Robotic Fused Granular Fabrication (FGF) Blowforming explores the intersection of additive manufacturing, robotic fabrication, and material behavior. This process integrates granular extrusion-based 3D printing with robotic forming techniques to shape complex geometries dynamically.

This studio explores innovative approaches to timber design and fabrication by leveraging digital technologies to redefine traditional construction methods. The goal is to demonstrate the advantages of free-form structures and heterogeneous material combinations, highlighting their superior performance, customization, and aesthetic possibilities over conventional rectilinear timber construction.

Robotic 3D clay printing explores the fusion of geometric structures, material behavior, and computational design. Inspired by Robinson Fredenthal’s polyhedral sculptures, this project translates mathematical forms into architecture, leveraging robotic fabrication to push the boundaries of form, texture, and assembly.

This research explores the intersection of biology, material science, and digital fabrication, focusing on sustainable, bio-based alternatives for architectural applications. Projects include the development of hide glue composites with enhanced structural performance and as part of ongoing investigations at DumoLab, contributions extend to cutting-edge biomaterial research, including participation in the CCA & Autodesk Technology Center Symposium.

The subject of my Master’s thesis, explores Selective Cement Activation (SCA)—an innovative architectural 3D printing method that selectively hardens cement-based powders to create sustainable, high-precision structures. By integrating recycled materials and computational fabrication, SCA offers a waste-efficient alternative to traditional concrete construction, expanding the possibilities of digital manufacturing in architecture.

Doruk Hospital Lobby stands as a striking example of parametric design, where fluid forms and structural richness converge to create an immersive experience. From dynamic column integrations to algorithmic floor patterns and custom lighting elements, the space embraces a holistic and human-centered approach to healthcare interiors.

Medicana Zincirlikuyu Hospital is a state-of-the-art healthcare facility that combines contemporary architecture with a patient-centered design. Featuring spacious rooms, a welcoming lobby, and thoughtfully designed social areas, the hospital creates an environment that fosters wellness and comfort.

Colony is a research and design laboratory fostering collaboration between local academics, designers, technologists, artists, entrepreneurs, and activists to improve everyday life for the planet and its inhabitants.

Sinop Historical Prison Museum Restoration Project Ministry of Culture and Tourism of the Republic of Turkey Odak, located in Sinop, is a collective hub merging art and community for dynamic cultural production. This unique space invites artists and the public to collaboratively contribute to community-based public art, enriching Sinop's cultural landscape.