Autodesk Fusion 360 Basic Modelling Techniques

Autodesk Fusion 360 Basic Modelling Techniques, available at $19.99, has an average rating of 3.5, with 81 lectures, based on 2 reviews, and has 11 subscribers.

You will learn about You will learn basic 2D drawing techniques in Autodesk Fusion 360 software. You will learn basic 3D modeling techniques in Autodesk Fusion 360 software. You will learn basic assembly animation techniques in Autodesk Fusion 360 software. You will learn sheet metal techniques in Autodesk Fusion 360 software. You will learn animation techniques in Autodesk Fusion 360 software. You will learn technical drawing techniques in Autodesk Fusion 360 software. This course is ideal for individuals who are 3D CAD/CAM for machinists or Design systems for collaborators or 3D modeling for mechanical engineers or 3D PCB design for electronics engineers or A modern 3D platform for educators or 3D prototyping for industrial designers or Industrial Product Designers or Mechanical Engineering or Interested in design technologies or Draftsman or 3D Designers or Technical employee working in the maintenance and repair field or Designers creating technical documentation It is particularly useful for 3D CAD/CAM for machinists or Design systems for collaborators or 3D modeling for mechanical engineers or 3D PCB design for electronics engineers or A modern 3D platform for educators or 3D prototyping for industrial designers or Industrial Product Designers or Mechanical Engineering or Interested in design technologies or Draftsman or 3D Designers or Technical employee working in the maintenance and repair field or Designers creating technical documentation.

Enroll now: Autodesk Fusion 360 Basic Modelling Techniques

Summary

Title: Autodesk Fusion 360 Basic Modelling Techniques

Price: $19.99

Average Rating: 3.5

Number of Lectures: 81

Number of Published Lectures: 81

Number of Curriculum Items: 81

Number of Published Curriculum Objects: 81

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

You will learn basic 2D drawing techniques in Autodesk Fusion 360 software.

You will learn basic 3D modeling techniques in Autodesk Fusion 360 software.

You will learn basic assembly animation techniques in Autodesk Fusion 360 software.

You will learn sheet metal techniques in Autodesk Fusion 360 software.

You will learn animation techniques in Autodesk Fusion 360 software.

You will learn technical drawing techniques in Autodesk Fusion 360 software.

Who Should Attend

3D CAD/CAM for machinists

Design systems for collaborators

3D modeling for mechanical engineers

3D PCB design for electronics engineers

A modern 3D platform for educators

3D prototyping for industrial designers

Industrial Product Designers

Mechanical Engineering

Interested in design technologies

Draftsman

3D Designers

Technical employee working in the maintenance and repair field

Designers creating technical documentation

Target Audiences

3D CAD/CAM for machinists

Design systems for collaborators

3D modeling for mechanical engineers

3D PCB design for electronics engineers

A modern 3D platform for educators

3D prototyping for industrial designers

Industrial Product Designers

Mechanical Engineering

Interested in design technologies

Draftsman

3D Designers

Technical employee working in the maintenance and repair field

Designers creating technical documentation

What is Fusion 360?

Fusion 360 is a cloud-based 3D modeling, CAD, CAM, CAE, and PCB software platform for professional product design and manufacturing.

Design and engineer products how you want to ensure aesthetics, form, fit, and function

Engineer, design, and create anything with comprehensive electronics and PCB design tools

Save time and money and get quality parts out the door faster

What’s included in Fusion 360

Flexible 3D CAD

Fusion 360 enables you to explore many iterations quickly with easy-to-use cloud CAD software.

Integrated CAD/CAM

Produce high-quality CNC machined parts, and additively manufacture builds using FFF or PBF for metal 3D printing.

Unified PCB design

Gain all the advantages of a full-featured schematic capture, electronics design, and mechanical CAD with Fusion 360.

Seamless 3D simulation

Test your designs to ensure they survive real world conditions. Simulate digitally and reduce prototyping costs.

Explorative generative design tools

Explore many manufacturing-ready outcomes meeting your design specifications through generative design.

Instant-on data management

Use integrated cloud collaboration tools to bring teams together and manage product data.

Flexible 3D modeling and design

Use direct, surface, parametric, mesh, or freeform modeling.

Interactive assemblies

Detailed visualizations of complex products with exploded views and animations.

Sheet metal part creation

Design and engineer products to ensure aesthetics, form, fit, and function.

Innovative generative design

Explore, design, quote, and fabricate faster with automation tools.

Unified electronics and PCB design

Comprehensive electronics and PCB engineering tools.

Push-button SPICE simulation

Easy SPICE (Simulation Program with Integrated Circuit Emphasis) setup.

Unlimited hierarchical schematic capture

Support for 16-layer PCB systems.

