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School Lab Stories

Our stories show the kinds of school and youth learning environments PrintAcademy 3D supports. Each story focuses on a different town, setting or classroom need.

School Lab Stories
Stellenbosch Secondary Lab

Stellenbosch Secondary Lab

A secondary school lab setup focused on practical technology projects and teacher-led demonstrations.

Paarl Primary Centre

Paarl Primary Centre

A primary-level learning space introduced 3D printing through supervised discovery and simple models.

Somerset West Campus

Somerset West Campus

A campus technology room expanded its project capacity with a structured 3D printing area.

Cape Town Community Maker Space

Cape Town Community Maker Space

A school library maker corner gained a compact print station for creative project sessions.

Bellville Tech Room

Bellville Tech Room

A technology classroom added a practical print workflow for design exercises and prototype review.

Milnerton Maker Club

Milnerton Maker Club

An after-school club introduced printing for collaborative challenges and learner-led idea testing.

George School Lab

George School Lab

A school in George adopted a multi-printer layout to support larger class group rotations.

Gqeberha Science Room

Gqeberha Science Room

A science-focused room added printed models to support visual learning and hands-on explanation.

Durban Arts Campus

Durban Arts Campus

An arts-oriented campus explored form and texture through digital design and printed creative pieces.

Pinetown Training Room

Pinetown Training Room

A training room hosted introductory educator sessions on preparing classroom-ready printing activities.

Johannesburg Innovation Lab

Johannesburg Innovation Lab

An urban school innovation room set up a structured space for prototyping and teamwork.

Soweto Learning Hub

Soweto Learning Hub

A community-linked learning hub introduced 3D printing through short guided workshops and demonstrations.

Pretoria STEM Centre

Pretoria STEM Centre

A STEM-focused centre organised its printers and materials for regular school group visits.

Centurion College Room

Centurion College Room

A college-style learning room added prototyping tools to support practical design exercises.

Midrand Workshop Space

Midrand Workshop Space

A workshop space adopted a flexible mobile print setup for rotating groups and short sessions.

Polokwane School Club

Polokwane School Club

A school club used a compact setup to support learner creativity and weekend challenge builds.

Kimberley Tech Class

Kimberley Tech Class

A tech class introduced printed project parts to strengthen practical problem-solving activities.

How to read these school lab stories

Each story points to a different teaching need, from a small staff room pilot to a busy technology classroom with several printers on rotation. Some schools want a simple introduction for teachers, while others need a full lab setup course, printer operations guidance and ongoing maintenance basics.

When you compare the stories, look at the age group, the number of learners in the room, and how much support the staff team needs. A good fit is not only about buying equipment, it is also about choosing the right training path so the lab stays practical to run during a normal school week.

What a classroom-ready lab usually includes

A working school lab needs more than a printer on a table. It needs a clear layout, safe storage, enough power points, basic ventilation and a plan for filament, tools and finished parts. In coastal areas like Cape Town and Gqeberha, humidity control matters as much as neat storage because damp materials can affect print quality.

  • 3D printer or printers suited to the room size
  • Computer access for design and slicing work
  • Tools for removal, cleaning and simple finishing
  • Filament storage in sealed containers or cupboards
  • Teacher notes for supervision, setup and shutdown

Stories for teacher training and first-time use

Some schools begin with a Teacher Introduction or Teacher Intermediate programme before bringing learners into the lab. That approach works well where staff need confidence with printer operations, file preparation and classroom routines. It also helps when one teacher is covering more than one subject and needs a simple system that can be repeated week after week.

These stories often suit schools in Stellenbosch, Somerset West or Paarl where a small group can start with one machine and build from there. The focus is on practical use, not theory alone, so teachers can return to class with a clear plan for project work and safe supervision.

  • Great for first-time staff users
  • Useful where timetable space is limited
  • Helps set up a repeatable classroom routine

Stories for learner clubs and holiday programmes

Maker clubs and holiday groups need a different pace. Learners often work in mixed ages, so the project has to be simple enough for beginners but open enough for creativity. In these settings, CAD Basics and Learner Foundations are often combined with a hands-on print session so pupils can see how a digital idea becomes a real object.

Holiday programme rooms also need clear rules for queues, tool sharing and print collection. Small mistakes can slow the whole group, so it helps to keep the workflow visible and easy to follow. A tidy room makes it easier to manage load-shedding interruptions too, because everyone knows where the work stopped and where it must resume.

Stories for school leadership and planning teams

Some schools need a Management Briefing before any equipment is ordered. These stories focus on the practical side of adding 3D printing to a school environment, including room choice, teacher time, consumables and ongoing care. This is often the right step for principals, heads of department or governing body members who want a clear picture of what the lab will need month by month.

It also helps schools compare a small pilot room with a fuller rollout. A management team can then decide whether to begin with one lab, a shared resource room or a phased rollout across multiple grades.

Common school needs across South Africa

From Cape Town to Pretoria, schools often ask for the same practical answers. Can the kit fit into an ordinary classroom? How much support will teachers need? What happens if the power cuts during a print? These stories address those questions with real classroom conditions in mind, not ideal conditions that rarely exist in a busy school.

  • Room layout that works in standard classrooms
  • Simple steps for safe use around younger learners
  • Plans for power interruptions and restart checks
  • Maintenance habits that reduce downtime

In schools near the coast, keeping materials dry matters. In inland towns, dust and heat can be the bigger issue. Either way, the best lab is one that teachers can keep going without extra stress.

Choosing the right story for your school

If you are not sure where to begin, choose the story that matches your current stage. New teachers may start with introduction training. Schools with active clubs may prefer learner-facing programmes. Schools preparing for a new room may need a lab setup course and a management briefing together. Each path has a different purpose, but the aim stays the same: a classroom lab that is easy to run and useful for real projects.

Questions we get asked

What do the school lab stories help me compare?

They help you compare classroom size, learner age, teacher support, equipment needs and the amount of maintenance a school can manage.

Can a school start with a small 3D-printing setup?

Yes. Many schools begin with one printer, basic storage and teacher training, then add more equipment once the room routine is settled.

Do these stories cover different towns and school settings?

Yes. The examples reflect different South African town settings and classroom needs, including coastal schools, inland schools and multi-purpose learning spaces.

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