Learning Autodesk Revit MEP 2016

Learn Revit MEP 2016: A Beginner's Guide to Mechanical, Electrical & Plumbing Design

This comprehensive Revit MEP 2016 training course, led by expert author Tim Dundr, is perfect for those with no prior Revit MEP experience. Start your journey into building systems design with a solid foundation in this powerful software.

What you'll discover:

• Revit MEP 2016 Interface Mastery: Begin with a detailed tour of the Revit 2016 user interface. Learn how to customize your workspace and efficiently utilize keyboard shortcuts for faster workflows.
• Essential Creation & Editing Tools: Gain proficiency in fundamental tools like copy, paste, rotate, mirror, extend, and trim. These skills are crucial for building accurate and efficient MEP models.
• Project Setup & MEP Fundamentals: Tim guides you through creating a new MEP project, explaining the key elements: views, spaces, and zones. Understand the building context for effective design.
• In-Depth MEP Systems: Explore core MEP disciplines, including:
  • HVAC (Heating, Ventilation, and Air Conditioning) design principles.
  • Hydronic Piping Systems: Learn to model and analyze water-based heating and cooling systems.
  • Plumbing and Fire Protection Systems: Understand the design and modeling of essential building systems.
  • Electrical Systems: Model electrical circuits and components.
  • Electrical Panel Schedules: Learn to create and manage electrical panel documentation.
• Documentation & Collaboration: Master essential documentation techniques, including setting up and utilizing worksharing for seamless team collaboration.
• Project Presentation: Discover how to effectively present your finished Revit MEP projects.

This computer-based training provides hands-on learning with working files included – allowing you to follow along with Tim Dundr throughout each lesson. By the end of this course, you'll possess the knowledge and skills to confidently create your own MEP projects in Revit MEP 2016. Develop a strong understanding of building performance analysis and become proficient in designing efficient and sustainable mechanical, electrical, and plumbing systems.