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Students will study evolutionary adaptation as a source for inspiration, extracting design principles to leverage the functionality, adaptability, and robustness of biological systems. The course focuses on Biologically Inspired Design in Fluids to advance student knowledge of natural strategies and facilitate quantitative analysis of the proposed solutions. Over the quarter, the students will learn how biological systems deal with fluids and the bio-inspired design process. The course includes lectures, case studies, and design activities. The final projects aim to share bio-inspired design through STEM programs for K-6 students.

Prerequisites: Consent of instructor.

3

Units

Letter

Grading

1, 2, 3

Passtime

None

Level Limit

Engineering

College
DRESSAIRE E M
Emilie Dressaire
5.0
3 reviews
Winter 2025 . Dressaire E M
ENGR22243
T R
11:00 AM - 12:15 PM
ME 225ED Dressaire E M Winter 2025 Total: 11
ME 225ED Dressaire E M Winter 2024 Total: 9
3
5.0
ME152A . Dressaire E M 2 Years Ago

The best professor I've had in all four years. So bright of a person; you can tell she loves her job. Lectures are super clear, and she posts comprehensive lecture notes. Exams were easy, and the grading was generous. Homework is very helpful. You can tell that she really puts a lot of thought into every aspect of the class.

0 helpful 1 unhelpful
ME152A . Dressaire E M 4 Years Ago

Professor Dressaire is such a sweet and caring professor! Her notes and lectures are super clear and easy to follow. Homeworks were not terribly difficult, midterm and final were very similar to practice problems, so there were no surprises. Kind grader and really nice in her office hours too.

0 helpful 0 unhelpful
ME152A . Dressaire E M 5 Years Ago

Great professor

0 helpful 0 unhelpful
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