3D Modelling & Printing (1136EN)

3D Modelling & Printing

Description

At the end of the training, participants will be able to:
  • Design parametric 3D models using CAD software;
  • Scan, import, and modify 3D objects;
  • Prepare and optimize 3D prints (FFF technology, material selection, and advanced slicer settings);
  • Apply Design for Manufacturing (DFM) principles to create manufacturable parts;
  • Complete a full project, from 3D modeling to the final presentation.

Module 1 | 3D Modeling |16h
  • 3D Printing Introduction
  • CAD Basics
  • Advanced 3D Modeling (Creation)
  • Component Organization
  • Advanced 3D Modeling
  • Advanced Parametric
  • Assemblies
  • Configurations

Module 2 | 3D Scanner | 8h

Module 3 | 3D Printing | 16h

  • Introduction to FFF
  • Introduction to PrusaSlicer
  • Advanced Slicer
  • Materials
  • DFM
  • Advanced slicing and printing
  • Special design techniques for 3D printing
  • Project Documentation

Module 4 | 3D Printer Maintenance & Repair | 16 hModule 5 | Industry & Robotics | 8 hModule 6 | Final Project - Individual project implementation | 16 h

The training approach combines theoretical instruction, hands-on exercises, and an individual project, complemented by interactive discussions that encourage the practical application of the knowledge and skills acquired.

Basic computer skills (Microsoft Office or equivalent) and an interest in 3D modeling & printing.

This training programme is intended for:

  • professionals working in the woodworking, metalworking, and mechatronics sectors;
  • architects and engineers;
  • industrial designers and product designers;
  • technical designers and CAD technicians;
  • professionals involved in manufacturing, production, and prototyping;
  • additive manufacturing and 3D printing technicians and operators;
  • craftspeople wishing to integrate 3D modeling and 3D printing into their activities;
  • teachers and trainers in technical and engineering fields;
  • people undergoing a career change towards digital design, CAD, or additive manufacturing;
  • anyone with basic computer skills who wishes to develop competencies in 3D modeling and additive manufacturing.

Certification du Ministère de l’Education nationale, de l'Enfance et de la Jeunesse

SkillsBridges

  • The CNFPC reserves the right to cancel or postpone a training course if the number of duly registered participants is insufficient, for organisational reasons, or in the event of force majeure.
  • Cancellation: In the event of cancellation or absence from the training course, the full registration fee remains payable unless the registration is cancelled no later than 72 hours before the start of the course. Absences duly justified by a medical certificate entitle the participant to a full refund of the registration fee.

Sessions

Sommet Rue Henry Koch 22, 4354 Esch-sur-Alzette, Luxembourg (see map)
Jacques MULLER | jacques.muller@cnfpc.lu | +352 55 89 87 209
Face-to-face | English | Available places: 13 / 14
Courses:
  • September : Thursday 24
  • October : Thursday 1, Thursday 8, Thursday 15, Thursday 22, Thursday 29
  • November : Thursday 12, Thursday 19, Thursday 26
Additional information
Training Schedule
  • 24/09/2026 – 3D Modeling
  • 01/10/2026 – 3D Modeling
  • 08/10/2026 – 3D Scanning
  • 15/10/2026 – 3D Printing
  • 22/10/2026 – 3D Printing
  • 29/10/2026 – 3D Printer Maintenance & Repair
  • 12/11/2026 – Individual Project Implementation
  • 19/11/2026 – Individual Project Implementation
  • 26/11/2026 – Industry & Robotics
3D Modelling & Printing

Organisation

Organizer:
Language: English
Expertise Area: Industry & Process
Public: Business and independent, Salaried employee
Duration: 72 hours
Mode: Face-to-face
Sessions