Electronics cooling simulations

Manage thermal constraints of electronics components.

Integrated CAD and CAM

Additive manufacturing, 2 & 3-axis, 3+2, 4 & 5-axis milling and more.

Cloud collaboration and data management

Connect teams, communicate in real-time, and manage projects with global collaboration.

Photo-realistic rendering and documentation

Annotate, dimension, and document models with real-life rendering technology.

FEA verification, test, and simulation

Topology and shape optimization with cloud-based machine learning and AI.

Course Curriculum

Chapter 1: DESIGN – Sketch, Create, Modify

Lecture 1: LINE RECTANGLE CIRCLE

Lecture 2: ARC POLYGON

Lecture 3: ELLIPSE SLOT

Lecture 4: SPLINE CONIC CURVE

Lecture 5: POINT TEXT

Lecture 6: TRIM EXTEND BREAK

Lecture 7: CIRCULAR PATTERN RECTANGULAR PATTERN

Lecture 8: FILLET MIRROR

Lecture 9: OFFSET SKETCH SCALE PROJECTS

Lecture 10: EXTRUDE

Lecture 11: REVOLVE

Lecture 12: SWEEP

Lecture 13: LOFT

Lecture 14: RIB

Lecture 15: WEB

Lecture 16: HOLE THREAD

Lecture 17: BOX

Lecture 18: CYLINDER

Lecture 19: SPHERE

Lecture 20: TORUS

Lecture 21: COIL

Lecture 22: PIPE

Lecture 23: RECTANGULAR PATTERN

Lecture 24: MIRROR

Lecture 25: THICKEN

Lecture 26: BOUNDARY FILL

Lecture 27: PRESS PULL

Lecture 28: FILLET

Lecture 29: CHAMFER

Lecture 30: SHELL

Lecture 31: DRAFT

Lecture 32: SCALE

Lecture 33: COMBINE

Lecture 34: OFFSET FACES REPLACE FACES

Lecture 35: SPLIT FACE

Lecture 36: SPLIT BODY

Lecture 37: SILHOUTTE SPLIT

Lecture 38: MOVE COPY

Lecture 39: ALIGN

Lecture 40: APPEARANCE

Lecture 41: PHYSICAL MATERIAL

Chapter 2: DESIGN – Assembly

Lecture 1: NEW COMPONENT

Lecture 2: JOINT

Lecture 3: AS BUILT JOINT

Lecture 4: JOINT ORIGIN

Lecture 5: RIGID GROUP

Lecture 6: DRIVE JOINTS

Lecture 7: MOTION LINK

Lecture 8: CONTACT SETS

Lecture 9: MOTION STUDY

Chapter 3: DESIGN – Construct

Lecture 1: CONSTRUCTION PLANES 1

Lecture 2: CONSTRUCTION PLANES 2

Lecture 3: CONSTRUCTION PLANES 3

Lecture 4: CONSTRUCTION AXIS 1

Lecture 5: CONSTRUCTION AXIS 2

Lecture 6: CONSTRUCTION POINTS 1

Lecture 7: CONSTRUCTION POINTS 2

Chapter 4: DESIGN – Inspect

Lecture 1: MEASURE INTERFERENCE CURVATURE COMB ANALYSIS

Lecture 2: ZEBRA ANALYSIS DRAFT ANALYSIS CURVATURE MAP ANALYSIS

Lecture 3: SECTION ANALYSIS CENTER OF MASS COMPONENT COLOR CYCLING TOGGLE

Chapter 5: DESIGN – Insert

Lecture 1: DECAL

Lecture 2: ATTACHED CANVAS

Lecture 3: INSERT MCMASTER CARR COMPONENT INSERT A MANUFACTURER PART

Lecture 4: INSERT MESH SVG DXF

Chapter 6: ANIMATION

Lecture 1: ANIMATION INTERFACE DESCRIPTION

Lecture 2: STORYBOARD AND TRANSFORM

Lecture 3: EXPLODE AND APPEARANCE

Lecture 4: ANNOTATION, CAMERA, SAVE

Chapter 7: SHEET METAL

Lecture 1: FLANGE

Lecture 2: BEND

Lecture 3: UNFOLD

Lecture 4: CREATE FLAT PATTERN

Lecture 5: SHEET METAL RULES

Chapter 8: DRAWING

Lecture 1: DRAWING WORKSPACE AND VIEWS

Lecture 2: MODIFY

Lecture 3: GEOMETRY

Lecture 4: DIMENSION 1

Lecture 5: DIMENSION 2

Lecture 6: TEXT AND SYMBOLS

Lecture 7: DRAWING FROM ANIMATION

Lecture 8: TABLES AND EXPORT PDF

Instructors

Penta Teknoloji
Penta

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