# RISA 3D - Structural Analysis & Design

> Join Edoxi's 30-hour RISA 3D - Structural Analysis & Design online course. Learn structural modelling, finite element analysis, and code-compliant design.

## Course Details
- Rating: 4.9/5 (100 reviews)
- Category: Technical & Creative Design 
- Sub-Category: Revit

## Course Introduction
​Edoxi’s 30-hour online RISA 3D Structural Analysis & Design training builds advanced structural engineering skills.​ Learn structural modelling, finite element analysis, and code-compliant design while mastering RISA 3D fundamentals, load applications, and static & dynamic analysis. Work on real projects like RCC buildings and industrial steel structures. Enrol now to enhance your structural engineering skills and improve project efficiency.

## Course Overview
- Delivery Modes: Online
- Course Duration: 30 Hours
- Corporate Days: 4 Days
- Learners Enrolled: 50+
- Modules: 9

## What Do You Learn from Edoxi's RISA 3D - Structural Analysis & Design Training

**RISA 3D Software Fundamentals**
Master the user interface and essential navigation techniques. Develop proficiency in project setup and configuration of model properties.

**Structural Modelling Techniques**
Create complex structural elements, including beams, columns, and framing systems. Implement material properties and section profiles for accurate representation.

**Model Modification Methods**
Apply efficient editing workflows to adjust structural geometry and properties. Learn troubleshooting techniques for resolving common modelling challenges.

**Load Application Procedures**
Apply various load types, including dead, live, wind, and seismic forces. Create load combinations following industry standards and regional code requirements.

**Analysis Results Interpretation**
Evaluate internal forces, stresses, and deflections in structural elements. Identify critical design considerations through comprehensive results assessment.

**Member Design Optimisation**
Implement code-compliant design for steel and concrete structural elements. Optimise member sizes for both safety requirements and cost efficiency.

**Static & Dynamic Analysis**
Perform static analysis for gravity and lateral loads affecting structures. Execute dynamic analysis, including modal and response spectrum methods.

**Integration & Interoperability**
Utilise RISA-Revit link for seamless BIM workflow implementation. Export and import data between RISA 3D and other engineering platforms.

## About This Course
## About Our Online RISA 3D - Structural Analysis & Design Course 

Edoxi's 30-hour RISA 3D Structural Analysis & Design training equips you with expert-level skills in structural modelling, analysis, and code-compliant design.​ This corporate training emphasises practical application, finite element analysis, and BIM integration for enhanced project delivery efficiency. You can gain hands-on experience through real-world scenarios, troubleshooting sessions, and peer reviews that simulate actual workplace challenges. 

Our RISA 3D - Structural Analysis & Design curriculum covers fundamental software usage, advanced structural modelling of various elements (beams, columns, wall panels), and comprehensive load application procedures (dead, live, wind, seismic). It also includes in-depth analysis results interpretation, member design optimisation for steel and concrete, and both static and dynamic analysis techniques. Key integration capabilities like the RISA-Revit link and data exchange with other engineering platforms are also thoroughly explored.

This  RISA 3D - Structural Analysis & Design course is ideal for those who are looking to strengthen their structural analysis skills and improve efficiency in designing safe, reliable structures. Upon successful completion, participants gain RISA 3D - Structural Analysis & Design Certification from Edoxi. This credential showcases your ability to automate structural analysis workflows, enhance quality control, and improve cross-disciplinary coordination. It also opens up the doors for roles such as Structural Engineer, Design Engineer, or Project Coordinator.

Enrol now to develop practical, industry-ready skills that strengthen your expertise and increase your opportunities in structural engineering roles.

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## Key Features of Edoxi's RISA 3D - Structural Analysis & Design Training

**Real-World Project Practices**
Work on actual building types and structures commonly encountered in construction projects.

**Comprehensive Digital Resources**
Access detailed PDF manuals, software guides, and sample project files for continued reference.

**Live Troubleshooting Sessions**
Participate in error identification and resolution exercises that mirror workplace challenges.

**Code-Compliant Design Practice**
Work through exercises based on relevant structural codes and standards used in commercial projects.

