As part of the third semester, the open project can be seen as a preparation for the master thesis in the following semester.

With this module the students are tasked to explore individual concepts for context driven architectural projects, based on self developed research questions. The theoretical knowledge and practical skills learned in the modules and projects of previous semesters enable the students to further deepen their understanding of the use of computational design and production techniques in different project phases – the analytical phase, design development, communication and presentation as well as digital production.

Lastly the students can practice the communication of their research results in either scientific writing, an artistic study or an architectural concept.

 

Daya Sara Daniel – Facade-Integrated Micro-Turbines: Urban Wind Power

In today´s time many urban areas are facing the problems of increasing energy demands, climate change and the need for sustainable development. With this in mind, Daya Sara Daniel explores the integration of renewable energy systems into building design. This project investigates the potential and feasibility of modular facade panels with integrated micro-turbines, as a way to generate decentralized energy within urban context.

 

Farah Gheith – Shaping Tassili Berber for Desert

This project is inspired by the traditional building technique Karshif, a mixture of natural building materials, and explores sand´s self-forming behaviour. Farah Gheith sees the core potential in utilizing sand as a reusable framework for casting complex architectural elements, reinterpreting the structural integrity of Karshif, for more refined and aesthetically driven design possibilities.

“Is there a way to use sand as a reusable material and communicate this in a from appropriate to the material? To simply borrow them from nature rather than consuming…”

 

Krishna Tej Jami – Integrating Large Language Models in Architectural Design Workflows

Today traditional architectural workflows still involve time-consuming manual tasks and limited automation. With this project Krishna Tej Jami acknowledges the growing need to optimize these workflows with large-language-model-driven tools.

The integration of large language models aims to enhance both the efficiency and creativity of parametric modelling by automating repetitive tasks, while improving decision-making and enabling real-time visualization.

 

Jerin Joy – Overheating in Shadow Boxes

Shadow boxes are specialized construction elements used in curtain wall systems, creating the appearance of depth behind transparent glass panes. The additional incorporation of metal sheets can enhance the visual depth and aesthetic appeal. However a common problem that arises with this design is overheating.

Jerin Joy addresses this problem and aims to optimize shadow box design and manufacturing, in order to enhance thermal efficiency and prevent detrimental effects on facade performance.

 

Marzie Molaei Maqsoudbeki – Incremental Modular Housing

Facing the global housing crisis requires innovative solutions, meeting immediate needs as well as providing long-term adaptability.

Marzie Molaei Maqsoudbeki approaches this topic in several steps – historical analysis, case study examination, theoretical framework development and practical implementation. This exploration of adaptable housing through incremental and modular design focuses on user participation, design flexibility and modern technology.

 

Didem Pekdemir – Eco-Friendly Temporary Housing Solutions: Utilizing Typha in Construction

As a result of an increasing number of natural disasters the demand for immediate shelter solutions grows as well. Not only should these solutions cater for the needs of durability and comfort but also provide environmental sustainability.

Didem Pekdemir explores innovative construction methods for temporary living spaces using typha. Furthermore the integration of computational tools into the design and construction process allows the augmentation of traditional building crafts to optimize the use of natural materials.