Course overview
Computer Science is a broad area which includes designing and building hardware and software systems for a wide range of purposes and processing, structuring and managing various kinds of information.
Covering all aspects of computer science, including the underlying principles and theory, this programme will ensure that when you graduate you will know what is and isn’t possible with computers and be able to find solutions to the problems you will encounter in your professional life.
The programme covers a range of compulsory modules including: Database Development, Software Engineering, Complexity of Algorithms, a second year group software project and a final year individual project.
You then choose from a selection of modules representing the cutting-edge of computer science today. These cover topics such as Artificial Intelligence, Data Science, Cyber Security, Robotics, Computer Networks, and High-Performance Computing, amongst others.
You can choose to maintain a mixture of modules throughout your Computer Science degree or follow a specialist pathway in Artificial Intelligence, Algorithms and Optimisation, Data Science, or Cyber Security.
The Artificial Intelligence pathway is concerned with the knowledge and the construction of intelligent entities. The specialism exposes you to the many challenges found in modern AI, and in the pragmatic acquisition and utilisation of knowledge and data for a variety of real-world problems. You will explore concepts such as autonomous control and decision making which are crucial for robotics and intelligent systems. Areas covered within this specialism may include Advance Artificial Intelligence, Deep Learning and Machine Learning, Robotics and Autonomous Systems, Computer Vision, Knowledge Representation, and Data Mining.
Why choose Computer Science at the University of Liverpool?
Learn from world-leading researchers, including Professor Charlie Yang (IEEE Fellow in Robotics), Professor Rahul Savani, and Professor Xiaowei Huang, who are pioneers in their respective fields