This Future Manufacturing Project aims to develop novel technologies for producing hybrid bioelectronic and biophotonic devices, focusing on designing biocompatible electronics and scalable manufacturing methods for interfacing tissues with devices. The research includes growing human iPSC-derived neural progenitor cells in contact with microelectronics, creating photonic chiplets to test semiconductor bioresilience, and developing microelectrode arrays for organoid signaling. The team created an EMG-controlled robotic car for middle school science camps, introducing students to the electrical aspects of brain-body communication and inspiring interest in STEM through hands-on learning.