Overview

Securing digital infrastructure and safeguarding complex information networks represent pivotal priorities within our increasingly interconnected world. The BSc (Hons) Computer Science with Cyber Security at Cardiff University integrates core computational principles with advanced threat mitigation strategies. Taught by research-active academics alongside external industry collaborators, the curriculum ensures that theoretical concepts remain closely linked to active real-world security challenges. Students train in well-equipped dedicated computing suites and specialized makerspaces designed for high-level technical innovation. The program progresses systematically from foundational software architecture to specialized digital forensics and defensive engineering. This course ideal suits analytical problem-solvers eager to build secure systems and tackle complex digital vulnerabilities. Graduates acquire versatile software development skills, specialized threat analysis capabilities, and an overarching ethical security mindset.   
 

What You'll Learn

Algorithmic thinking, object-oriented programming, and core computer science fundamentals

Computer architecture, operating systems, and discrete mathematics for computing

Software engineering methodologies, database design, and information systems

Network protocols, system defense architectures, and threat surface identification

Digital forensics techniques, incident response, and legal or ethical computing standards

Team-based software development projects targeting real-world operational scenarios

Individual final-year research and practical software execution projects

Learning Outcomes

By completing this program, graduates will possess a comprehensive technical understanding of computing hardware, software design, and modern network security paradigms. Students will demonstrate the ability to evaluate complex system architectures critically, identify potential attack vectors, and formulate robust defensive measures using industry-standard tools. Through extensive practical lab exercises and practical team projects, learners acquire hands-on competencies in secure coding, forensics analysis, and system administration. Furthermore, the specialized focus on cyber defense alongside a major independent engineering project enables students to target precise operational niches, equipping them to engineer secure digital solutions across technology firms, financial institutions, government agencies, or specialized security consultancies.