**RISA Integration Capabilities**
Practice data exchange between RISA 3D and other RISA suite applications for comprehensive structural workflow management.

**Practical Documentation Methods**
Master standardised reporting techniques that improve communication within project teams.

## Who Can Join Our Online RISA 3D - Structural Analysis & Design Course

**Structural Engineers and Design Professionals**
Working engineers seeking to enhance their analytical capabilities and improve design efficiency within their organisations.

**BIM and CAD Specialists**
Professionals looking to strengthen the connection between structural analysis and building information modelling workflows.

**Construction Project Managers**
Team leaders want to understand structural design processes better and improve project coordination.

**Engineering Firms and Consultancies**
Organisations aiming to upskill their technical teams with advanced structural analysis capabilities.

**Infrastructure Development Teams**
Professionals working on large-scale infrastructure projects require sophisticated structural analysis.

**Engineering Graduates**
Recent graduates with basic structural engineering knowledge looking to gain practical software skills for employability.

## RISA 3D - Structural Analysis & Design Course Modules

### Module 1: Introduction to RISA-3D

**Chapter 1.1: Getting Started with RISA-3D**
- Lesson 1.1.1: RISA-3D Overview
- Lesson 1.1.2: Installation
- Lesson 1.1.3: User Interface and Navigation
- Lesson 1.1.4: Workflow Orientation
- Lesson 1.1.5: Starting RISA-3D
- Lesson 1.1.6: Project Setup and Units Configuration
- Lesson 1.1.7: Menus and Toolbars

### Module 2: Modeling Structures

**Chapter 2.1: Creating Structural Models**
- Lesson 2.1.1: Creating a New Model
- Lesson 2.1.2: Nodes, Members, Wall Panels, & Plates
- Lesson 2.1.3: Defining Material Properties
- Lesson 2.1.4: Applying Design Rules (Size / UC)
- Lesson 2.1.5: Assigning Boundary Conditions

### Module 3: Modifying Models

**Chapter 3.1: Editing and Enhancing Models**
- Lesson 3.1.1: Modifying Members
- Lesson 3.1.2: Drawing Wall Panels & Additional Framing
- Lesson 3.1.3: Drawing & Sub-meshing Plates

### Module 4: Load Applications

**Chapter 4.1: Defining Loads and Load Cases**
- Lesson 4.1.1: Area Loads
- Lesson 4.1.2: Surface Loads
- Lesson 4.1.3: Distributed Loads
- Lesson 4.1.4: Basic Load Case Spreadsheet
- Lesson 4.1.5: Self-Weight
- Lesson 4.1.6: Load Categories
- Lesson 4.1.7: Load Combinations & Load Cases (Manual & Auto)

### Module 5: Solving and Interpreting Results

**Chapter 5.1: Structural Analysis and Results**
- Lesson 5.1.1: Linear Static & Dynamic Analysis
- Lesson 5.1.2: Solving the Model
- Lesson 5.1.3: Viewing Graphic Results
- Lesson 5.1.4: Reviewing Member Forces, Moments & Reactions
- Lesson 5.1.5: Batch Solution
- Lesson 5.1.6: Envelope Solution
- Lesson 5.1.7: Optimizing Member Sizes

### Module 6: Member Design and Optimization

**Chapter 6.1: Code-Based Design and Optimisation**
- Lesson 6.1.1: Code-Based Design Checks (AISC, ASCE, etc.)
- Lesson 6.1.2: Automatic Size Optimization
- Lesson 6.1.3: Reviewing Unbraced Lengths, Slenderness & Unity Checks

### Module 7: Static and Dynamic Analysis

**Chapter 7.1: Advanced Analysis Techniques**
- Lesson 7.1.1: Dynamic Solution
- Lesson 7.1.2: Frequencies & Mode Shapes
- Lesson 7.1.3: Modal Analysis & Frequency Extraction
- Lesson 7.1.4: Response Spectrum Input & Results
- Lesson 7.1.5: Interpreting Dynamic Behaviour
- Lesson 7.1.6: Response Spectra Analysis

