Chicken Wing Anatomically- Correct Model

This is an arduino-interfaced, anatomically correct chicken wing. I created this model independently after a research assignment in my Engineering CTE Program's Materials Science Engineering course, where we dissected a chicken wing to study the stress, strain, and strength of composite materials such as bones and tendons. I designed this model to act as a functional example of how the muscles in a chicken wing function, and how similar the homologous structures of a human arm and a chicken wing are. This model functions through inner strings that are pulled by arduino motors, activated by a button. I feel that this model accurately represents the biomedical applications for 3d Printing and electronics by highlighting the possibilities of advances in rapidly-manufactured prosthetics and it represents my technical skills by showing my skill in 3d modeling through Autodesk Inventor, my skill with electronics engineering through Arduino pieces, and, most importantly, my drive for innovation and creativity.