Redesigning quantum information science education and training: The Chicago Quantum Exchange approach

The rapidly evolving field of quantum information science has the power to transform cybersecurity, materials development, computing, and other areas of research and innovation. Developing a robust pipeline of quantum experts is integral to advancing and scaling these technologies within universities, national research laboratories and centers, and companies large and small. The Chicago Quantum Exchange and its members have developed a growing a suite of scalable quantum education and training programs that address a range of needs in the field. Learning objectives in these programs span fundamental quantum mechanics, emerging science and engineering technologies, and potential applications aimed at ensuring that the future workforce has the skills needed by a broad employer base. Programs are also being built to address a range of dynamic technical, ethical, and societal forces. These programs tackle challenges for careers that span multiple fields and are still emerging, including those that do not exist today; provide upskilling opportunities for the current workforce; connect trainees with future employers; and aim to guarantee that the future quantum workforce is diverse and inclusive. This presentation will provide an overview of the above programs and early stage outcomes.