Important Dates & Information:
Application Deadline: June 1
Intent to Enroll Deadline: June 15
Digital and Material Technologies Overview
The Master of Science in Architecture concentration of Digital and Material Technologies is an intensive 10-month post-professional degree that invests in the technologies, materials, and production logics that are most drastically shaping and challenging our built world and its respective industries.
As architecture integrates advanced technologies and material applications from the aerospace, automotive, and shipbuilding industries, it has altered both the way buildings are conceived and manufactured. Computer-aided design/manufacturing technologies and an insistence on the cohesive material systems have forced architects to reconsider their role in response to an influx of complex performance requirements, changing contractual relationships, and multidisciplinary collaborations. Master of Science in Architecture concentration of Digital and Material Technologies (DMT) not only allows for hands-on direct engagement with technology and materials but challenges students to explore different design theories and methodologies poised to have disruptive effects on future work in the field.
Collapsing digital technologies and material systems into a cohesive framework of study, Digital and Material Technologies concentration focuses on cutting-edge research in advanced fabrication techniques, digital design and material systems. The interactions of matter and energies in a design practice is driven at all stages of design and production by complex constraints and feedbacks from manufacturing, environment and human interaction. The program focuses on the relationship to digital and material design and output, providing motivated students with an opportunity to pursue architectural innovation within a context where design, composition and modes of production for scales from wearables to buildings have radically changed due to an increasing sophistication and pervasiveness of computationally driven design and fabrication technologies.
The DMT project-based research led by innovative faculty in the college’s world class Digital Fabrication Lab (FABLab) provides a powerful platform for motivated students to explore novel construction approaches of designed objects at various scales. Caniidates work in small collaborative teams with faculty at Taubman College and across campus in departments such as Material Science, Engineering, Computer Science, Interaction, Art & Design and the Center for Sustainable Systems. Taubman College and the University of Michigan possess unique resources, such as the Taubman College FABLab, the Duderstadt Center with Motion Capture Lab and Immersive Virtual Environment, the Environmental and Water Resources Engineering Lab, and the Engineering Research Center for Wireless Integrated MicroSystems. The Southeast Michigan region positions candidates in close proximity to some of the most advanced manufacturing facilities worldwide.
The Master of Science in Architecture Design and Research Degree with a concentration in Design and Material Technologies requires 36 credit hours. Specifically, a student must complete:
- Arch 700 MS Practicum (6 credits)
- Arch 714 MS Proseminar (3 credits)
- Arch 701 Theories in Digital and Material Technologies (3 credits)
- Three required of the four listed: Arch 702 Robotic Engagement (3 credits), Arch 703 Virtual Engagement (3 credits), Arch 707 Material Engagement (3 credits), Arch 708 Systems Engagement (3 credits)
- Arch 739 MS Capstone (6 credits)
- Two courses (6 credits) of 500/600 level elective architecture courses
- One course (3 credits) of either elective architecture courses or non-architecture cognate courses at the graduate level
Please see the sample schedule for the typical terms of these course offerings.
Arch 700: MS Practicum: The course is designed as an intensive skill building design laboratory that launches the program with digital, material, and machine based learning. Participants work individually and collaboratively. (6 credit hours)
Arch 714: MS Proseminar: This course engages interdisciplinary work, projects and scholarship related to the MS areas of concentration (Digital and Materials Technologies, and Design and Health) - through lectures, class discussion, and guest lectures including experts in the MS concentration areas from Taubman College and the University of Michigan. (3 credit hours)
Arch 701: Theories in Digital and Material Technologies: The course will introduce topics and precedents as a means of giving insight to research methods related to digital and material technologies. Participants should complete the course with an understanding of crafting a research proposal and positing their propositions within a broader field of architectural design/research. (3 credit hours)
Arch 702: Robotic Engagement: This course covers topics related to hardware, fabrication, and materials as related to advancements in digital fabrication. Beyond teaching the mechanics of specific machinery, the course will develop a framework for understanding exemplary projects in the field with an understanding of different design methodologies and their relations to project development and fabrication. (3 credit hours)
Arch 703: Virtual Engagement: This seminar covers topics related to digital design practices that cover a range of topics that include generative design, algorithmic design, scripting, parametric modeling, BIM, simulation, and analysis. Beyond the introduction to specific software packages, the course will develop a framework for understanding exemplary projects in the field with an understanding of different design methodologies and their relation to geometry and workflow. (3 credit hours)
Arch 707: Material Engagement: This technique-based course covers topics related to material properties, behavior, performance, tooling, and manufacturing techniques. The course will focus, in part, on physical explorations in working processes related to the development of material assemblies, assessment of their behavior and effects, and their potential applications. (3 credit hours)
Arch 708: Systems Engagement: This technique-based course covers topics related to technology integration within high performance material system. Specific areas of study will include smart materials, integration with sensing and actuation technologies, interactive systems and environmental response. Work of the course will be combine both material explorations as well as digital simulations. (3 credit hours)
Arch 739: MS Capstone: This course is the culmination of the academic course of study. Participants are expected to apply new skills and knowledge towards advancing the discipline through their projects. Intensive and research-based, participants will be required to document their research and project-based work in partial fulfillment of their degree. Outside expert discussion is integrated into the MS Capstone and public exhibitions by participants. ( 6 credit hours)