This course follows the typical workflow and features of the Autodesk® Revit® Architecture software, including sections on modeling and materials, families, documentation, views, and Revit project management.

 In the course, you'll review advanced modeling architectural topics and work with walls, floors, roofs, ceilings, stairs, columns, and rooms. You'll also gain an understanding of exam topics such as family categories and types, phases and design options, schedules, and worksharing. Brush up on selection sets, detail components, color schemes, levels and grids, and much more.

Certification

• Certificate of Completion from Tertiary Infotech - Upon meeting at least 75% attendance and passing the assessment(s), participants will receive a Certificate of Completion from Tertiary Infotech.

• External Certification - The participant will be able to attempt the Revit for Mechanical Design Professional Certification Prep exam after attending this course. Upon passing the exam, you will receive the Revit for Mechanical Design Professional Certification Prep accreditation.

Autodesk ATC

Note that we are not affiliated with Autodesk. To get the official certification, please register on Pearson Vue Test Center

Certification Exam at Pearson Vue

Once you are prepared for the exam, you can buy the Autodesk Certified Associate Professional (ACP) Exam Voucher. We are Authorised Pearson Vue Testing Center. You can take the certification exam at our test center. Note that the course fee does not include the certification exam fee.

Funding and Grant

HRDF SBL Claimable for Employers Registered with HRDF

Course Code: M1205

Topic 1 : 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

Topic 2: 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

Topic 3: 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

Topic 4: 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

Topic 5: 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

Practice Exam