The Biomimetics course, offered in-person by The Johns Hopkins University Applied Physics Laboratory, is an interdisciplinary study of biology and engineering, aimed at solving complex engineering problems through learning from biological systems. The main objective of this course is to explore and innovate on some of the world's most challenging issues by learning more about adaptations in the natural world. This involves learning to describe living systems, identifying nature's adaptations to solve challenges, and translating these observations into engineering solutions. The culmination of the course is a final team project where students apply their learning. The course is delivered in-person, providing a direct and interactive learning experience for the students. It is scheduled to run from mid-September to early December, with each session taking place on Mondays from 5:00 PM to 6:30 PM. However, the exact start and end dates may vary slightly each year. While specific instructor details are not provided, it is known that the STEM Academy courses at The Johns Hopkins University Applied Physics Laboratory are taught by practicing APL computer scientists, engineers, and other STEM professionals, ensuring that students are learning from experts in the field. These instructors not only provide technical knowledge but also offer insights into real-world applications of STEM and career development opportunities. There aren't specifics on prerequisites or eligibility criteria provided for this course, but it is part of the STEM Academy, which primarily serves middle and high school students (grades 8–12) from Maryland. Participants are expected to pay a course fee of $49.00. Upon completion of the course, students will have a deeper understanding of the intersection of biology and engineering, and how to translate their observations of biological systems into practical engineering solutions. This knowledge and experience can be invaluable for students interested in pursuing further studies or careers in related STEM fields.