3D Printer FYIFEATURED CREATORS · SKILL ISSUE
DESIGN IT
Part of SKILL ISSUE. Channel: Maker’s Muse. Site: makersmuse.com.
CAD stops being homework and starts becoming a superpower.
Angus Deveson teaches the part of 3D printing that becomes increasingly obvious after the honeymoon: downloading STLs is fun, but knowing how to design the thing you actually need changes the hobby completely.
Printer ownership gets you plastic objects. Design skills get you whatever weird plastic object is currently missing from your life.
Why this makes you a better maker
Maker’s Muse is where 3D printing becomes less about operating a machine and more about learning how to make things.
On makersmuse.com, Angus describes a Bachelor of Industrial Design (first-class honours) from the University of Technology Sydney, a first desktop printer in 2012, and a YouTube channel launched in 2014 to share applications and possibilities. Education is a stated core: CAD for Newbies, advanced CAD tutorials, workshops, and 3D Printing 101 material.
That design background matters because he spends a lot of time on the skill that separates “I can print files” from “I can solve problems with a printer”: geometry that understands how it will actually be manufactured.
His beginner CAD material walks through real parametric modeling instead of treating CAD as a mysterious prerequisite. One well-known Makercoin tutorial moves through sketching, revolve, extrusion, circular patterns, SVG import, and STL export in one approachable project. Watch
His design-stage tips focus on making models more printable — not merely prettier in CAD — and his long-running tolerance work includes a printable gauge with gaps from 0.15 mm to 0.5 mm for determining what a specific printer can actually resolve in moving assemblies. Design tips · Tolerance gauge
He also has a habit of making the lesson more interesting than a calibration cube. Puzzles, mechanisms, print-in-place challenges, and weird functional objects become ways to teach clearance, assembly, orientation, support avoidance, and iteration.
The Fusion Overload Puzzle Canister is demanding enough that he specifies a printer should be able to clear a 0.3 mm gap before attempting it. Project
The experimentation continues past “another print”: in 2026 he showed a mechanism visualiser that physically plots a mechanism’s output using a conveyor and UV-reactive material, beginning with a Scotch yoke and its sinusoidal motion. Peak Maker’s Muse — build a strange physical thing because it teaches the underlying mechanism better than staring at a CAD animation. Project update
The site’s FAQ is explicit: Maker’s Muse will not accept paid reviews. Source
3D Printer FYI take
Angus teaches the moment where a 3D printer stops being an appliance and starts becoming a capability.
You can spend years downloading increasingly elaborate dragons and still technically be “into 3D printing.” No judgment. Some of those dragons have excellent wings.
But the first time you measure a broken bracket, open CAD, change three dimensions after the prototype is wrong, and print a replacement that actually fits — the hobby changes.
Maker’s Muse has been nudging people toward that moment for years.
He is especially good at hiding vegetables in the dessert. You click because the object is a weird puzzle, mechanism, combat robot part, or impossible-looking print. Somewhere along the way you learn about tolerances, print orientation, clearances, parametric design, or why the beautiful CAD model you made is an absolute bastard to manufacture.
That is proper edutainment.
He’ll lure you in with a puzzle and somehow make you learn tolerances.
What you’ll accidentally learn
- How to move from downloaded STLs into actual CAD
- Parametric design fundamentals
- How tolerances and clearances affect moving printed parts
- How to design geometry around support, overhang, and orientation — after you can get a first print down
- Why printability should influence the design before slicing
- How mechanisms translate motion
- How puzzles and print-in-place designs exploit manufacturing constraints
- Why owning a printer is less powerful than learning to design for the printer
Start here
CAD for Newbies — Makercoin
A beginner-friendly project covering sketches, revolve, extrude, circular patterns, SVG workflows, and export for printing.
Why feature it: Excellent “I have never modeled my own thing” entry point.
Must-Have 3D Printing Tips & Tricks — Design Stage
Five design-stage considerations intended to make models print better.
Why feature it: Good printing often begins in CAD, not in the slicer.
Clearance and Tolerance 3D Printer Gauge
A practical test model for discovering which gaps a specific machine can resolve.
Why feature it: “Tolerance” stops being a vague word and turns into a number you can design around.
Fusion Overload Puzzle Canister
A deliberately challenging printed puzzle requiring tight clearances and a well-tuned first layer.
Why feature it: Education disguised as an object designed to annoy you.
Mechanism Visualiser
A physical machine built to plot the output paths of mechanisms, starting with a Scotch yoke.
Why feature it: Angus at his best: using making itself to explain mechanical ideas.
FDM/FFF Quick Start Guide
A free beginner reference covering the process and whether FDM is appropriate for a project.
Why feature it: Companion for readers who arrive inspired but genuinely new.