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Design a Kinetic Sculpture using Fusion 360
Learn the proper way to design working Kinetic Sculptures in Fusion 360 by designing Struggling Sisyphus Sculpture

This Course Includes
udemy
4.4 (112 reviews )
3h 34m
english
Online - Self Paced
professional certificate
Udemy
About Design a Kinetic Sculpture using Fusion 360
_Student's Testimonial for Create a Kinetic Sculpture in Fusion 360 - Vol.1_
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"This is a great course for anyone looking to explore creating a kinetic sculpture using free software and new to 3D CAD. Mahmoud does a great job of showing step by step instructions on how to create animations using four-bar linkages.
The detailed explanations break down the visualization of Coupler curves, how to create a 3D design based off a 2D image and how to fine tune the animation of your sculpture. The only thing I wish it went into is how to motorize sculptures like this and how to gear the linkages together but I'm guessing thats what volume 2 is about!
I'm very pleased with this course and give it a 5 out of 5!" -- Rob Burke
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"
Sisyphus
, the king of
Ephyra
, is punished by being
forced to roll and immense boulder up a hill
only for it to roll away when near the top
repeating his this action for eternity."
Or so the legend say... This course is inspired by the word done first by
Dave Johnson
and later
Disney Research
group to put t
he mythical story of Sisyphus into a Kinetic Sculpture
that describes the
agony of his punishment.
This course will teach
you the methodology that you can follow to create this Kinetic Sculpture
and
ANY
kinetic concept that you can imagine in
Fusion 360.
The course uses the work o
f Disney Research group as a reference
from which to study the motion of Sisyphus and to duplicate it in
Fusion 360 while also using GIM software.
In Section one you will learn about
Fourbar Linkages,
Coupler
Curves
and
GIM software.
This course will teach you how to use the f
unctionality of GIM software
with
Fusion 360
to design
any crazy motion
that you could think of.
This methodology will be the main focus of Section two.
Each stop of the methodology will be outlined and
demonstrated later in Fusion 360.
The methodology makes use of th
e flexible Top-Down design approach in Fusion 360
. Each Mechanism is driven by
two Sketches in Fusion 360
. This makes the changes later to the
mechanism and the output motion VERY simple.
The power of Fusion 360 used with the power of Coupler Curves design in GIM software will open up a whole new possibilities for your designs.
In Section three, the previously outlined
design methodology is applied to the walking mechanism in the sculpture.
I will walk you step by step explaining each tool as I use it with my "
floating" walking head videos
. This course will teach you s
o much about advanced ways to extrude bodies in Fusion 360
and how to structure a
very complex assembly
in
Fusion 360
so that
later changes can be easily done and traced.
In Section four the same methodology is applied to
design the body mechanism.
This time the body Mechanism is done using the same
two sketches technique and illustrated
in step by step guide with floating talking head. I
n Section five the timing between the mechanisms
is of essential importance. The focus is on getting the final motion right and true to the first imagined
"Struggling" Sisyphus.
What You Will Learn?
- Build a parametric model of the Sisyphus Struggling Sculpture in Fusion 360. .
- Use GIM Software with Fusion 360 to design different coupler curves. .
- Design New Kinetic Sculpture using the method outlined in the course. .
- Learn how to integrate the capablities of GIM with the capablities of Fusion 360. .
- Be able to analyze the motion of any sculpture and formulate the required parameters to make their design work. .
- Bring your mechanical design to life by following the design methodolgy taught in the course. .
- Use advanced extrusion techniques in Fusion 360. .
- Be able to sketch complex assembly in one Sketch in Fusion 360. .
- Master the top-down design approach in Fusion 360. .
- Use the synthesis module in GIM software to design different coupler curves shape.