AI and computational design trends in architecture and landscape sectors

Recent academic research explores the integration of advanced computational and artificial intelligence tools within architectural and landscape design practices in Austria and Germany.

One study investigates a hybrid analog-digital workflow using vulcanized fiber, a cellulose-based material made from textile and cotton waste. Because the material undergoes unpredictable morphological changes during drying, researchers are developing methods to mediate the discrepancies between intended digital geometry and actual material behavior.

Another study examines the current state of AI usage in professional landscape architecture. Findings indicate that the field is in an early stage of adoption, primarily utilizing non-specialized software such as ChatGPT and Midjourney to increase efficiency in repetitive, non-creative tasks. While larger firms show more advanced integration due to greater capacity, practitioners express concerns regarding the reliability of AI and the effort required for implementation.