### Module 8: Integration and Interoperability

**Chapter 8.1: Linking with Other Software**
- Lesson 8.1.1: RISA–Revit Structure Link
- Lesson 8.1.2: CIS/2 Translator
- Lesson 8.1.3: RISA-3D & CAD Integration
- Lesson 8.1.4: Integration for Foundation Design

### Module 9: Reporting and Documentation

**Chapter 9.1: Reports and Submittal Preparation**
- Lesson 9.1.1: Creating Visual Result Plots (Moment, Shear, Deflection)
- Lesson 9.1.2: Tabular Reports & Design Summaries
- Lesson 9.1.3: Exporting Calculation Packages & Submittal Documents

## Hands-On Lab Activities

**Analysis and Design of Continuous Beam**
Model multi-span beams with various load combinations to optimise member sizes while ensuring code compliance.

**RCC Residential Building Analysis and Design**
Create a complete structural model of a residential building with appropriate loads and design parameters based on applicable regional or international building codes.

**RCC Commercial Building Analysis**
Develop a more complex commercial structure model, addressing specialised requirements like large spans, column-free areas, and mixed-use considerations.

**Steel Portal Frame Design**
Model and analyse industrial portal frames, incorporating wind loads, crane loads, and other specialised conditions common in manufacturing facilities.

**Industrial Steel Structure Design**
Design comprehensive industrial facilities with multiple bays, mezzanines, and equipment supports, optimising for both strength and economy.

**Concrete Panel Design**
Design reinforced concrete panels with varied supports, optimising thickness while ensuring structural integrity under multiple loading conditions.

## RISA 3D - Structural Analysis & Design Course Outcome and Career Opportunities
By completing RISA 3D - Structural Analysis & Design training, you develop solid structural analysis skills, practical tool proficiency, and the confidence to design complex structures with accuracy and efficiency. The following are the key outcomes:

- Gain advanced skills in structural modelling, finite element analysis, and code-compliant design, leading to improved project performance.
- Learn practical methods that reduce design time, minimise errors, and streamline project workflows.
- Develop strong BIM integration capabilities through seamless coordination between structural analysis and BIM tools such as the RISA–Revit link.
- Build the ability to optimise member sizes for safe, cost-effective, and efficient structural designs.
- Strengthen your understanding of regional and international building codes, ensuring all designs meet required standards.
- Adopt standardised workflows, documentation, and reporting practices that enhance communication and collaboration across project teams.

## Job Roles After Completing the RISA 3D - Structural Analysis & Design Training
Structural Engineer, Design Engineer, Project Coordinator, Project Manager, BIM Modeller / BIM Engineer

## RISA 3D - Structural Analysis & Design Training Options

**Online Training**
- 30 hours RISA 3D - Structural Analysis & Design Online Training
- Flexible Scheduling for Professionals
- Remote Software Installation Support
- Virtual Collaboration Tools

**Corporate Training**
- 4 days RISA 3D - Structural Analysis & Design Course
- Customisable Curriculum for Specific Needs
- Personalized 1:1 Attention
- Training delivered at a selected hotel, client premises, or Edoxi
- Fly-Me-a-Trainer Option
- Logistics, food and refreshments provided for corporate teams

## How to Get a RISA 3D - Structural Analysis & Design Certification?
Here’s a four-step guide to becoming a certified RISA 3D - Structural Analysis & Design professional.

1. Join Edoxi’s RISA 3D - Structural Analysis & Design Certification Course.
2. Attend our Expert-led RISA 3D - Structural Analysis & Design Training.
3. Complete the RISA 3D - Structural Analysis & Design Classes.
4. Earn your RISA 3D - Structural Analysis & Design course completion certificate.

## Why Choose Edoxi for an Online RISA 3D - Structural Analysis & Design Course?
With many training options available, Edoxi stands out as a top choice. Here’s why Edoxi’s RISA 3D – Structural Analysis & Design program is the best fit for you:


**Expert Industry Practitioners as Trainers**
Our instructors bring extensive experience from major global infrastructure and building projects, providing practical insights beyond standard software functionality.

