Overview
Häme University of Applied Sciences showcased several footwear projects developed within its Smart and Sustainable Design Bachelor's degree course. These projects included a modular combat boot design, woven shoe constructions incorporating 3D-printed soles, and shoes produced from tanned vegetable leather.
Research Context
The featured footwear projects originated from the Smart and Sustainable Design Bachelor's degree program at Häme University of Applied Sciences. This context indicates an educational setting focused on design principles that integrate both smart technology and sustainable practices within product development.
Approach
Specific approaches observed across the showcased projects include:
- Modular Design: Exemplified by black leather combat boots, which were informed by punk culture. The modular characteristic suggests a design enabling component interchangeability or customization.
- Material Integration: Demonstrated through woven shoes, which incorporated 3D-printed soles. This approach combines traditional weaving techniques with additive manufacturing.
- Sustainable Material Utilization: Highlighted by shoes manufactured from tanned vegetable leather, indicating a focus on environmentally conscious material choices in footwear production.
Findings
The Häme University of Applied Sciences' Smart and Sustainable Design course produced diverse footwear designs:
- Modular combat boots crafted from black leather, drawing inspiration from punk culture.
- Woven shoes that integrated 3D-printed soles as a structural component.
- Footwear constructed using tanned vegetable leather, emphasizing material sustainability.
Why This Matters
The projects from Häme University of Applied Sciences illustrate student work in footwear design, demonstrating various material applications and design philosophies, including modularity and sustainable material use, within a design curriculum focused on smart and sustainable principles.