Quantum Information Science and Engineering promises to accelerate information processing far beyond classical limits, enabled by the differences in the foundational natural laws of classical and quantum physics. This project is dedicated to developing integrated hardware and software solutions that overcome current limitations in scalability and reliability. It provides a comprehensive technical approach to overcoming the intrinsic challenges of current quantum photonic devices. It is supported by a collaborative network of academic institutions and national laboratories, including the University of New Mexico as lead, along with New Mexico State University, University of Virginia, and University of Maryland, with additional technical expertise from Sandia National Laboratories (SNL), Los Alamos National Laboratory, and National Institute of Standards and Technology. The project is designed to yield significant broader impacts across multiple disciplines. While initially benefiting academic research communities, the project is strategically positioned to expand collaborations with government agencies, national laboratories, and industry partners, thereby addressing critical technology gaps in security, energy, and defense. In addition to advancing quantum research, the project places a strong emphasis on workforce development, creation of a new Quantum Science and Engineering graduate degree program, and educational outreach. Current quantum devices suffer from noise, ins