BEGINNER · 5 DAYS · FULLY FUNDED

Additive Manufacturing & CAD Design

Move into modern manufacturing. Five days hands-on with industry-standard CAD software and 3D-printing workflows — from blank canvas to finished prototype.

DURATION
5 days
~40 hours total
FORMAT
In-person or online
Maesteg · Bridgend
LEVEL
Beginner
Designers
COST
£0 to you
100% ReAct+ funded
// About this masterclass

What you'll learn in five days.

Additive manufacturing is transforming how products are designed, tested and produced — from aerospace to healthcare to consumer goods. Welsh manufacturers are adopting these technologies fast, and they need people who can operate them.

This five-day course takes you from zero CAD experience to producing a fully designed and 3D-printed prototype. You'll learn Fusion 360, slicing software, material selection, and the design thinking that makes additive manufacturing viable.

No prior CAD or 3D printing experience needed. You just need spatial curiosity and a willingness to iterate.

40h
Intensive training
5
Hands-on labs
3
Portfolio deliverables
1:6
Tutor ratio max
// Day-by-day curriculum

Five days. Five outcomes. One transformed career.

Mornings are taught sessions, afternoons are hands-on labs where you build something real.

DAY
01

3D Modelling Fundamentals

Your first 3D model — understanding 3D space, sketching, extruding, and basic solid modelling.

  • Introduction to 3D design
  • Fusion 360 interface & navigation
  • 2D sketching in 3D space
  • Extrusions & revolves
  • Basic modifications (fillet, chamfer)
  • Design history & parametric modelling
LAB
Model a practical object from scratch in Fusion 360
DAY
02

Advanced CAD & Assembly

Multi-part assemblies, joints, and the CAD skills that separate prototypers from professional designers.

  • Multi-body & component design
  • Assembly joints & constraints
  • Section analysis & interference
  • Pattern features
  • Sheet metal basics
  • Rendering & visualisation
LAB
Design and assemble a multi-component product
DAY
03

Design for Additive Manufacturing

Not everything designed in CAD prints well. Learn the rules, constraints and optimisations for successful 3D printing.

  • FDM, SLA, SLS process overview
  • Design rules for FDM printing
  • Support structures & overhangs
  • Wall thickness & infill
  • Tolerances & fit
  • Topology optimisation basics
LAB
Redesign a part specifically optimised for 3D printing
DAY
04

3D Printing Operations

Hands-on with real printers. Slicing, material selection, bed preparation, printing, and troubleshooting.

  • Slicing software (Cura/PrusaSlicer)
  • Material selection (PLA, PETG, TPU)
  • Print settings & profiles
  • Bed adhesion & calibration
  • Print monitoring & troubleshooting
  • Post-processing (sanding, finishing)
LAB
Print your optimised design and iterate based on results
DAY
05

Prototyping & Production

From prototype to product. Iterative design, costing, production planning and presenting your work.

  • Rapid prototyping workflows
  • Iterative design methodology
  • Cost analysis for additive vs traditional
  • Production planning
  • Quality control & inspection
  • Portfolio & presentation preparation
CAPSTONE
Present your complete design-to-prototype workflow
// What you'll walk away with

Three real projects. One transformed CV.

DELIVERABLE_01

Working 3D-Printed Prototype

A physical product you designed, optimised, printed and finished — tangible proof of your skills.

DELIVERABLE_02

CAD Portfolio Piece

A professional Fusion 360 project with full design history, assembly, drawings and renders.

DELIVERABLE_03

Design-to-Production Workflow

Documented workflow from concept to printed part including material selection, costing and iteration.

// Is this for me?

Honest about who this works for.

Best for: Designers · engineers · manufacturers · makers

This is for you if…

  • Manufacturing workers wanting modern digital skills
  • Designers interested in rapid prototyping
  • Engineers wanting to add additive manufacturing knowledge
  • Career changers attracted to product design and making
  • Anyone curious about how 3D printing really works

This is not for you if…

  • You already use Fusion 360 or SolidWorks professionally
  • You want purely software-based design without physical making
  • You need industrial-scale manufacturing (injection moulding, CNC)
  • You're looking for jewellery-specific or artistic 3D printing

Your next chapter starts a week on Monday.

Five days is all it takes. Reserve your spot on the next cohort.