Revit Structure Training | CADD Courses | Cube CAD Center

Revit Structure Training at Cube CAD Center

Looking for Revit Structure training in Ahmedabad? Cube CAD Center offers expert-level training designed to help you master Revit Structure, the industry-standard Building Information Modeling (BIM) software widely used for structural design and analysis in construction and engineering projects.

What is Revit Structure?

Revit Structure is a powerful BIM software that enables structural engineers and designers to create detailed 3D models of buildings, including load-bearing elements such as beams, columns, foundations, and more. Revit Structure helps professionals design, analyze, and manage structural systems efficiently while ensuring collaboration between architectural, mechanical, and electrical teams. With its data-rich environment, it supports the entire project lifecycle from design to construction documentation.

Use of Revit Structure

Revit Structure plays a crucial role in various stages of building design, such as:

Structural Modeling: Create highly detailed and accurate 3D models of structures, including beams, columns, floors, and foundations.
Collaboration: Seamlessly collaborate with architects, MEP engineers, and construction teams in a shared BIM environment.
Structural Analysis and Design: Integrate Revit Structure with structural analysis tools to simulate real-world behavior and validate designs.
Construction Documentation: Automatically generate structural drawings and construction documents, reducing errors and enhancing productivity.
Project Coordination: Use Revit's coordination tools to detect clashes between structural, architectural, and MEP elements before construction.
Material Estimation and Quantities: Extract accurate material quantities and cost estimates directly from the model.

Whom Should Learn Revit Structure?

Revit Structure is ideal for:

Structural Engineers: Improve your ability to design, analyze, and document structural systems in a BIM environment.
Civil Engineers: Learn how to coordinate with architects and MEP professionals using a shared BIM platform.
BIM Managers/Coordinators: Gain expertise in managing and coordinating building information models in multi-disciplinary teams.
Design Engineers: Improve efficiency in structural design and project execution using advanced BIM tools.
Construction Professionals: Learn how to use Revit Structure to streamline construction workflows, improve coordination, and minimize risks.

If you're passionate about pursuing a career in structural design or BIM management, learning Revit Structure will open doors to numerous opportunities in the construction and engineering industries.

Career Opportunities with Revit Structure

After completing your Revit Structure training, you can pursue various roles in the structural and construction industries, including:

Structural Engineer
Revit Structure Modeler
BIM Coordinator
Structural Drafter
BIM Manager
Construction Project Manager
Structural Design Engineer

Revit Structure expertise is in high demand in the construction industry, as it helps companies reduce costs, improve efficiency, and minimize risks during construction.

Key Benefits of Learning Revit Structure at Cube CAD Center

At Cube CAD Center, we offer comprehensive Revit Structure training to help you develop a strong understanding of the software and its applications in real-world projects. Here’s why you should choose us for your Revit Structure training:

Industry-Standard Curriculum: Our curriculum follows the latest industry standards to ensure you are learning the most up-to-date techniques.
Hands-on Experience: Gain practical knowledge through real-world projects, ensuring you are ready for the workplace upon completion.
Experienced Trainers: Learn from industry professionals with years of experience working with Revit Structure in structural design and BIM environments.
Collaborative Learning: Understand how to work with cross-disciplinary teams (architects, engineers, and contractors) in a BIM environment.
Advanced Structural Analysis: Learn to integrate Revit Structure with other tools for structural analysis, improving your designs and efficiency.
Job Placement Assistance: Cube CAD Center offers placement support, connecting you with top companies in the construction and engineering sectors.
Flexible Learning Options: We offer flexible training schedules, including weekend and evening batches, to suit your availability.
State-of-the-Art Infrastructure: Learn in a fully equipped training facility with the latest Revit Structure software and technology.
Personalized Support: Receive one-on-one support from instructors to help you clear doubts and improve your skills throughout the course.

Why Choose Cube CAD Center for Revit Structure Training in Ahmedabad?

