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The reclamation of the New York City waterfront has brought city planners, neighborhood groups, developers, and design professionals together to chart the future of this valuable public resource. In this studio students design a master plan for a Brooklyn waterfront site adjacent to Industry City in Sunset Park that takes into account these varied interests. Students divide into teams that work directly with constituent stakeholders to understand their needs and devise a program for that constituent for implementation in the new project. Subsequently, students separate into new teams in which they devise their master plan. Finally the students insert an individual mixed-use building into their master plan that accommodates the program they and their constituent have determined. Students will use OpenLab as a forum in which they will post their research, share their ideas, and solicit feedback from other students and faculty.

The reclamation of the New York City waterfront has brought city planners, neighborhood groups, developers, and design professionals together to chart the future of this valuable public resource. In this studio students design a master plan for a Brooklyn waterfront site adjacent to Industry City in Sunset Park that takes into account these varied interests. Students divide into teams that work directly with constituent stakeholders to understand their needs and devise a program for that constituent for implementation in the new project. Subsequently, students separate into new teams in which they devise their master plan. Finally the students insert an individual mixed-use building into their master plan that accommodates the program they and their constituent have determined. Students will use OpenLab as a forum in which they will post their research, share their ideas, and solicit feedback from other students and faculty.

This Perkins-funded, non-credit bearing pilot course will give students a basic introduction to the world of industrial robotic arms and automated manufacturing. An architectural assembly will be proposed, simulated, and prototyped using graphical programming in Robot Studio, the ABB RAPID code language, and the ABB IRB 140 industrial robotic arm.

This Perkins-funded, non-credit bearing pilot course will give students a basic introduction to the world of industrial robotic arms and automated manufacturing. An architectural assembly will be proposed, simulated, and prototyped using graphical programming in Robot Studio, the ABB RAPID code language, and the ABB IRB 140 industrial robotic arm.

Profs. Lia Dikigorpoulou and Jill Bouratoglou M/W 12:00- 3:20pm V0811

Profs. Lia Dikigorpoulou and Jill Bouratoglou M/W 12:00- 3:20pm V0811

One-to-One is a research project about 3D printing at larger scales. There are many projects that deal with DIY 3D printing in general but most only deal with small scale objects. This project intends to move beyond the typical sizes and material to allow large, full scale, usable objects to be created. Large printing is not new but it is rare and expensive. This project intends to bring the same type of easy to build, easy to use printers that are emerging but to the next level in size and speed. A few areas of the current technology will be addressed in order to make printing at larger scale more feasible.

One-to-One is a research project about 3D printing at larger scales. There are many projects that deal with DIY 3D printing in general but most only deal with small scale objects. This project intends to move beyond the typical sizes and material to allow large, full scale, usable objects to be created. Large printing is not new but it is rare and expensive. This project intends to bring the same type of easy to build, easy to use printers that are emerging but to the next level in size and speed. A few areas of the current technology will be addressed in order to make printing at larger scale more feasible.