3 Months
Course Duration
MechEase Institute
Civil Structural Design · STAAD.Pro
STAAD.Pro Structural Design Course
Learn STAAD.Pro for structural analysis and design through practical workflows covering model generation, editing, load application, analysis setup, concrete and steel design, dynamic and seismic analysis, foundation and water tank design, and reporting. The course also includes RC Designer, STAAD.Beava exposure, advanced design using STAAD RCDC, and project-based practice to build industry-ready structural design skills.
Practical structural analysis and design workflows with STAAD tools
11+
Industry Mentors
Online / Offline
Classroom + Live
Our learners work with leading engineering and construction teams
L&T
Tata Projects
Afcons
NCC
Shapoorji Pallonji
HCC
4 key benefits of learning STAAD Pro + RCDC from us
- Complete Structural Workflow Training : Learn the end-to-end STAAD workflow from model generation and loading to analysis, design, and reporting.
- RCC & Steel Design Practice : Build practical competency in concrete and steel design, including RC Designer and advanced RCDC-based design workflows.
- Dynamic & Seismic Analysis Exposure : Understand seismic behavior, dynamic analysis concepts, and response spectrum fundamentals in structural projects.
- Project-Based Learning : Apply concepts through mini projects and a final project covering analysis, design checks, and report generation.
Skills & Tools
STAAD.Pro Skills You'll Build
Develop practical structural analysis and design capabilities from modeling and loading to design outputs and project reporting.
- STAAD.Pro V8i
- STAAD Editor
- Overview of Structural Analysis and Design
- Getting Started
- GUI and Navigation
- Manual Structural Calculation Basics
- Grid Creation and Coordinate Systems
- Node Creation
- Beam Creation
- Structure Wizard
- Selection and Model Editing Tools
- Support Specification
- Member and Material Specification
- Load Definition and Load Combination
- Introduction to Structural Analysis
- Concrete Design in STAAD.Pro
- RC Designer
- Seismology and Dynamic Analysis
- Response Spectrum Analysis (RSA) Basics
- Steel Design
- Slab and Water Tank Design
- Stair and Shear Wall Design
- STAAD.Beava Overview
- Foundation Design
- Import and Export Workflow
- Report Generation
- RCDC Introduction
- Advanced Design using STAAD RCDC
- Project Modeling and Submission
About the STAAD.Pro Course
ABOUT THE COURSE
The STAAD.Pro Structural Analysis & Design course at MechEase Institute prepares students and professionals for practical structural engineering workflows. You will learn STAAD.Pro V8i and STAAD Editor fundamentals, model generation with coordinate systems and units, model editing and Structure Wizard, support/member/material specifications, loading and load combinations, and analysis setup. The curriculum extends to concrete design, RC Designer, seismic and dynamic analysis, steel design, slab/water tank/stair and shear wall design, foundation design, and advanced design using STAAD RCDC. Training includes reporting workflows, mini projects, and final project practice for industry-focused structural design delivery.
Course Curriculum
STAAD.Pro Structural Analysis & Design Syllabus
A structured curriculum covering STAAD fundamentals, model creation, specifications, loading, analysis, RCC and steel design, dynamic workflows, foundation design, reporting, RCDC integration, and final project execution.
01 Overview
Structural analysis and design overview, course orientation, foundational concepts
02 Getting Started, GUI & Navigation
Software startup, GUI exploration, navigation controls, workflow orientation
03 Manual Calculation
Manual calculation approach, preliminary design checks, engineering basics
04 Grids
Grid setup, reference lines, model layout planning
05 Node Creation
Node creation, coordinate entry, nodal control for model geometry
06 Beam Creation
Member generation, beam connectivity, structural framing setup
07 Structure Wizard
Parametric model generation using Structure Wizard, template-based setup
08 Practice Exercises
Guided practice exercises, model-building drills, workflow reinforcement
09 Select Menu
Selection tools, object filtering, efficient model handling
10 Model Editing Tools
Geometry editing, model cleanup, modification and correction workflows
11 Specification
Support, member, and material specification setup for analysis-ready models
12 Loading Fundamentals
Load definition basics, load case setup, initial loading workflows
13 Mini Project
Mini structural modeling project, specification and loading application
14 Loading & Load Combination
Load combinations, design load cases, code-oriented combination workflows
15 Introduction to Analysis
Analysis setup, solver run basics, interpretation of analytical behavior
16 Concrete Design in STAAD.Pro
RCC member design workflows, concrete design parameters, output interpretation
17 RC Designer
RC Designer introduction, detailed RCC design checks and refinement
18 Seismology & Dynamic Analysis
Seismic concepts, dynamic analysis fundamentals, RSA introduction
19 Steel Design
Steel member design, code checks, design optimization for steel structures
20 Slab & Water Tank Design
Slab design workflow, water tank design basics, design detailing considerations
21 Stairs & Shear Wall Design
Stair design fundamentals, shear wall behavior and design workflow
22 STAAD.Beava
STAAD.Beava overview, bridge and moving load-related exposure topics
23 Foundation Design
Foundation design workflow, support reactions and foundation-level design considerations
24 Foundation Design Practice
Additional foundation design exercise and practical model-based application
25 Import, Export & Report Generation
Model import/export workflow, report preparation, project documentation outputs
26 Final Project Stage 1
Final project setup, model definition, loading and analysis preparation
27 Introduction to RCDC
RCDC interface and workflow introduction, integration with STAAD outputs
28 Advanced Design using STAAD RCDC
Advanced RCC design workflows, detailing-oriented checks, optimization in RCDC
29 Report Preparation
Structured report generation, design summary, calculation and output presentation
30 Final Project
Complete structural analysis and design project with modeling, analysis, design checks, and final submission
Beyond Classroom Training
Practical structural design practice with guided project workflows and reporting support.
Hands-On Model Building
Practice grids, nodes, beams, specifications, and editing tools to build analysis-ready structural models.
Design Documentation Skills
Develop professional reporting skills through import-export workflows, result interpretation, and structured design reports.
RCDC Integration Exposure
Learn how STAAD analysis outputs connect with RCDC for advanced reinforced concrete design workflows.
Capstone Project Delivery
Complete and submit a final structural design project demonstrating software workflow and engineering application.
Register Yourself
Start STAAD.Pro Training At MechEase
Build practical structural analysis and design skills using STAAD.Pro and RCDC through guided modeling, design checks, dynamic analysis exposure, and project-based training.
ISO Certificate · 100% Placement Assistance · Online or Offline
FAQ
Frequently Asked Questions
Who can join the STAAD.Pro structural design course?
Civil engineering students, diploma holders, graduates, and working professionals interested in structural analysis and design can join this course.
Do I need prior STAAD.Pro experience?
No. The training starts from software overview, GUI navigation, and basic model creation before progressing to analysis and design modules.
Does the course cover both RCC and steel design?
Yes. The syllabus includes concrete design in STAAD.Pro, RC Designer, steel design, and advanced RCC workflows using STAAD RCDC.
Will dynamic and seismic analysis be included?
Yes. You will learn seismology basics, dynamic analysis concepts, and response spectrum analysis exposure as part of the course.
Are foundation, slab, water tank, and stair design topics covered?
Yes. The curriculum includes slab and water tank design, stairs and shear wall topics, and foundation design practice sessions.
Will I complete projects during this course?
Yes. The course includes practice exercises, a mini project, final project stages, report preparation, and complete project submission.