**Global Presence with Local Expertise**
With established centers in Dubai, Qatar, and London, Edoxi delivers world-class training adapted to regional standards and industry requirements.

**Proven Track Record in Corporate Training**
Our specialised RISA 3D programs have successfully upskilled engineering teams from leading consultancies, contractors, and government organisations worldwide.

**Practical Hands-On Training Methodology**
Over 70% of the course time focuses on real structural analysis exercises using actual building and infrastructure projects relevant to regional requirements.

## Frequently Asked Questions

**Q: How will this RISA 3D - Structural Analysis & Design course benefit our engineering firm?**
A: Your organisation will gain improved structural analysis efficiency, reduced design time, enhanced BIM integration capabilities, and standardised documentation processes, directly impacting project delivery timelines and quality.

**Q: Can we customise the RISA 3D - Structural Analysis & Design training for our specific structural projects?**
A: Yes, corporate training options allow customisation to focus on specific project types, building codes, or structural systems relevant to your organisation's portfolio and regional requirements.

**Q: How does the structure behave under different loads?**
A: The RISA 3D - Structural Analysis & Design course thoroughly covers multiple load applications, including static, dynamic, and seismic loads. Participants learn to analyse structural responses to various load combinations using RISA 3D's powerful analysis tools.

**Q: What are the internal forces and stresses in the members?**
A: RISA 3D provides a comprehensive analysis of internal forces, stresses, and deflections. The course teaches participants to interpret these results and optimise structural designs accordingly.

**Q: How does the structure respond to dynamic loads like earthquakes?**
A: Dynamic analysis modules include modal analysis, response spectrum methods, and time history analysis to help you assess structural performance under seismic and dynamic loads.

**Q: Can the structure withstand applied loads and meet code requirements?**
A: The course extensively covers code-compliant design according to industry standards like AISC and ASCE 7, ensuring participants can verify structural adequacy against relevant building codes.

**Q: What documentation capabilities does RISA 3D offer?**
A: Participants learn to generate comprehensive analysis reports, design documentation, and BIM-compatible outputs that facilitate clear communication with clients, authorities, and other project stakeholders.

**Q: How does this RISA 3D - Structural Analysis & Design course address BIM integration?**
A: A dedicated module covers RISA-Revit linking, model synchronisation, and data exchange workflows, ensuring seamless integration between structural analysis and BIM environments.

**Q: What ongoing support is available after RISA 3D - Structural Analysis & Design training completion?**
A: Participants receive reference materials, sample project files, and access to troubleshooting resources. Corporate clients can also arrange for follow-up consultation sessions as teams implement their new skills.

**Q: How much can professionals with RISA 3D skills expect to earn?**
A: Professionals skilled in RISA 3D typically earn salaries comparable to structural engineering roles, generally ranging from about $70,000 to over $100,000 per year, depending on experience and job position.

## Trainer
- Name: Madhava RA
- Designation: Autocad Trainer
Madhava RA is a highly experienced civil engineering professional with over 30 years of industry expertise, including 15 years in specialized CAD and infrastructure design training. He holds both a Bachelor’s Degree in Civil Engineering (B.E.) and a Diploma in Civil Engineering (DCE). His diverse certification portfolio includes MicroStation, AutoCAD Civil 3D, REVIT Suite, TEKLA, STAAD Pro, ArcGIS, and several advanced structural analysis applications. This makes him a versatile instructor capable of guiding learners across multiple CAD platforms and engineering design disciplines.

Madhava has successfully trained more than 3,000 students, helping them develop practical skills to excel in real-world engineering projects. His teaching approach blends theoretical knowledge with practical insights, ensuring learners gain both competence and confidence in applying design tools. His ability to simplify complex concepts, deliver industry-relevant training, and mentor aspiring engineers makes him a trusted guide for professionals seeking career growth in engineering and design.

## Enrol in This Course
- Course URL: https://www.edoxi.com/risa-3d-course
- Phone: +971 43801666
- Email: info@edoxi.com