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This learning path provides a structured, hands-on introduction to parametric implicit modeling in nTop. You’ll learn how nTop differs from traditional CAD and why that matters for propulsion design, while building a strong foundation in core concepts and practical workflows. This is the recommended prerequisite for advanced training in the propulsion design track.

Course Content

nTop Foundations
Why do engineers use nTop?
How does nTop work?
B-rep vs. Implicit Assessment
What can you do with nTop?
Rules of Thumb & Process
Navigating the Interface
Controls and Keyboard Shortcuts
Basics of nTop
Follow Along: Sphere-Cube and Gear
Intro to Modeling
Introduction to Modeling
Basic Modeling Operations
Basic Import Operations
Basic Curves and Profiles Operations
Follow Along: Model a Cylinder Head
Follow Along: Model a Double Pipe HEX
Intro to nTop for CAD Users
Sketching and Revolve
Intro to Custom Blocks
Before We Begin: Custom Blocks
Automation and Custom Blocks
Creating a Custom Block: Notebook Title and Description
Creating a Custom Block: Defining Inputs
Creating a Custom Block: Defining an Output
Importing a Custom Block
Commonly Used Custom Blocks
A&D Follow Along: Simple Wing
Knowledge Check: Custom Blocks
List Processing
Lists
Creating a List
List Processing and Sequencing
List Manipulation
List Errors
A&D Follow Along: List Processing
Knowledge Check: List Processing
Intro to Field-Driven Design
What is a Field?
Field Viewer: Visualizing Fields in nTop
Different Types of Fields in nTop
Knowledge Check: Introduction to Fields
Creating and Using Fields
Different Ways to Create Fields
Ramp Block
Transfer Function Block
Mix Block
Bending and Translating Bodies via Remap Field
Rotating and Twisting Fields via Z-Rotation
Knowledge Check: Creating and Using Fields
Parametric Micro Turbojet Design
Overview of Micro Turbojet Design
Parametric Impeller
Combustion Chamber
Parametric Bladed Disk
Parametric Housing and Component Placement
Parametric Blisk Analysis
Blisk Field Driven Design Problem