Intro to Quantum Computing

Cleveland State University's introductory quantum computing microcredential offers an accessible, hands-on exploration of quantum computing for learners with a foundational understanding of linear algebra and matrices. The course breaks down complex quantum concepts into intuitive, interactive modules that introduce the principles of quantum information science. Participants will investigate how quantum systems operate, why they differ from classical computing, and how they are poised to transform areas such as secure communication and cryptography.

Using web-based simulations and guided experiments, learners will model quantum behaviors, test algorithms, and gain a deeper understanding of the potential applications of quantum technologies. Delivered primarily online, the course includes a collaborative discussion board and optional in-person sessions for hands-on labs, Q&A, and networking.

Fully web-based with optional lab experience.

Competency Outcomes 

• Foundational Knowledge
• Technical Proficiency
• Analytical and Problem-Solving Skills
• Workforce and Industry Awareness
• Professional Communication and Collaboration

Recommended Prerequisites

• Math: Basic Linear Algebra and Probability
• Computer Science (helpful, not required)
• Logical Thinking
• Interest in Emerging Technologies