//Timeless Methasympoiesis Part 1 Project 2024 Alejandra OrtegaNicolás RoblesJuliana Piragauta Pontifical Xavierian University | Colombia //Timeless Methasympoiesis explores the future of architecture using advanced tools such as simulations, spatial syntax, and generative design. Rather than viewing architecture as static objects, we approach it as dynamic species. This interdisciplinary vision creates synergies between the existing context and new creations. By integrating biological strategies, non-equilibrium thermodynamics, and adaptive resilience, we aim to transform architectural systems into self-regulating ecosystems. Key components include the use of plasmodial logic and neural networks for anomaly detection and enzymatic system transformation. //Timeless Methasympoiesis envisions adaptive, resilient habitats that respond to ecological changes, ensuring the revitalization and strengthening of the ecological fabric. Through proactive identification and targeted interventions, we aim to optimize the interaction between biotechnological organisms and their environment. This innovative approach combines ecological resilience with advanced architectural techniques to create sustainable, dynamic habitats for the future. Additionally, the project delves into the concept of epigenetic architectural species and the implementation of changes monitored through vital functions, ensuring a continuous optimization process. The integration of biomimetic solutions fosters a symbiotic relationship with the environment, promoting biodiversity and sustainable coexistence. Tutor(s) César Ramírez