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Physitech Group
3D Printing

3D Printing and Additive Manufacturing Workshop

Offered by Physitech Group

3D Printing and Additive Manufacturing Workshop

A one-day hands-on introduction to the complete design-to-print workflow: model preparation, slicing, printer setup, printing and troubleshooting.

3D printing is an additive manufacturing process in which an object is created layer by layer from a digital design. This workshop takes participants through the full workflow: model preparation, file export, slicing, printer setup, material selection, printing, post-processing and troubleshooting.

It is delivered as instructor-led theory, live demonstration and hands-on group activities, and shows how 3D printing is used in engineering, product development, prototyping, healthcare, architecture, education and entrepreneurship.

What participants learn

  • Understand the principles, advantages and limitations of additive manufacturing
  • Identify the major parts of an FDM 3D printer and explain their functions
  • Prepare a basic digital model and convert it into a printable file
  • Use slicing parameters such as layer height, infill, supports, walls and print speed
  • Perform basic printer setup, calibration, material loading and safe operation
  • Recognize common print defects and apply basic troubleshooting
  • Explore project, career and entrepreneurship opportunities in 3D printing

Curriculum

Topics covered (tentative)

  • Introduction to 3D printing and additive manufacturing technologies
  • FDM/FFF printing process, printer components and safe operating practices
  • Common printing materials such as PLA, ABS and PETG
  • Digital design basics and preparation of a simple model
  • STL and other common 3D model file formats
  • Slicing software and generating printer-ready files
  • Layer height, infill, supports, wall thickness, temperature and speed settings
  • Bed levelling, calibration, filament loading and starting a print
  • Post-processing, common printing defects and maintenance
  • Applications of 3D printing in academic projects and industry

What's included

  • Professional trainers and a structured one-day workshop
  • Use of two 3D printers for live demonstration and hands-on group activities
  • Basic consumables for the scheduled printing activities
  • Digital or printed training material covering the design-to-print workflow
  • Participation certificate for every registered participant
  • Printed models made during the workshop can be kept by participants
  • Guidance on 3D printing applications, careers and project development

What the institution provides

  • A seminar hall or classroom that can comfortably seat all participants
  • LCD projector, projection screen, presentation computer and internet access
  • A computer laboratory or student laptops for model preparation and slicing
  • Stable worktables for two 3D printers, with nearby power sockets and uninterrupted power supply
  • Extension boards, adequate ventilation and a safe practical working area
  • One faculty coordinator and student volunteers for attendance and grouping

Gallery

Participants gathered around a 3D printer during a live demonstration
An instructor helping participants prepare models on laptops
Participants designing 3D models on their laptops
An instructor operating a 3D printer while participants watch
The touchscreen of a 3D printer showing a print in progress
A white 3D-printed duck held in a hand
An instructor showing a 3D printer to a group of participants
An instructor presenting a slide on additive manufacturing

Upcoming sessions

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