Fusion 360 or Tinkercad Sculpture & clicksystem Tutorial
Budget: €30 – €250 EUR
I am looking for a freelancer who can create very clear, step-by-step click-through instruction videos for working in Fusion 360 or Tinkercad.
The videos should be suitable for a complete beginner (n00b level) and focus on practical actions rather than theory.
Context
I want to design and 3D print large letters (around 20 cm high) that can later be filled with moss.
Because of the size, I can only print 1–2 letters per print, so I need to split words into parts and later connect them using a built-in click/connector system.
What I Can Already Do
In Fusion 360, I am already able to:
- Place text and convert it into 3D letters
- Explode text into individual letters
- Create an offset around the letters
- Extrude the letters to create:
a solid back plate & a raised outline that can hold moss
What I Want to Learn (Main Goal of the Videos)
I want to learn how to:
- Split a design into multiple printable parts
For example:
- Printing the word “Living” as Li / vi / ng
- Each part should be printable separately
- Design a click / snap-fit connection system
- The split parts should be able to click together cleanly after printing
- The system should be strong enough for display purposes
- Preferably simple and reliable for FDM 3D printing
Apply this consistently to text-based designs. So I can reuse the method for different words and letter combinations
What I’m Looking For
- Clear screen-recorded tutorial videos
- Very step-by-step, slow-paced explanations
- Every click and setting explained
- Focus on how and why (but no heavy theory)
- Either Fusion 360 or Tinkercad is fine
- English spoken instructions
Deliverables
Videos that guide me from:
- a finished letter design
- to a split, printable design
- including a functional click/connector system
Ideal Freelancer
- Experienced with Fusion 360 or Tinkercad
- Familiar with 3D printing constraints (tolerances, snap fits, print orientation)
- Able to explain things clearly to beginners
If you have examples of similar tutorials or instructional videos you’ve made before, I’d love to see them.
The videos should be suitable for a complete beginner (n00b level) and focus on practical actions rather than theory.
Context
I want to design and 3D print large letters (around 20 cm high) that can later be filled with moss.
Because of the size, I can only print 1–2 letters per print, so I need to split words into parts and later connect them using a built-in click/connector system.
What I Can Already Do
In Fusion 360, I am already able to:
- Place text and convert it into 3D letters
- Explode text into individual letters
- Create an offset around the letters
- Extrude the letters to create:
a solid back plate & a raised outline that can hold moss
What I Want to Learn (Main Goal of the Videos)
I want to learn how to:
- Split a design into multiple printable parts
For example:
- Printing the word “Living” as Li / vi / ng
- Each part should be printable separately
- Design a click / snap-fit connection system
- The split parts should be able to click together cleanly after printing
- The system should be strong enough for display purposes
- Preferably simple and reliable for FDM 3D printing
Apply this consistently to text-based designs. So I can reuse the method for different words and letter combinations
What I’m Looking For
- Clear screen-recorded tutorial videos
- Very step-by-step, slow-paced explanations
- Every click and setting explained
- Focus on how and why (but no heavy theory)
- Either Fusion 360 or Tinkercad is fine
- English spoken instructions
Deliverables
Videos that guide me from:
- a finished letter design
- to a split, printable design
- including a functional click/connector system
Ideal Freelancer
- Experienced with Fusion 360 or Tinkercad
- Familiar with 3D printing constraints (tolerances, snap fits, print orientation)
- Able to explain things clearly to beginners
If you have examples of similar tutorials or instructional videos you’ve made before, I’d love to see them.
Related categories:
3D Rendering
3ds Max
3D Modelling
3D Animation
3D Design
3D Printing
Fusion 360
3D CAD
Tinkercad
3D Print Design