Master in Digital Ecologies

Clemson University, located in Clemson, United States, is a historic institution founded in 1889. As an international student, you'll find advantages in its strong programs, research opportunities, and a diverse community of 1430 international students. You'll be part of a large student body of 27341, providing many opportunities to connect and learn from peers.

Clemson University focuses on a specific program, indicating a specialized approach to education. This program is likely to be in-depth and well-structured, allowing you to dive into your chosen field. With a single program available, the university can devote significant resources to ensuring its quality and relevance.

As a student at Clemson University, you'll experience a unique blend of academic and extracurricular activities. The city of Clemson offers a distinct charm, with the university's campus likely to provide modern facilities, active student clubs, and a supportive environment. You'll have opportunities to engage with the local community, explore the city, and make the most of your time in the United States.

The Digital Ecologies certificate includes a Fluid Studio and requires 15 credit hours of Digital Ecologies-approved courses. These courses cultivate knowledge through research and design practices in response to our increasingly digital society.

Clemson University's School of Architecture, located in Lee Hall, has a strong reputation in the field of digital design and computational thinking. The programme is led by faculty including Dave Lee, Vincent Blouin and Doug Hecker.

The curriculum focuses on understanding computational design and morphology, parametric design, digital fabrication, smart materials and structures, and interaction design.

Students gain skills in visualization and the evaluation of the built and natural environments, and they learn the history and theory of digital tools and methods.

The programme's Fluid Studio offers a unique approach to digital design, integrating design practices with real-world applications. Students can engage in projects such as Treated Glulam Timber Columns with Steel Joints and Tessalation Morphology.