SDAIA boosts national talent in quantum computing with specialized programs

The Saudi Data and Artificial Intelligence Authority (SDAIA) is investing in the nation's human capital by developing expertise in quantum computing through specialized training programs. Recognizing the importance of this technology in global efforts, SDAIA aims to prepare Saudi professionals to leverage quantum computing for scientific research and key sectors.

Through its academy, SDAIA has implemented a series of programs, bootcamps, and training courses focusing on advanced technologies to equip national talent with the skills needed to harness quantum computing's potential. In 2026 alone, the academy trained over 70 specialists in quantum computing, delving into its fundamentals, applications, and integration with data, artificial intelligence, and adoption challenges.

Earlier this year, SDAIA collaborated with King Fahd University of Petroleum and Minerals to launch the Quantum Computing Bootcamp, designed for computer science professionals and related fields to grasp quantum computing basics, utilize modern tools, and explore its impact on information security and advanced technologies. The program equipped participants with the skills to design quantum algorithms using tools like Qiskit and CUDA-Q.

SDAIA's efforts extend beyond technical training, addressing leaders and decision-makers through the Strategic Transformation Toward Quantum Technologies program held on April 14, 2026. This program explored the strategic dimensions of quantum computing and its implications for critical infrastructure, such as quantum communication, encryption, and sensing.

Recently, on September 13, 2026, the academy hosted a bootcamp focused on advanced applications of quantum computing and its integration with generative and agent-based artificial intelligence. This bootcamp aimed to develop solutions combining the strengths of both computing systems, covering topics like designing and implementing quantum circuits, understanding quantum system architectures, and exploring opportunities in optimization, decision-making, cybersecurity, financial services, and logistics.

Hands-on labs and projects using quantum simulators and platforms were integral to the training, with opportunities for participants to access actual quantum devices when available.