acquired throughout the course by working on real-world case studies and projects. They will apply structural analysis, design principles, and drawing preparation techniques to solve practical engineering problems and challenges.

Topics Covered:

Project Integration and Collaboration:

• Collaborating with peers to analyze, design, and document structural engineering projects.
• Integrating interdisciplinary knowledge and skills to address project requirements and constraints.
• Applying effective communication and teamwork strategies to achieve project goals.

Case Study Analysis:

• Analyzing real-world case studies of RCC and steel structures.
• Identifying structural challenges, design considerations, and solutions implemented in practice.
• Extracting lessons learned and best practices from case studies to inform future projects.

Project Presentation and Documentation:

• Preparing project presentations and documentation showcasing analysis, design, and drawing outputs.
• Communicating project findings, recommendations, and outcomes effectively to stakeholders.

Highlighting key insights, innovative solutions, and lessons learned from project experiences.

By the end of this module, participants will have gained practical experience in applying structural analysis and design principles to real-world engineering projects, preparing them for success in their careers as structural engineers and designers.