This position provides a rich interdisciplinary learning experience at the intersection of artificial intelligence, biomedical imaging, and engineering. The student will gain hands-on experience in:
AI Tool Development: Enhancing an AI-based platform for large-scale biomedical image annotation fosters skills in machine learning, computer vision, and algorithm optimization.
Hardware and Systems Engineering: Designing an automated fluidic delivery system using Raspberry Pi and 3D printing promotes applied knowledge in embedded systems, prototyping, and automation.
Mentorship and Communication: By supervising high school students remotely, the student will develop leadership, teaching, and science communication skills.
Collaborative Research Environment: Exposure to real-world research workflows within a lab setting, promoting teamwork and interdisciplinary problem-solving. Overall, this role is ideal for a student seeking practical experience in computational biology, biomedical engineering, and applied computer science, particularly in a collaborative and educational research environment. |