replace "fusion 360" with fusion

Author: Synaptic149

source/docs/cad/DesignHierarchy.md

@@ -1,7 +1,7 @@
 # Design Hierarchy
 
-## Understanding Design Hierarchy in Fusion 360
-When working in Fusion 360, it’s essential to keep your design organized by separating different parts into individual components. This helps maintain an organized design, simplifies joints, and avoids errors in assemblies later on.
+## Understanding Design Hierarchy in Fusion
+When working in Fusion, it’s essential to keep your design organized by separating different parts into individual components. This helps maintain an organized design, simplifies joints, and avoids errors in assemblies later on.
 
 ## Why Keep Parts Separate?
 While it might seem easier at first to model everything as a single body or component, this can quickly lead to a buggy mess. Using components to represent each part of your design ensures that:
@@ -12,7 +12,7 @@ While it might seem easier at first to model everything as a single body or comp
 * It’s easier to export or 3D print individual parts later
 
 ## Design Hierarchy Overview
-Fusion 360 uses a hierarchical structure to organize your design:
+Fusion uses a hierarchical structure to organize your design:
 
 1. Top-Level Component
     * This is your main assembly or overall design
@@ -47,7 +47,7 @@ Instead, create a new component for each distinct part:
 * You can easily drag and drop sketches, bodies, or even entire components within the browser to change where they appear in the hierarchy. This is useful for reorganizing parts or correcting misplaced items
 
 !!! tip
-    In Fusion 360, many tools allow you to change the operation type, this means you can change from Join or New Body to New Component, which creates a new component within the currently active one 
+    In Fusion, many tools allow you to change the operation type, this means you can change from Join or New Body to New Component, which creates a new component within the currently active one 
     ![](../assets/fusion360/componentview.png)
 
 

source/docs/cad/ParametricModeling.md

@@ -1,9 +1,9 @@
 # Parametric Modeling
 
-Parametric modeling is a design method where dimensions like length, angle, and other parameters fully define each action. In Fusion 360, parametric modeling is built in through the timeline. Every action you do is stored on the timeline. In simple terms, you build your model step-by-step, and each step remembers how it was created, so you can change dimensions or features later and the entire model updates accordingly.
+Parametric modeling is a design method where dimensions like length, angle, and other parameters fully define each action. In Fusion, parametric modeling is built in through the timeline. Every action you do is stored on the timeline. In simple terms, you build your model step-by-step, and each step remembers how it was created, so you can change dimensions or features later and the entire model updates accordingly.
 
 ## How Parametric Modeling Works
-In Fusion 360, parametric modeling works using a timeline, sketches, features, and constraints:
+In Fusion, parametric modeling works using a timeline, sketches, features, and constraints:
 
 ### Sketch + Constraints
 * You start with a 2D sketch
@@ -33,7 +33,7 @@ In Fusion 360, parametric modeling works using a timeline, sketches, features, a
       * Relationships between features (e.g., always-centered holes) remain intact even when the design changes
       * Other modifications, such as fillets, also persist when changes are made
   3. Timeline + History Editing
-      * Fusion 360's timeline lets you go back and change earlier steps without redoing the model
+      * Fusion's timeline lets you go back and change earlier steps without redoing the model
   4. Precision
       * It's easier to be accurate and apply real-world rules (like symmetry, equal lengths, tangents)
 ### Cons
@@ -43,5 +43,5 @@ In Fusion 360, parametric modeling works using a timeline, sketches, features, a
  2. Slower for Quick Edits
      * For quick, one-off models, fully constraining everything is slower than just guesstimating it
  3. Timeline Mess
-     * In Fusion 360, long timelines with many features can be hard to edit
+     * In Fusion, long timelines with many features can be hard to edit
      * Dependencies between features can be break easily if not organized well

source/docs/cad/fusionlayout.md

@@ -1,6 +1,6 @@
-# Fusion 360 Layout
+# Fusion Layout
 
-Understanding the layout of Fusion 360 will help you work more efficiently, so explore the different tabs and memorize some key terms. Fusion 360’s interface is divided into several areas to help you design, model, and simulate parts effectively, and don’t worry, if you make a mistake or misclick, you can always press CTRL + Z to undo it.
+Understanding the layout of Fusion will help you work more efficiently, so explore the different tabs and memorize some key terms. Fusion’s interface is divided into several areas to help you design, model, and simulate parts effectively, and don’t worry, if you make a mistake or misclick, you can always press CTRL + Z to undo it.
 
 ![](../assets/fusion360/fusionlayout.png)
 

source/docs/cad/overview.md

@@ -23,7 +23,7 @@ CAD is used by real engineers and product designers. Even if you're only modelin
 Not all tools are the same. These are some that FTC teams commonly use, many of which are free for students:  
 
 - **Onshape**: Fully cloud-based, no downloads needed, excellent for teams, similar to Fusion but fewer features.  
-- **Fusion 360**: Feature-dense, desktop-based CAD/CAM software, good collaboration tools, simple learning curve.  
+- **Fusion**: Feature-dense, desktop-based CAD/CAM software, good collaboration tools, simple learning curve.  
 - **SolidWorks**: Professional-grade tool, available through FIRST grants, extreme learning curve.  
 - **TinkerCAD**: Extremely simple and beginner-friendly, but limited in complexity.
 
@@ -32,7 +32,7 @@ It can be overwhelming at first, so start small and build up:
 
 - **Model One system at a Time**: Start with a drivetrain or intake.  
 - **Use Official STEP Files**: Save time by importing accurate models of REV, goBILDA, or other components from their product page, usually marked as STEP Files.  
-- **Collaborate**: Onshape and Fusion 360 allow multiple team members to work on the same design.  
+- **Collaborate**: Onshape and Fusion allow multiple team members to work on the same design.  
 - **Save Often**: Don’t spend 2 hours on a design only to lose all your work.  
 - **Name Your Files Clearly**: Avoid confusion when working with complex assemblies and shared folders.
 

source/docs/cad/projectmanagement.md

@@ -1,6 +1,6 @@
 # Project Management
 
-=== "Fusion 360"
+=== "Fusion"
     Fusion allows you to organize your files simler to most standard file systems. When creating your first design, make sure to create a new project for it. With more complex projects, you might value having folders inside your project to aid with organizing, but at the start, keeping all your practice designs in one project is enough
 
     ![](../assets/fusion360/fusionprojectcreation.png)

source/docs/cad/projectone.md

@@ -1,6 +1,6 @@
 # Project 1: The Box
 
-For this first project, you'll design a simple storage box with a lid and side holes. It introduces key Fusion 360 skills like creating components, sketching and constraining geometry, using tools like Extrude and Shell, and organizing your design for future projects.
+For this first project, you'll design a simple storage box with a lid and side holes. It introduces key Fusion skills like creating components, sketching and constraining geometry, using tools like Extrude and Shell, and organizing your design for future projects.
 
 ## Creating the Design
 * Every time you open Fusion, it makes a new untitled design