Q-CTRL is launching a free online masterclass series to accelerate global industry readiness in quantum computing, with McKinsey projecting that less than half of quantum computing jobs will be filled by 2025 due to a workforce shortfall. The initiative leverages Black Opal’s interactive learning modules, offering participants completion badges and certification upon finishing all coursework. Designed to coincide with the International Year of Quantum Science and Technology, the series aims to make the principles of quantum computing accessible to learners of all backgrounds through expert-led sessions and hands-on exercises. “Students across the globe need access to science education in all areas, including quantum information science,” says Dr. Emily Edwards, a member of the steering committee for the International Year of Quantum Science and Technology, and faculty at Duke University.
Black Opal Platform Empowers Quantum Workforce Development
Central to this effort is the Black Opal platform, which serves as the foundation for a new masterclass series designed to rapidly upskill individuals in quantum information science. Participants who successfully complete all Black Opal learning modules are awarded completion badges and certification, providing a verifiable credential for emerging quantum professionals. The interactive nature of Black Opal’s modules is a key differentiator, moving beyond traditional lecture-based learning to provide hands-on experience with quantum principles and programming. Q-CTRL reports that the platform has already facilitated learning for over 26,000 individuals, with more than 28,000 certifications awarded to date.
This existing user base demonstrates the platform’s capacity to scale and meet the growing demand for quantum-ready talent. The masterclass series, launched with a session on visualizing quantum concepts on World Quantum Day, is led by quantum computing scientists and engineers, alongside guest speakers from across the quantum technology ecosystem. Q-CTRL notes that online tutorials, especially free or low-cost ones, play an important role when students do not have access to in-person instruction. Q-CTRL’s commitment extends beyond individual learners; the company has partnered with the Indian state of Tamil Nadu to integrate Black Opal into the curriculum of all technical degree programs, training 3,000 students since August 2024. “We built Black Opal to make learning quantum fun, visual, and effective,” said Mick Conroy, the Product Manager for Black Opal at Q-CTRL. “These webinars are another step in scaling access and building a global quantum-ready workforce.”
Black Opal is a well-designed online course that provides an accessible and rigorous coverage of quantum computing.
Dr David Benoit, Senior Lecturer in Molecular Physics and Astrochemistry at the University of Hull
