In this course students learn how to abstract functional strategies from nature to apply to the process of innovative design. This project-oriented studio course covers core biological principles, astounds students with the wealth of design solutions available in nature, and provides numerous case studies of innovative designs inspired by natural models. Overall, this course provides powerful metaphors and methods for looking to nature as model, mentor, and measure in our designs. / This course is a graduate level course and is part of the Master of Arts in Sustainable Design program. / Open to students ages 18 and above. View complete policies.Class meeting detailsThis online course is asynchronous, meaning that there are no set class meeting times. Instead, the course is project-based, with 2 to 3 deadlines per week, and students can choose a time and place that works best for them to complete the work. Course activities may include readings; video demonstrations and tutorials; online discussions; projects; and critiques.Required materialsHardwareA computer, tablet, or smartphone with internet access.Class resources This class uses Canvas, MCAD's learning management system. Please see the link for more information.TextbookSee https://canvas.mcad.edu/books for a list of required textbooks.Class savingsRegister on or before January 20 and save $25.Register for more than one class at a time and receive $25 off each additional class (same-day registrations only). This class does not qualify for the $25 tuition waiver or the alumni discounts. Additional savings. Are you eligible?Questions?Contact MCAD Continuing Education at continuing_education@mcad.edu or call 612.874.3765. Register Title Non-credit Tuition $1,305.00 Tuition Type Non-credit TuitionThree-credit Tuition Not Yet Open for Registration Registration opens January 6. Date: Tue, Jan 21, 2025 - Tue, May 13, 2025 Time: Day(s) of the week: Asynchronous Ages: Open to students ages 18 and above. Term: Spring 2025 Instructor: Asheen Phansey Location: Online SKU: SD 6610 20 SP25 Prerequisites: None