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COURSE OVERVIEW:

REVIT MEP is a strong design and construction software that assists mechanical, electrical, and plumbing (MEP) engineers in saving time and money while developing ground-breaking projects. Its drafting capabilities enable great drawings to be created faster than ever before. Engineers can visually assess their designs before they go into production thanks to the comprehensive 3D modelling features.

Due to erroneous information in the documentation, significant mistakes could be made during fabrication or on-site installation without Revit MEP. Such errors can result in inoperable systems, project completion delays, increased costs, and hours of frustration. Revit MEP is vital for engineers who want to remain ahead of the competition while saving time and money.

Enrol in the REVIT MEP course at Eisqatar Training Institute to take your profession to new heights. With our experienced professionals as instructors, you will obtain all of the necessary information for dealing with MEP systems properly. We will also help you fine-tune designs, fix problems, and optimize workflows. Join us today to gain access to a world of advanced 3D building information modelling tools.

  • Comprehensive Learning: Covers mechanical, electrical, and plumbing design.
  • Industry-Relevant Skills: Equips you with practical skills for real-world projects.
  • Hands-On Training: Emphasizes practical exercises and project work.
  • Expert Instructors: Taught by experienced Revit MEP experts.
  • Project-Based Learning: Simulates real-world scenarios for problem-solving.
  • Certification Prep: Helps you prepare for Autodesk's certification exams.
  • Collaboration Skills: Teaches effective teamwork and coordination with other disciplines.
  • BIM Integration: Focuses on Building Information Modelling (BIM) for efficiency.
  • Latest Software: Keeps you updated with the latest Revit MEP features.
  • Flexible Learning: Offers various formats like in-person, online, and self-paced options.
  • Networking: Provides opportunities to connect with industry professionals.
  • Career Boost: Opens doors to new opportunities and career advancement.
  • Continuing Education: Access to resources and updates for ongoing learning and growth.

  • MEP Engineers & Designers: Ideal for those in mechanical, electrical, and plumbing fields to enhance design skills.
  • Architects: Learn to collaborate on MEP systems for better building design.
  • Construction Professionals: Gain insights into MEP systems for project planning and execution.
  • Drafters & CAD Technicians: Upgrade skills from 2D drafting to 3D modelling and BIM workflows.
  • Facility Managers: Understand digital documentation for effective facility management.
  • Students & Educators: Students gain a competitive edge, and educators can integrate Revit MEP into their curriculum.
  • General Interest: Suitable for anyone curious about MEP design and engineering, regardless of their background.
  • Basic Computer Skills: Comfort with using a computer is essential.
  • Educational Background: Typically, no specific educational prerequisites.
  • Industry Experience: Recommended but not mandatory, especially in MEP fields.
  • Software Familiarity: Helpful but not required; knowing CAD software is a plus.
  • Training Prerequisites: Some courses may have prerequisites.
  • Access to Software: Ensure access to Revit MEP software.
  • Course Fees: Be prepared to pay course fees.
  • Age Restrictions: Generally, no age restrictions apply.
    Module 1: Introduction to Revit MEP
  • Overview of Building Information Modelling (BIM)
  • Understanding the Revit MEP Interface
  • Navigating the Revit Environment
  • Creating and Managing Projects

  • Module 2: Basic Tools and Commands
  • Building Elements (Walls, Floors, Roofs)
  • Placing and Modifying Doors and Windows
  • Adding Rooms and Spaces
  • Creating Basic Views and Sheets

  • Module 3: Mechanical Systems
  • HVAC (Heating, Ventilation, and Air Conditioning) Systems
  • Modeling Ductwork and Equipment
  • Setting Up Airflow Analysis
  • Energy Analysis Tools

  • Module 4: Electrical Systems
  • Electrical Components (Circuiting, Panels, Lighting)
  • Designing Electrical Circuits
  • Lighting Analysis and Fixture Placement
  • Load Calculations

  • Module 5: Plumbing and Fire Protection Systems
  • Creating Plumbing Systems (Pipes, Fixtures)
  • Fire Protection Systems (Sprinklers, Standpipes)
  • Pipe Layout and Sizing
  • Hydraulic Calculations

  • Module 6: Collaborative Workflows
  • Coordination with Architects and Structural Engineers
  • Sharing Models and Data
  • Clash Detection and Resolution
  • Exporting and Importing Files

  • Module 7: Advanced Topics
  • Family Creation for Custom Components
  • Parametric Design and Analysis
  • Building Performance Analysis
  • Work sharing and Collaboration

  • Module 8: Certification Exam Preparation
  • Tips for Exam Success
  • Practice Exams and Sample Questions
  • Reviewing Key Concepts

  • Module 9: Project Work
  • Applying Knowledge to Real-World Projects
  • Project Management and Documentation
  • Presentation and Reporting

  • Module 10: Advanced Project Work (Optional)
  • Advanced MEP Systems and Features
  • Complex Design Scenarios
  • Final Project Presentation