UCAS code: G400

Overview

This modern degree provides a strong foundation in computational problem-solving, programming, and system architecture to address complex real-world challenges. Combining theoretical principles with hands-on technical application, the program at Keele University prepares graduates to innovate across rapidly evolving sectors such as software development, artificial intelligence, and cybersecurity.

What You'll Learn

• Core programming languages and computational paradigms, including Python and Java development

• Foundational algorithmic logic, data structures, discrete mathematics, and computational complexity

• Agile software development, human-centered software engineering, and industry-standard testing methodologies

• Computer hardware architecture, modern operating systems, networks, and concurrent systems

• Web technologies, database design, and cloud computing architectures

• Emerging technologies in artificial intelligence, machine learning, and digital security

Learning Outcomes

• Design, implement, and debug robust software applications using modern programming tools and paradigms

• Apply mathematical logic and algorithmic analysis to solve complex computational problems

• Develop data-driven web and database systems following industry security and usability standards

• Evaluate emerging technological paradigms, including machine learning models and cyber threat mitigation frameworks

• Execute collaborative software engineering projects using agile practices and professional quality assurance standards