Overview
- Practice skills covered in the certification exam, including modeling, documentation, analysis, and collaboration. Review advanced modeling topics and learn to work with mechanical equipment, plumbing fixtures, and duct and piping systems. Learn about family categories, phases, systems analyses, schedules, worksharing, and more.
- Follow along with lessons, datasets, and exercises to practice and review the exam topics on your own. You can also test your knowledge by taking a practice test to prepare for the certification exam. It’s all about practice and preparation.
Why Learn Revit for Electrical Design ?
REVIT MEP for mechanical is a big part of mechanical engineering. It deals all best part of mechanical design, 3D design, 2D design,
Mechanical Equipment details and many basic information which cover a big deal of mechanical. One who does after B tech form any branch could learn do this REVIT MEP course for 4–6 months and enter in the field of MEP.
Basically MEP stands for Mechanical ,Electrical and Plumbing , This is will benefit to branch under this category. But what i had a experience any one can do this and work on this MEP field. Sometimes it very tough job but when get experience you will automatically feel good and interest on this jobs
Training :
- Work with mechanical equipment, fixtures, mechanical systems, and connecting geometry.
- Create and manage views and annotations, work with families, develop schedules, and perform analyses.
- Use workflows and processes, such as worksharing, exporting, printing, and project management.
- Review the topics covered on the Autodesk Certified Professional in Revit for Mechanical Design exam.
Audience Profile :
- Mechanical and Electrical engineers (MEP).
- Architects, Urban planners, and landscape professionals.
- Civil engineers, construction professionals, and Site engineers.
Prerequisite:
- Familiarity with Cad Design
Revit for Mechanical Design Outline :
- Getting Started
Course overview
Get the software
See where you stand - Modeling for mechanical design
Add mechanical equipment
Add plumbing fixtures
Add air terminals
Add fire protection sprinklers
Configure mechanical settings
Create duct systems
Create piping systems
Define analytical pipe connections
Track systems with the System Browser
Modify pipe and duct types
Add duct components - Add pipe components Documentation for mechanical design
Work with view templates and visibility/graphic overrides
Use miscellaneous view features
Produce schedules
Work with sheets, titleblocks, and revisions
Work with view types
Apply phasing
Use tags
Use keynotes, note blocks, and numbered lists
- Families for mechanical design
Define MEP connectors
Understand family types
Understand family creation workflow
Determine family category and part type
Differentiate between family hosting types
Configure element visibility settings
Create annotation families and tags
Define symbols and annotations in a family
Use parameter types
Distinguish between parameter disciplines and data types
Understand syntax for equations and formulas - Analysis for mechanical design
Adjust energy settings
Create system zones
Create analytical systems
Create energy model
Assign material thermal properties
Review calculated values in model - Collaboration for mechanical design
Import and link files
Manage linked files
Understand worksharing concepts
Export to different formats
Check for interferences
Use copy and monitor
Use design options
Transfer project standards
Training Solutions:
- Offline Classroom Instructor-Led Training in our labs or onsite Locations.
- Virtual Instructor-Led Training Via
- Virtual Video Conferencing Tools.
Why Learners Prefer iLearn as their Training Services provider ?
- Premuim Training Services Accredited from Global Technology Vendors.
- Best Rated Experts & Certified Trainers in Egypt.
- Official Training Hours, Practice Labs, Hands-on Learning.
- iLearn Classrooms are designed with High Edge PCs and Training Facilities.
- Return on Training Investment is Guaranteed to boost performance.
