Course Overview:
This 1-month part-time skill development course in STAAD.Pro is designed to empower Indian students with the knowledge and practical skills necessary for self-employment and career growth in structural engineering and design. STAAD.Pro is a widely used software for structural analysis and design, and this course covers essential topics to master its usage effectively.
Course Objectives:
To provide a comprehensive understanding of STAAD.Pro software.
To teach students how to create structural models for analysis and design.
To enable students to perform structural analysis and generate reports.
To familiarize students with steel and concrete design principles.
To equip students with skills for self-employment in structural engineering.
Course Teaching Methodology:
Lectures: In-depth theoretical sessions to explain concepts.
Practical Workshops: Hands-on practice with STAAD.Pro software.
Assignments: Real-world structural modeling and design tasks.
Project Work: Building a structural model and performing analysis.
Group Discussions: Encouraging interaction and problem-solving.
Guest Lectures: Industry experts sharing insights.
Importance for Learners in Career Growth and Self-Employment:
STAAD.Pro proficiency is highly sought after in the field of structural engineering.
Self-employment potential through freelance structural design projects.
In-demand skills for analyzing and designing structures in various industries.
Ability to create safe and efficient structural designs.
Syllabus:
Module 1: Introduction to STAAD.PRO
Starting STAAD.Pro
Creating New Files
STAAD.Pro Screen Information
Overview of Structural Analysis and Design
Types of Structures
Idealization of Structures
STAAD Commands
Module 2: Structural Modeling
Nodes, Beams, and Plates
Input File Structure
Geometry Creation Methods
Using Structure Wizard
Viewing and Selecting Elements
3D Geometry Viewing
Module 3: Post Processing
Node Displacement
Node Reactions
Beam Forces and Stresses
Beam Graphs
Plate Results Along Line
Animation
Reports
Module 4: Analysis
Analysis Specifications
Print Specifications
Pre and Post Analysis Print Commands
Load List Specifications
Report Generation
Output Files
Module 5: Loading Particulars
Selfweight Loading
Member Loading
Area/Floor Loading
Seismic and Wind Load
Load Combinations
Module 6: Steel Design
Steel Design as per IS: 800
Allowable Stresses
Axial, Bending, and Shear Stresses
Combined Stress
Parameter Specifications
Code Checking
Member Selection
Tabulated Results
Interactive Designs
Module 7: Concrete Design
Concrete Design as per IS: 456
Design Parameters
Flexure and Shear Design
Column Design
Concrete Design Specifications
Concrete Design Parameters
Concrete Design Commands
Beam and Column Design Brief
Please note that the course contents can be modified based on learner requirements or specific location preferences. This syllabus provides students with the knowledge and skills necessary to excel in structural engineering and design using STAAD.Pro, fostering opportunities for self-employment and career growth in the field.
Course Title: STAAD.Pro ( Skill Development )
Course Overview:
This 1-month part-time skill development course in STAAD.Pro is designed to empower Indian students with the knowledge and practical skills necessary for self-employment and career growth in structural engineering and design. STAAD.Pro is a widely used software for structural analysis and design, and this course covers essential topics to master its usage effectively.
Course Objectives:
To provide a comprehensive understanding of STAAD.Pro software.
To teach students how to create structural models for analysis and design.
To enable students to perform structural analysis and generate reports.
To familiarize students with steel and concrete design principles.
To equip students with skills for self-employment in structural engineering.
Course Teaching Methodology:
Lectures: In-depth theoretical sessions to explain concepts.
Practical Workshops: Hands-on practice with STAAD.Pro software.
Assignments: Real-world structural modeling and design tasks.
Project Work: Building a structural model and performing analysis.
Group Discussions: Encouraging interaction and problem-solving.
Guest Lectures: Industry experts sharing insights.
Importance for Learners in Career Growth and Self-Employment:
STAAD.Pro proficiency is highly sought after in the field of structural engineering.
Self-employment potential through freelance structural design projects.
In-demand skills for analyzing and designing structures in various industries.
Ability to create safe and efficient structural designs.
Syllabus:
Module 1: Introduction to STAAD.PRO
Starting STAAD.Pro
Creating New Files
STAAD.Pro Screen Information
Overview of Structural Analysis and Design
Types of Structures
Idealization of Structures
STAAD Commands
Module 2: Structural Modeling
Nodes, Beams, and Plates
Input File Structure
Geometry Creation Methods
Using Structure Wizard
Viewing and Selecting Elements
3D Geometry Viewing
Module 3: Post Processing
Node Displacement
Node Reactions
Beam Forces and Stresses
Beam Graphs
Plate Results Along Line
Animation
Reports
Module 4: Analysis
Analysis Specifications
Print Specifications
Pre and Post Analysis Print Commands
Load List Specifications
Report Generation
Output Files
Module 5: Loading Particulars
Selfweight Loading
Member Loading
Area/Floor Loading
Seismic and Wind Load
Load Combinations
Module 6: Steel Design
Steel Design as per IS: 800
Allowable Stresses
Axial, Bending, and Shear Stresses
Combined Stress
Parameter Specifications
Code Checking
Member Selection
Tabulated Results
Interactive Designs
Module 7: Concrete Design
Concrete Design as per IS: 456
Design Parameters
Flexure and Shear Design
Column Design
Concrete Design Specifications
Concrete Design Parameters
Concrete Design Commands
Beam and Column Design Brief
Please note that the course contents can be modified based on learner requirements or specific location preferences. This syllabus provides students with the knowledge and skills necessary to excel in structural engineering and design using STAAD.Pro, fostering opportunities for self-employment and career growth in the field.
