The Behrens-Ufer Berlin project divided the large, historic industrial complex into multiple architecture competitions to redevelop the block with new functions and activities.

Our building for this competition presented a unique challenge, featuring vertical farming integrated with offices and labs, as well as public areas such as a market, a restaurant, and a sky bar.

In this project, I contributed to the internal distribution of the program and facade design. I was also responsible for the building's 3D modeling and helped investigate and make decisions about the general design and structure.

For the Pina Bausch Zentrum competition, I contributed to the second design phase for the cultural center. The project involved connecting the new representative building to the existing theater and incorporating additional functions such as an archive, visitor center, and outdoor stages for dance and choreography.

During this project, my primary responsibilities included developing the parametric facade design and general 3D modeling. For the facade, I aimed to integrate the rhythm of popular dance styles with the theatrical essence of Pina Bausch. The result was a curtain-like facade that partially conceals the zig-zag truss structure of the block-shaped building.

During my Erasmus semester at UPV in Valencia, Spain, our major subject was divided into two projects. The first part involved designing two residential buildings connected by an inner courtyard.

Our project aimed to create a democratic use of the courtyard, integrating access for cars and other vehicles by designing an open garage with a park and a community garden on the rooftop.

My primary contributions to this project included developing the quality of the courtyard and the garage. I was also responsible for the visualizations and 3D modeling.

The sports hall in the old Ership storage building was the second part of the major subject during my Erasmus semester in Valencia.

The challenge here was to adapt the old building into a modern sports center, considering new and sustainable ways to meet its energy demands.

For the general concept, we aimed to create a less invasive inner structure for the upper levels and rooms, using a house-in-house approach. The rooftop features passive air circulation, and the parametrically designed south facade serves as sun protection and a double skin for passive airflow.

Capela Nova is a pavilion designed for a revitalization complex in Salto, São Paulo, Brazil. This project is part of the city's revitalization plan and was developed as a competition entry at the university.

The concept was to use the rebirth symbolism observed in the moon phases as an analogy for the city's revitalization, representing a second chance for its inhabitants, many of whom have a criminal or marginal past.

For the structure, I used the round form of the lake as a starting point and extruded a cone from that, shaping the roof. The main arc delineates the pavilion's opening to the natural landscape, inviting visitors to discover the view. Bamboo was chosen as the primary material due to its abundance in the nearby region and its flexibility for the project.

ReUse Italy is an initiative aimed at restoring and reutilizing old ruins in Italy through open competitions. This particular project focused on the Nymphaeum Bramante in Genazzano, Rome.

As part of another speed design project at the university, which also doubled as a real competition, I approached the task with a dualistic architectural concept. The remaining structure remains largely untouched, while a modern prosthesis is placed above and between the ruins. This creates a contrast between past and future, preserving the original concept of the Nymphaeum while introducing the possibility of integrating modern architecture.

This project focused on designing an energy-efficient building. The objective was to plan an additional floor on top of our university's building to generate sufficient energy for a technology development center. I chose to harness solar energy, leading to the creation of FOLIUM.

The concept was inspired by plant leaves, specifically those of cannabis and avocado. These natural forms are reflected in both the facade design and the blind modules of the building.