• This Master's degree combines iterative design experimentation and conceptual work methods with laboratory testing protocols using new modes of production and simulation. Students embrace radically new design agendas informed by advances in biotechnology and synthetic biology, material science, and computation, applying real biologic growth to the built environment to create innovative spaces and products that will help shape life in future cities. 
  • This is a two-year, 300 credit Master's degree.
  • This program consists of six modules during year one (180 credits) followed by two modules in year two (120 credits), one of which is a Comprehensive Project Thesis.
  • Upon successful completion of 300 credits, students will be awarded a MArch in Bio-Integrated Design.