Reputed Training Center: Cube CAD Center is a leading name for CAD and BIM training in Ahmedabad with a proven track record of successful graduates.
Affordable Training: Our courses are competitively priced, offering excellent value for the quality of training provided.
Real-World Applications: Our hands-on approach ensures you are prepared to work on live projects, gaining skills directly applicable to the industry.
Comprehensive Learning Support: We offer continuous support, from course enrollment to job placement assistance, helping you achieve career success.
Cutting-Edge Software: Learn the latest version of Revit Structure and stay ahead in the competitive job market.

Start your journey towards a successful career in Revit Structure today with Cube CAD Center in Ahmedabad. Learn from the best, and gain the skills needed to excel in the fast-growing field of structural design and BIM management!

60-Day Revit Structure Training Schedule at Cube CAD Center

Our Revit Structure course at Cube CAD Center is designed to take you from a beginner to an expert, providing a comprehensive, hands-on experience over 60 days. The course focuses on practical, real-world applications in structural design, BIM modeling, and project coordination. This 60-day training schedule will ensure that you master Revit Structure in a structured and systematic manner.

Week 1: Introduction and Basic Tools

Day 1: Introduction to Revit Structure

Overview of Revit and Building Information Modeling (BIM)
Interface Introduction: Ribbon, Properties, Project Browser, and Viewport
Setting up a new project

Day 2: Basic Drawing Tools

Drawing Basic Elements: Walls, Columns, Floors, and Roofs
Modifying Basic Elements: Move, Rotate, Copy, and Scale
Working with the Properties Palette

Day 3: Working with Levels and Grids

Creating and Modifying Levels and Grids
Defining Reference Levels in Structural Projects
Basic Project Setup: View Templates

Day 4: Structural Walls and Foundations

Drawing and Modifying Structural Walls
Creating Foundations and Footings
Understanding Wall Types and Material Selection

Day 5: Creating and Modifying Columns

Column Placement: Types and Parameters
Working with Structural Columns
Creating Custom Column Types

Day 6: Introduction to 3D Views and Navigation

Introduction to 3D Modeling in Revit
Viewing in 3D: Section Boxes, Camera Views
Navigating and Rotating Models

Day 7: Review and Practice

Hands-on practice using basic tools and elements
Mini-project: Create a simple floor plan with walls, columns, and foundations

Week 2: Advanced Drawing Tools and Structural Elements

Day 8: Structural Floors and Roofs

Drawing Floors and Roof Elements
Modifying Floor and Roof Types
Creating Sloped Roofs

Day 9: Working with Beams and Beam Systems

Placing and Modifying Beams
Understanding Beam Systems and Connections
Structural Modifications for Beam Layouts

Day 10: Working with Stairways and Ramps

Drawing and Modifying Stairs
Creating and Editing Ramp Structures
Understanding Structural Load Transfer

Day 11: Introduction to Revit Families for Structures

Understanding Revit Families: Structural Components
Loading and Creating Structural Families (Columns, Beams, etc.)
Customizing Revit Families for Structural Use

Day 12: Placing and Modifying Structural Foundations

Creating Concrete and Pile Foundations
Foundation Modifications and Customization

Day 13: Revit Grid Systems and Aligning Elements

Setting up and Modifying Grid Systems
Working with Grid Alignment and Placement
Using Grid Systems to Organize Structural Models

Day 14: Review and Practice

Mini-project: Create a 3D structure with beams, columns, and floors
Practice with alignment, grids, and foundations

Week 3: Working with Views and Structural Documentation

Day 15: Creating and Modifying Sections and Elevations

Creating Sections and Elevation Views
Working with Callouts and Detail Views
Modifying Section and Elevation Properties

Day 16: Introduction to Schedules in Revit

Understanding Revit Schedules for Structural Elements
Creating Structural Schedules (Columns, Beams, Foundations, etc.)
Modifying Schedule Views and Parameters

Day 17: Detailing and Annotation

Adding Dimensions, Text, and Tags to Views
Detail Lines and Detail Components
Creating Custom Annotations

Day 18: Creating and Working with Drafting Views

Creating and Modifying Drafting Views for Documentation
Adding Detail Components and Annotations

Day 19: Working with Sheets and Print Setup

Creating Sheets and Assigning Views to Sheets
Setting up Print Templates for Construction Documentation
Exporting and Printing to PDF

