Revit Parametric Family- Kitchen Cabinet Design- From Zero

Name: Revit Parametric Family- Kitchen Cabinet Design- From Zero
Rating: 4.7 (173 reviews)

BIM Object & BIM Nested Families + Cabinets Shop Drawing Details + Enscape Rendering + Exercise Files & Quizzes

Highest Rated

Created byDanial Bagherzadeh

Last updated 5/2026

English

ArabicEnglish [Auto],

What you'll learn

Introduction to Revit Family Creation
Mastering kitchen cabinet modeling in Revit
Creating parametric Revit families
Working with BIM Objects and Nested Families
Optimizing workflow for kitchen design with BIM
Designing detailed wall and base cabinets
Rendering realistic kitchen designs with Enscape
Modeling detailed BIM kitchen cabinets
Creating reusable BIM Objects for future projects

Course content

4 sections • 26 lectures • 8h 7m total length

Introducation6:37
Design kitchen cabinets in Revit parametric family by applying standard details, material-aware modeling (mdf 16mm, high glass, poly glass), and precise seams to deliver cabinet maker ready outputs.
Basic Modeling32:11
Develop basic modeling of revit parametric kitchen cabinets, planning layouts with fridge, oven, and microwave, and detailing frames, doors, toe kicks, and materials for show and cook kitchens.
Parametric Handle Modeling (1)18:14
Create parametric kitchen cabinet handles in Revit using L-shaped and U-shaped profiles, swept geometry and voids, controlled visibility, and a three-click workflow for fast, repeatable design.
Completing the Kitchen Model (1)28:33
Learn to complete a kitchen cabinet model in Revit by crafting cabinets, frames, a Corian surface, drawer and door details, precise spacing, and hidden handles.
Detail Modeling8:15
Detail modeling in Revit parametric kitchen cabinets: add handles, set work planes, cut and void geometry, apply fillets, and plan lighting to ensure collision-free, realistic details.
Completing the Kitchen Model (2)26:21
Complete the kitchen model by detailing cabinet layout, appliance placement, and elevations, then refine doors, handles, and toe kicks with hinge and jack options.
Parametric Handle Modeling (2)25:41
Model parametric handles for cabinet doors and kitchen island using sweeps, reference points, and work planes to achieve precise dimensions, with guidance on rotation and project placement.
Technical Outputs17:41
Deliver executive outputs for kitchen cabinets by detailing plan, elevations, sections, and 3d views; measure parts, set centimeters, and annotate materials and dimensions for cabinet makers.
Preparing the Model for Enscape Rendering41:57
Apply cohesive materials and textures to cabinets, surfaces, and handles, then configure lighting and Enscape render settings for realistic kitchen previews.
Parametric Handle Modeling (3)22:39
Create a parametric revit cabinet handle using reference planes, offsets, and dimensions. Load the family into projects with horizontal and vertical variants.
Exercise File0:06
Quiz 1
Quiz 2
Quiz 3
Quiz 4

Parametric Base Cabinet (1)21:34
Explore building a parametric base cabinet in Revit by creating a generic family with reference planes, dimensions, and parameters for width, depth, height, and toe kicker, then test in project.
Parametric Base Cabinet (2)19:14
Design a parametric base cabinet in Revit, add adjustable doors with seams, configure hinges and shelves, and implement an open or closed door behavior using a depth-of-opening parameter.
Modeling the Details of Connections34:25
Model and detail cabinet connections in a Revit parametric family by creating legs, toe kick alignment, pin shelves, screws, and L-shaped corner details, with visibility and shell controls.
Cabinet Hinge Modeling43:25
Model hinges and jacks for kitchen cabinet design in Revit parametric family, enabling accurate material quantification, pricing comparisons, and realistic renders with doors that open and close.
Drawer Cabinet18:06
Learn to model a parametric drawer cabinet in Revit, setting width, depth, and height with dependencies and reference planes, and manage material thickness and rail spacing for scalable cabinets.
Lift-Up Door Wall Cabinets22:49
Explore building lift-up door wall cabinets in Revit parametric family, adjusting height, width, depth, adding a shelf and hinges, aligning doors with references, and testing open and close parameters.
Drawer Cabinet Details25:14
Explore Revit parametric drawer cabinet details by building drivers with reference planes and boolean conditions, then set depth, rails, screws, and load into a project to test default closed operation.
Lift-Up Hinges Modeling29:13
Learn to model a parametric lift-up hinge jack for kitchen cabinets in Revit, using instance parameters, reference planes, and constraints to adapt the jack to door size and motion.
Final Modeling12:28
Model kitchen cabinets in Revit with parametric families, adjusting width, depth, and height; apply door materials via instance parameters. Use control to open all doors and quantify fittings in schedules.
Measurable MDF Sheets29:46
Learn to model a parametric kitchen cabinet family in Revit from zero, control MDF sheet sizes and doors, and generate shared-parameter quantities and schedules for cuts and fittings.
Quiz 1
Quiz 2
Exercise File1:23
Download Revit Kitchen Parametric Families - Cabinets, Sink, Hood, Oven0:10
Cabinet Objects0:09

Requirements

Basic Knowledge about Revit

Description

Note: This course is full of real-world examples of creating Revit parametric families for kitchen modeling projects.

Have you ever struggled with modeling detailed kitchen cabinets in Revit?
Do you want to create BIM parametric families that are reusable across multiple projects?
Would you like to master BIM family creation for kitchen cabinets, complete with all the necessary details for execution?

This course is designed to take you step by step through the comprehensive process of kitchen cabinet modeling in Revit. Whether you're new to detailed cabinet design or looking to enhance your existing skills, you'll learn how to model cabinets, including hinges, screws, and other precise details, in a way that allows you to reuse your work across future projects.

Course Overview:

In Section One, you'll learn how to model kitchen cabinets in place within a project environment, including creating various types of parametric handles. You'll also explore how to apply materials and lighting and generate high-quality renders with Enscape.

In Section Two, the focus shifts to BIM Family creation, including nested families and BIM objects, enabling you to create reusable, highly detailed units. You will master parametric design, including creating popular units like base and wall cabinets, fully detailed with functional components such as hinges, screws, and cabinet lifts. These units are designed with interactive elements, allowing for the opening and closing of doors.

What You Will Learn:

Modeling in place for real-world kitchen projects using Revit
Creating parametric families for kitchen cabinets, including handles and other fixtures
Enscape Rendering techniques with attention to materials and lighting
Building BIM Families from scratch, mastering BIM nested and BIM objects
Detailed cabinet units that include all connections, screws, and hinges, allowing for door functionality
How to create a library of reusable kitchen cabinet families for future projects

By the end of this course, you'll have the skills to model complex kitchen cabinet systems in Revit that you can use in any project, saving you time and effort on future designs. Plus, you’ll be able to create fully functional, parametric BIM families that enhance your project workflow.

If you purchase this course, you can ask me any questions, and I’ll be with you every step of the way to ensure your success!

Who this course is for:

Architects and Interior Designers
Kitchen Designers
Revit Users
Constructors
Architecture Students
3D Modelers
Engineers
BIM Coordinators
BIM Modelers
BIM Managers

Revit Parametric Family- Kitchen Cabinet Design- From Zero

What you'll learn

Explore related topics

Course content

Detailed Kitchen Modeling11 lectures • 3hr 48min

Parametric Cabinet Modeling13 lectures • 4hr 18min

Samples1 lecture • 1min

Bonus Section1 lecture • 1min

Requirements

Description

Who this course is for: