Slim Stallen

For my graduation project, a project partner and I created a completely new design for the staff bicycle parking at school. The existing situation was far from optimal: the parking area was outdated, poorly lit, and impractically laid out. Our research even revealed that the roof was so low that teachers frequently bumped their heads. In addition, modern facilities for e-bikes were lacking, despite their increasing popularity.

Data Analyse Model Adobe Illustrator

User Research

To develop a well-founded solution, we conducted an extensive survey among staff. This revealed that almost half of all e-bike users were unable to charge their vehicle at school due to a lack of facilities. Access via a physical key was also identified as a significant drawback. This data formed the basis for our concept 'Slim Stallen': a modern, sustainable design focused on security, ease of use and an ecological appearance.

A Modern and Sustainable Concept

The final design is an enclosed wooden structure with an eco-inspired look. The storage facility is secured with an NFC access system, allowing staff to enter using their own school tag. We enhanced usability by adding automatic doors and smart LED lighting that adjusts to daylight levels.

Charging points powered by rooftop solar panels have been integrated for e-bikes. The layout has also been optimised with separate zones for bicycles and a partitioned compartment for waste bins.

Technical Design

The concept was fully developed to scale as a wooden scale model. In Adobe Illustrator, I drew the components for the laser cutter, accounting for the 3mm material thickness.

The standout feature of the model was the facade: built up from dozens of individually glued pieces of wood for a precise finish. Translating the user research into a technical and visual prototype was the most valuable part of this final project.