This course goes through the critical knowledge and technical foundations that current computational design and modeling tools are built upon, then enables and encourages the students to rethink, reinvestigate, and resolve their design problems from a computational and algorithmic perspective.

The primary emphasis of the course will be on developing a general understanding of the geometric representation of their internal and external equilibrium forces; and designing material tectonics based on the flow of forces in the system.

This studio aims to investigate innovative methods of design, assembly, and disassembly of prefabricated parts that meet the functional requirements of a mid-rise building.

The primary emphasis of the course will be on developing a general understanding of the geometric representation of their internal and external equilibrium forces; and designing material tectonics based on the flow of forces in the system.

This studio aims to investigate innovative methods of design, assembly, and disassembly of prefabricated parts that meet the functional requirements of a mid-rise building.

The primary emphasis of the course will be on developing a general understanding of the geometric representation of their internal and external equilibrium forces; and designing material tectonics based on the flow of forces in the system.

The main objective of this studio is to investigate the potential of using mass timber in the construction of mid-rise buildings through developing novel structural and architectural concepts.

The primary emphasis of the course will be on developing a general understanding of the geometric representation of their internal and external equilibrium forces; and designing material tectonics based on the flow of forces in the system.

The main emphasis of the course will be on developing a general understanding of the relationship between structural forms in equilibrium and the geometric representation of their internal and external forces.

This studio aims to research the formal and organizational configuration of the next generation of infrastructures, specifically airports.

This course intends to push the boundaries of design and fabrication of complex yet efficient structural concrete by using robotic fabrication methods.

The main emphasis of the course will be on developing a general understanding of the relationship between structural forms in equilibrium and the geometric representation of their internal and external forces.

The course aims to find solutions to rationalize and improve the existing design of the house and to fabricate a part of the house assembled in the form of a mock up.

This studio aims to research the formal and organizational configuration of the next generation of infrastructures, specifically airports.

The main emphasis of the course will be on developing a general understanding of the relationship between structural forms in equilibrium and the geometric representation of their internal and external forces.

The main emphasis of the course will be on developing a general understanding of the relationship between structural forms in equilibrium and the geometric representation of their internal and external forces.