Computational Thinking with Beginning C Programming Specialization

The University of Colorado System, founded in 1876, brings together four distinct campuses—CU Boulder, CU Colorado Springs, CU Denver and the Anschutz Medical Campus—under a single public research mission. Serving more than 66,000 students and hosting roughly 3,000 international learners, the system is known for strong research, healthcare education and technology transfer. CU Boulder excels in space, environmental science and engineering, while Anschutz is a leader in clinical training and biomedical research.

Students benefit from a broad portfolio of programs across the arts, sciences, business, law, engineering and health professions, with opportunities to engage in interdisciplinary projects and industry collaborations. With more than 100 undergraduate and graduate programs, experiential learning options include internships in Denver, fieldwork in Colorado's outdoors, undergraduate research and startup support for entrepreneurs. Campus life ranges from vibrant urban settings to residential college communities tailored to student interests.

International applicants will find substantial support services including advising, English language help, orientation programs and scholarship options. The CU System emphasizes career readiness and provides connections to employers in technology, energy, healthcare and government. For students seeking a research-active public system with varied campus experiences, strong professional pathways and a setting rich in natural and urban resources, the University of Colorado offers a compelling balance of academic depth and practical preparation.

This program is a Non-degree course in Computational Thinking with Beginning C Programming Specialization, taught in English and available online. It's for students who want to learn programming basics, and it lasts several weeks. The main advantage is that it helps students develop problem-solving skills from a young age.

The curriculum covers basic C programming skills, such as data types, functions, and control structures. Students will learn to break down complex problems into smaller parts and write code to solve them. They will also practice debugging and testing their code to ensure it works correctly.

After completing this program, students can pursue careers such as Junior Software Developer, Data Analyst, or IT Support Specialist. They can work in various industries, including technology, finance, or healthcare, for employers like tech startups or government agencies. Students will have a solid foundation in programming and problem-solving, making them attractive to potential employers.