Overview 

This program provides a solid grounding in computing principles while focusing on the strategies used to defend digital assets and networks. As cybersecurity threats grow in complexity, understanding how to safeguard information systems is essential for modern technology infrastructure. Students at the University of Greenwich gain a clear perspective on hardware, software, and network defense to address contemporary technical challenges.

What You'll Learn

• Core programming concepts, algorithm development, and software engineering principles

• Computer architecture, operating systems, and network infrastructure fundamentals

• Principles of digital security, encryption techniques, and threat management

• Ethical, legal, and operational frameworks governing information security

• Systematic problem-solving methods for identifying system vulnerabilities

Learning Outcomes 

Students complete this course with the ability to analyze computing environments for security risks and construct software using secure coding practices. Graduates can configure resilient network architectures, apply encryption techniques, and implement technical safeguards to prevent unauthorized access. Additionally, students will know how to evaluate organizational security policies while remaining fully compliant with current ethical and legal standards in the technology sector.