Autodesk Fusion 360 Parametric Modelling
Details
Outline
- Introduction to Autodesk Fusion 360
- Autodesk Fusion 360 Fundamentals
- Getting Started
- The Autodesk Fusion 360 Interface
- Design Navigation & Display
- Creating the First Feature with Quick Shapes
- Design Units and Origin
- Quick Shape Creation
- Creating Sketched Geometry
- Introduction to the Sketching Workflow
- Sketch Entities
- Dimensioning
- Sketch Constraints
- Extruding a Sketch
- Revolving a Sketch
- Additional Sketching Tools
- Additional Entity Types
- Editing Tools
- Additional Dimension Tools
- Moving and Copying
- Rectangular Sketch Patterns
- Circular Sketch Patterns
- Sketched Secondary Features
- Sketched Secondary Features
- Using Existing Geometry
- Pick and Place Features
- Fillets
- Chamfers
- Holes
- Editing Pick and Place Features
- Construction Features
- Construction Planes
- Construction Axes
- Construction Points
- Equations and Parameters
- Equations
- Parameters
- Additional Features and Operations
- Draft
- Shell
- Rib
- Split Face
- Scale
- Thread
- Press Pull
- Design and Display Manipulation
- Reordering Features
- Inserting Features
- Suppressing Features
- Measure and Section Analysis
- Direct Modeling
- Single Path Sweeps
- Sweeps
- Loft Features
- Lofts
- Feature Duplication Tools
- Mirroring Geometry
- Patterning Features
- Distributed Design
- Assembly Design Methods
- Distributed Design
- Joint Origins
- Assigning Joints
- Component Design Tools
- Rigid Groups
- Interference Detection
- Miscellaneous Joint Tools
- Multi-Body Design
- Multi-Body Design
- Multi-Body Design Tools
- Components
- As-Built Joints
- Sculpting Geometry
- Introduction to the Sculpt Environment
- Surface Quick Shapes
- Creating Sketched T-Spline Surfaces
- Creating Faces & Filling Holes
- Editing Sculpted Geometry
- Editing Form Geometry
- Deleting Entities
- Working with Edges
- Working with Faces
- Working with Points
- Controlling Symmetry
- Thickening Geometry
- Drawing Basics
- Creating a New Drawing
- Additional Drawing Views
- Exploded Views
- Manipulating Drawings
- Detailing Drawings
- Dimensions
- Other Annotations
- Parts List and Balloons
- Annotation and Dimension Settings
- Drawing Output
- Static Analysis Using the Simulation Environment
- Introduction to the Simulation Environment
- Setting up a Structural Static Analysis
- Setting up the Mesh
- Solving a Design Study
- Visualizing the Results
St.Hua Private School is established in 1997 by a group of experienced graduates from recognized universities such as National University of Singapore (NUS) and Nanyang Technological University (NTU).
Additionally, most of our courses are subsidized by SkillsFuture credit, an initiative offered by the Singapore Government to upgrade Singapore Citizens’ skills by providing each citizen with $500 in funding to partake any eligible course they wish.
Ultimately, we aim to ensure that students are better equipped with the necessary skill sets to meet the requirements of society, to prepare them for the workforce and to enhance and elevate current workers’ skills so that they can better fit their current job and propel them to further heights in Singapore society.
Furthermore, St.Hua Private School is recognized and accepted by CPE (Council of Private Education) to practice as a private school from 9th January 2017 to 8th January 2021.