Developing Lumilyhty
Lumilyhty requires much work before it will be a buildable design. We started the process by identifying the pros and cons to determine what to prioritise, using a SWOT analysis:
|
Strengths:
|
Opportunities:
|
|
Weaknesses:
|
Threats:
|
The main findings of the analysis were that priority was to develop a roof for weather protection of both the structure and the users. Simultaneously studying which parts of the proposal we wanted to keep and which ones should be changed, students individually and in groups developed design solutions and proposals at various scales.
After this initial exploration we developed some more developed ideas, where the contours of Kide started to be visible. It became clear that the main components of Lumilyhty we wanted to conserve, were the angled linear timber pieces, the 'snowflake' joint, and the general lightness and transparency of the timber structure.
Aspects that were studied included:
- Effectiveness of roof
- Robustness and structural logic of design
- Clarity of concept and design intention
- Scale and relation to site
- Possibility to prefabricate and optimise for short assembly time.
After a month of development, which included intermediate presentations to the client, we settled on the shape that basically is Kide now. It features a square plan with a diagonal roof ridge. This arrangement allows us to align all structure and other components with the 30° angled facades. The strong roof line and pointed elevation are a distinctive addition to the square and the open front and back sides allow the rich timber structure to be visible from outside.
Read more news
Certificate in Advanced LCA Simulation
A new AaltoEE course (funded by EIT RawMaterials) developed together with Aalto University, Metso, Université de Bordeaux, WrocÅ‚aw University of Science and Technology, VTT Technical Research Centre of Finland and TU Bergakademie Freiberg.
Did you graduate with a master's degree from the School of Arts, Design and Architecture? You can continue your studies as an alumni student!
Aalto ARTS now offers newly graduated Masters of art, architecture and landscape architecture a unique opportunity to deepen their expertise even after graduation. With alumni student rights, you can continue your studies, enhance your skills and flexibly utilise university services — exactly when it suits you.
TUM + Aalto SGT summer course explores economic land dynamics in West-Africa through innovative simulation
The summer course offered a dynamic simulation on land economics tailored for West African countries: Liberia, Ivory Coast, Ghana, Togo, and Benin.