07-12 3D Print it | Fusion 360 Design Academy

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Fusion 360 Next Level - Self Paced Course

Intro

Welcome to Fusion 360 Next Level (1:53)
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Before We Dive In

Settings (2:54)
Auto Project Sketch Plane (3:48)
Common Student Errors (4:24)
Offset Direction (3:00)
Folder (0:47)

Design Soap Mold

01-01 Soap Mold Short (0:42)
01-02 Soap Mold Intro (3:14)
01-03 Soap Mold Sketch Heart (2:32)
01-04 Fully constraining our sketch (2:36)
01-05 Extrude new body and move (3:01)
01-06 Draft angle and section analysis (3:16)
01-07 Design detachable base (4:42)
01-08 Dealing with tolerance for friction fit (4:11)
01-09 Constraining text (6:40)
01-10 Extend base and add chamfer (2:40)
01-11 3D Printing Soap Mold (2:42)
01-12 Instruction for Making Soap Molds

Design Soap Dish

02-01 Soap Dish Short (0:21)
02-02 Soap Dish Intro (6:27)
02-03 Polygon Sketch (2:13)
02-04 Copy and Move Sketch (2:11)
02-05 Rectangular Pattern - Horizontal (5:16)
02-06 Rectangular Pattern - Vertical (2:42)
02-07 Web tool (2:49)
02-08 Intersect tool (2:40)
02-09 Outer shell (2:01)
02-10 Grate Platform (5:20)
02-11 Press Pull for tolerance offset (1:56)

Golden Ratio Earrings

03-01 Golden Ratio Earrings Short (0:15)
03-02 Golden Ratio Intro (0:46)
03_03 The Tedious Way (3:11)
03-04 Defining User Parameters (2:37)
03-05 Sketching with User Parameters (3:54)
03-06 Sketch spiral (1:40)
03-07 Pipe tool (2:23)
03-08 Create hanging loop (2:34)
03-09 Printing the Earing (0:42)

Design Spiral Rook

04-01 Spiral Rook Short (0:14)
04-02 Spiral Rook Intro (3:39)
04-03 Spiral Rook Sketch (5:40)
04-04 Sweep Column (2:39)
04-05 Sweep Angle (2:59)
04-06 Design top (5:44)
04-07 Combine and Fillet (2:04)
04-08 Print Spiral Chess Piece (1:42)

Design Electronic Enclosure

05-01 Enclosure Short (0:25)
05-02 Electronic Enclosure Intro (2:18)
05-02b Download Arduino f3D File
05-03 Import Model (2:14)
05-04 First Sketch (3:29)
05-05 Create top and bottom (1:57)
05-06 Model standoffs (4:24)
05-07 Sweep walls for friction fit (5:27)
05-08 Move and Align (3:01)
05-09 Cut out Arduino ports (4:27)
05-10 Press pull for tolerance (1:15)
05-11 Cutout to access pins (3:09)
05-12 Cover design (4:11)
05-13 Modify height and add appearance (2:32)
05-14 3D Print Enclosure (2:35)

Design Robot Earbud Holder

06-01 Robot Earbud Holder Short (0:32)
06-02 Robot Earbud Intro (0:25)
06-03 Symmetry constraint (6:33)
06-04 Robot ear (4:20)
06-05 Robot body (3:17)
06-06 Robot arms (5:38)
06-07 Amending the timeline (3:10)
06-08 Robot Feet (3:49)
06-09 Concentric constraint (2:21)
06-10 Power Guage (5:14)
06-11 Slit for chord (4:17)
06-12 Fillets and appearance (1:38)
06-13 Printing the Earbud Holder (0:40)

07 Wavy Pencil Holder

07-01 Wavy Holder Short (0:13)
07-02 Wavy Holder Intro (2:57)
07-03 Spline Curve on XZ plane (5:37)
07-04 Spline Curve on YZ Plane (4:01)
07-05 Sweep and Replace Face (4:18)
07-06 Copying a Surface Body, Split Body tool (3:25)
07-07 Sweeping the Base, Extrude to Object (7:24)
07-08 Spline Path for Holes (5:33)
07-09 Pattern on Path and Opacity Control (4:14)
07-10 Extrude to Object - Varying each hole depth (6:42)
07-11 Editing Hole Diameter with the Timeline (1:37)
07-12 3D Print it (3:45)
07-13 Congratulations! (1:28)

Bonus Model! Flexi-Tree

01 Preview the model we'll be making (1:28)
02 First sketch - arcs, patterns, mirror (6:45)
03 Symmetric Extrusions (2:44)
04 Design hinge mechanism (3:00)
05 3D Patterns (3:42)
06 Timeline edit (2:39)
07 Section analysis and 3D print (2:35)

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07-12 3D Print it

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