Project Overview

Ecosystem Usability

Industrial Design

Product Strategy

Colour, Material & Finish Application

Pi-top [4] STEM Education Computer

The challenge was to design a Raspberry Pi-powered computer that serves as an educational aid for STEM learning.

The outcome was an inclusively designed modular computer at the heart of a diverse product range. Central to the setup is the Pi-top [4], a compact wonder powered by the Raspberry Pi 4. This unit serves as the system's "brain”. It seamlessly docks into a myriad of creations – transforming into a laptop, tablet, handheld console, drone, or whatever the imagination conjures. This empowers students to begin with the essentials and advance to grander projects.

The Product

An animation of the keyboard folding out from the screen and the Pi-Top pivoting to form a stand.
A student using the pi-top.  User-centered concept development.

The Good Stuff

Pi-top [4] was created as a modular computer to aid STEM education, learning, and growth. Continue reading to uncover how the design was refined to empower everyone in mastering STEM skills.

Portable Computer

Accessibility & Usability

Beyond a Computer

As a design-immersed team, we enthusiastically embraced the chance to contribute to a project that ignites creativity, encourages playfulness, and imparts tech know-how to the upcoming generation.

Included with every pi-top [4] is a 'Foundation Kit,' designed to inspire children to construct and engage in play. This kit comprises an array of components and sensors, providing all the essentials for diving into physical computing learning.

Each compact sensor features a magnetic base, enabling it to fit into various mounts. These mounts seamlessly integrate with Pi-top’s build structure and even established building materials like Lego Technics.

An animation of how components connects together. Advanced 3D modeling techniques and workflows.
An animation of how components connects together. 3D modeling for product visualization.