Technical University Delft

2024 - Now

MSc Graduation Project, continueing in freelance Project

Technical University Delft

2024 - Now

MSc Graduation Project, continueing in freelance Project

Technical University Delft

2024 - Now

MSc Graduation Project, continueing in freelance Project

Sientific paper will be published and presented on 27th International Conference on Engineering & Product Design Education (E&PDE 2025)

Sientific paper will be published and presented on 27th International Conference on Engineering & Product Design Education (E&PDE 2025)

Educational manufacturing toolkit, TU Delft

What’s the best way to learn about manufacturing? Hands-on, of course! Unfortunately, manufacturing machines are often expensive, bulky, and potentially dangerous without proper safety training. Especially in an educational context can this limit hand-on learning.

The problem

At TU Delft, education in manufacturing techniques is mostly limited to lectures and videos. Students miss the real-life feel of working with machines. That makes sense. The equipment is large, costly, and hard to house in a teaching environment. It also demands safety training that is not practical for large student groups, and materials are too expensive for regular hands-on use.

Safety

Expensive

One function only

Size

The solution

An affordable toolkit designed with the goal of educating. It allows students to assemble different tabletop manufacturing machines and create their own parts! Students can configure the machine themselves. Currently three configurations are developed but I'm currently developing other variants.

Safe

Cheap

Multi-functional

Small

Show configurations

Show configurations

Show configurations

The process

With the freedom to work in my own style, I was able to create many prototypes and explore multiple iterations. Here you can see how the configurations evolved over time, starting with low-fidelity models and progressing to a finished concept ready for small-scale and potentially large-scale manufacturing.

See how the project developed over time

The process

With the freedom to work in my own style, I was able to create many prototypes and explore multiple iterations. Here you can see how the configurations evolved over time, starting with low-fidelity models and progressing to a finished concept ready for small-scale and potentially large-scale manufacturing.

See how the project developed over time

The process

With the freedom to work in my own style, I was able to create many prototypes and explore multiple iterations. Here you can see how the configurations evolved over time, starting with low-fidelity models and progressing to a finished concept ready for small-scale and potentially large-scale manufacturing.

See how the project developed over time

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