Day 20: Using View Filters and View Templates

Managing Views in a Revit Project
Applying View Filters and Templates for Better Visualization
Understanding Visibility and Graphic Display Options

Day 21: Review and Practice

Hands-on practice with sections, elevations, and schedules
Mini-project: Set up a project with views, sections, schedules, and documentation

Week 4: Structural Design and Analysis Integration

Day 22: Introduction to Structural Analysis Tools

Structural Analysis Concepts
Integrating Revit with Structural Analysis Software
Using Analytical Models in Revit

Day 23: Working with Loads and Load-bearing Elements

Understanding Load Types (Dead Loads, Live Loads, etc.)
Placing Load-bearing Elements and Applying Loads

Day 24: Coordination with Other Disciplines

Coordinating with Architecture, MEP, and Structural Models
Detecting Clashes and Coordination with Navisworks

Day 25: Reinforcement in Revit Structure

Placing and Modifying Rebars
Working with Revit’s Reinforcement Tools
Customizing Reinforcement for Structural Elements

Day 26: Advanced Beam and Column Design

Creating and Customizing Advanced Beam and Column Types
Adding Connections between Beams and Columns

Day 27: Structural Framing Systems and Connections

Creating and Modifying Structural Framing Systems
Connecting Structural Elements with Connections

Day 28: Review and Practice

Hands-on practice with advanced structural elements
Mini-project: Create a structural frame with reinforcement and framing systems

Week 5: Project Collaboration and Advanced Modeling Techniques

Day 29: Introduction to Revit Worksets and Worksharing

Working with Worksets for Team Collaboration
Setting up Central and Local Files for Worksharing

Day 30: Managing Shared Models and Team Coordination

Managing Project Files in a Multi-user Environment
Coordination between Structural, Architectural, and MEP Teams

Day 31: Importing and Exporting Data

Importing CAD Files into Revit Structure
Exporting Revit Models to IFC, AutoCAD, and Other Formats

Day 32: Advanced Family Creation for Structural Components

Creating Custom Structural Families for Revit
Modifying Existing Families and Parameter Management

Day 33: Working with Structural Connections and Analysis

Understanding Connection Types: Beam-to-Column, Truss Connections, etc.
Analyzing Structural Connections in Revit

Day 34: Clash Detection and Conflict Resolution

Using Navisworks for Clash Detection
Solving Structural Conflicts and Issues

Day 35: Review and Practice

Practice with worksets, imports, exports, and structural families
Hands-on project: Set up a collaborative project with structural components

Week 6: Final Project and Career Preparation

Day 36: Introduction to Final Project

Overview and scope of the final project
Assigning roles and project details

Day 37–39: Working on Final Project

Apply skills to develop a comprehensive Revit Structure project
Individual work on structural models, schedules, and documentation

Day 40: Final Project Development (Continued)

Focus on project completion, adding details and refining design

Day 41: Preparing Structural Documentation

Finalizing Construction Documentation: Sheets, Views, and Annotations
Preparing Exportable Documents for Clients

Day 42: Final Project Presentation

Present final project to the instructor and peers
Receive feedback on modeling, coordination, and documentation

Day 43: Career Opportunities in Revit Structure

Exploring career paths for Revit Structure professionals
Building a portfolio for job applications

Day 44: Preparing for Job Interviews

Resume building and interview preparation tips
Practice mock interviews

Day 45–46: Final Review and Feedback

Review course materials and clear any remaining doubts
Final feedback session on course content and projects

Day 47–60: Placement Assistance and Continuing Education

Continued support for placement and career guidance
Ongoing practice on live projects
Placement assistance for Revit Structure-related job roles

Conclusion:

By the end of the 60-day Revit Structure course, you'll be well-equipped with the skills to confidently work on structural design projects, collaborate with cross-disciplinary teams, and generate detailed documentation in a professional BIM environment. Whether you're looking to start a career in structural design or elevate your existing skills, this course at Cube CAD Center will set you up for success in the competitive construction and engineering industries.

Please note: Course content is subject to change based on the applicable discount or promotional offer.

Join Now