
UdemyThis is Part 2 of an ANSYS SpaceClaim training course covering direct 3D modeling for engineering work, and it's built to take a complete beginner through to confident use of the software's core toolset. The course notes that AI was used in its production.
Mechanical and aerospace engineers, CAD designers new to direct modeling, CFD analysts who need to modify geometry for analysis, and students building out a CAD skill set. No prior CAD or SpaceClaim experience is required, though basic engineering familiarity helps.
Real modeling projects — pin fin heat sinks, gears, and pipes — anchor the lessons, so the emphasis throughout is on preparing usable, simulation-ready geometry rather than modeling for its own sake.
“This course contains the use of artificial intelligence.”
Unlock the Power of 3D Modeling with ANSYS SpaceClaim
Welcome to the comprehensive ANSYS SpaceClaim Training Course, designed to take you from a complete beginner to a proficient 3D modeler. Whether you’re an engineer, designer, student, or simulation specialist, this course will equip you with the essential skills to create, modify, and optimize complex 3D geometries with confidence.
What You’ll Learn:
This course covers everything you need to master SpaceClaim’s powerful modeling environment:
2D Sketching Fundamentals: Learn to create precise 2D sketches using lines, arcs, circles, rectangles, and advanced sketching tools with dimensional constraints
3D Modeling Commands: Master essential tools including Pull, Move, Combine, Split Body, Split Face, and Project to create and modify complex geometries
Pattern Tools: Utilize Linear and Circular Pattern commands to efficiently replicate geometry and create structured designs like heat sinks and gears
Advanced Geometry Manipulation: Learn to merge, subtract, and split bodies for simulation preparation, especially for CFD applications
Practical Applications: Build real-world models including pin fin heat sinks, gears, pipes, and other engineering components
Simulation Preparation: Understand how to prepare geometries for computational analysis with proper splitting, combining, and face division techniques
Course Structure:
The course is organized into progressive sessions, each building upon previous knowledge:
Introduction to SpaceClaim Interface - Navigate the workspace and understand core concepts
2D Sketching Mastery - Create precise sketches with dimensions and constraints
3D Modeling Fundamentals - Transform 2D sketches into 3D solid bodies
Advanced Modeling Tools - Use Move, Combine, Split, and Project commands effectively
Pattern Commands - Create linear and circular arrays for complex designs
Hands-On Projects - Apply learned skills through practical modeling exercises
Who This Course Is For:
Mechanical and aerospace engineers preparing geometries for simulation
CAD designers looking to learn SpaceClaim’s direct modeling approach
CFD analysts who need to modify and prepare geometries for analysis
Students and professionals wanting to add SpaceClaim skills to their portfolio
Anyone interested in efficient 3D modeling without complex feature trees
Why Choose This Course:
✓ Hands-On Learning: Every concept is reinforced through practical exercises and real-world examples ✓ Progressive Structure: Build skills systematically from basics to advanced techniques ✓ Simulation-Ready: Learn geometry preparation specifically for engineering analysis ✓ Professional Applications: Create models used in actual engineering and CFD workflows ✓ Clear Explanations: Each command and concept is explained with visual demonstrations
Prerequisites:
No prior CAD or SpaceClaim experience required. Basic computer skills and familiarity with engineering concepts are helpful but not mandatory.
What You’ll Be Able to Do:
By the end of this course, you will:
Create complex 3D geometries from scratch using 2D sketches
Modify existing models efficiently using direct modeling tools
Prepare geometries for CFD and FEA simulations
Apply pattern commands to create structured, repetitive features
Combine multiple modeling techniques to solve real design challenges
Work confidently with planes, sketches, bodies, and faces
Course Materials:
Step-by-step video demonstrations
Practical exercises with dimension specifications
Real-world modeling projects
Tips and best practices for efficient modeling
Start Your SpaceClaim Journey Today!
Join thousands of engineers and designers who have mastered 3D modeling with SpaceClaim. Enroll now and transform your ability to create, modify, and optimize 3D geometries for engineering applications.
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