1. Innovative design: Experimental architecture principles encourage designers to push the boundaries of traditional architecture and explore new directions in design.
2. Technological advancements: Architects using experimental techniques often utilize new technologies and cutting-edge techniques to create buildings with novel materials and construction methods.
3. Sustainability: Many experimental architects prioritize sustainable design practices and incorporating environmentally friendly materials and processes.
4. User experience: User experience and human behavior are considered important aspects in experimental architecture designs, with an emphasis on creating spaces that foster wellness, productivity and inspiration.
5. Collaboration: Collaboration is essential to experimental architecture principles, with architects often working alongside other professionals such as engineers, scientists and artists to develop new groundbreaking designs and approaches to building design.
6. Iterative process: Experimental architecture principles require a continuous process of trial and error, testing, prototyping, and refining to achieve the final design.
7. Contextualism and site specificity: Experimental architecture principles uphold designing in keeping with the environment and the surrounding context. The site specificity ensures that the building is not isolated from the environment but instead complements and enhances its surroundings.
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