Project 006 Description: This student will contribute to the advancement of bio-inspired robotics for space exploration by utilizing CAD tools to refine the amoebot’s body and
structure, focusing on designs optimized for the rigors of extraterrestrial environments. Through rapid prototyping with 3D printing, they will iteratively
develop and test structural components, ensuring the robot’s resilience and adaptability. Furthermore, the student will gain practical experience in PCB
design, crucial for integrating the Neural Processing Unit (NPU) with the artificial muscle actuators, a critical step in developing robust and reliable robotic
systems for future NASA missions. In the project’s second phase, the student will focus on developing and implementing AI algorithms for autonomous
operation, directly contributing to NASA’s goal of enhancing robotic autonomy for extended exploratory missions. We expect the student to work 20h per
week in this project.

The project will primarily involve updating simple models of the habitability of exoplanets. The following tasks will be expected of the student hired onto
the project: -Writing computer programs so that our models can be updated with new parameters. -Reading scientific papers. -Presenting updates to the
team and collaborators. The student hired to work on the project could have a background in any STEM discipline and the student does not need to be
an expert computer programmer. The student will be expected to work roughly 10 hours/week. The amount of remote work is negotiable and will depend
on the hired student’s interests and skill set.