Draw, Design, and Document Your Structure Projects - AulaGEO

Unlock the Power of Revit for Structural Design

Master Building Information Modeling (BIM) with Revit, the industry-leading software for structural engineering. This comprehensive course equips you with the skills to efficiently design, analyze, and document structural projects, significantly improving speed and quality.

Course Objective: Become proficient in Revit for structural design, from initial drawing and modeling to comprehensive document management. Learn to create high-quality plans, build and analyze structural models, and streamline project workflows using BIM.

Key Features:

• Revit Drawing Tools: Effectively utilize Revit's drawing tools to design a wide range of building structures.
• Custom Templates & Export: Create tailored Revit templates and seamlessly export data to other calculation programs.
• Detailed Structural Plans: Generate professional structural plans, elevations, and sections with ease.
• Structural Analysis Integration: Perform static calculations in the cloud and advanced analyses using Robot Structural Analysis.
• Load & Reaction Analysis: Create and analyze loads and reactions within your structural models.
• Efficient Documentation: Present high-quality results quickly through optimized documentation practices.
• Real-World Workflow: Follow a step-by-step guide based on best practices for real-life structural projects.

What You Will Learn:

• Revit Fundamentals: Understand the basics of Revit software and its user interface.
• Structural Element Creation: Learn to create and modify essential structural elements, including grids, levels, columns, beams, foundations, and walls.
• Load & Analysis: Master the design and analysis of load cases, load combinations, and edge conditions.
• BIM Best Practices: Implement best practices for BIM-based structural design in Revit.
• Practical Applications: Apply your knowledge through practical examples involving both concrete and steel structures.
• Software Integration: Integrate Revit with specialized software like Robot Structural Analysis for advanced analysis.

Course Orientation: This course emphasizes hands-on practice through a personal project, focusing on practical tips and real-world scenarios. You'll receive updated course content and prepared files to progressively build your skills.

Target Audience: This course is ideal for civil and structural engineers, architects, and anyone seeking to specialize in building design using BIM technology.

Languages: English with subtitles available in German, Arabic, Chinese, Korean, Danish, French, Greek, Dutch, Hebrew, Indonesian, Italian, Japanese, Portuguese, Polish, Persian, Russian, Swedish, Thai, Turkish, and Vietnamese.

Course Curriculum:

• Section 1: Introduction
  • Lecture 1: Introduction
• Section 2: User Interface
  • Lecture 2: The Ribbon
  • Lecture 3: User Interface
• Section 3: Drawing Tools
  • Lecture 4: Workflow in Revit Structure
  • Lecture 5: Revit Structure Template
  • Lecture 6: Grids and Levels
  • Lecture 7: Column Placement
  • Lecture 8: Beam Placement
  • Lecture 9: Beam Systems
  • Lecture 10: Flooring
  • Lecture 11: Bracing
  • Lecture 12: Trusses
  • Lecture 13: Structural Walls
  • Lecture 14: Foundations
  • Lecture 15: Metallic Reinforcement
  • Lecture 16: Connected to Robot Structural Analysis
• Section 4: Analytical Model
  • Lecture 17: Creation of Load Cases
  • Lecture 18: Load Combinations
  • Lecture 19: Load Application
  • Lecture 20: Edge Conditions
• Section 5: Practices
  • Lecture 21: Concrete Practical Example - Part 1
  • Lecture 22: Concrete Practical Example - Part 2
  • Lecture 23: Concrete Practical Example - Part 3
  • Lecture 24: Practical Example Steel - Part 1
  • Lecture 25: Practical Example Steel - Part 2
• Section 6: Conclusion
  • Lecture 26: Farewell

Ready to design, analyze, and document structural projects with confidence? Enroll today and master Revit for structural design!