计算机科学理学学士

第一学年Year 1 – Foundations

• Introduction to programming (Python)
• Object-oriented programming and common libraries
• 数据库与SQLDatabases and SQL
• 低层级编程CLow-level programming in C
• 基础计算机建筑Foundations of computer architecture
• Architecture design (building a 16-bit computer from logic gates)
• System programming (machine code and assembly)
• Modern processor architectures and hardware trends
• 离散数学Discrete mathematics
• Graph theory and linear algebra
• Calculus
• 算法Algorithms

第二学年Year 2 – Developing knowledge and skills

• Kotlin programming
• 网络基于系统发展Web-based systems development
• Human–computer interaction and user experience
• 协作软件工程项目Collaborative software engineering projects
• Operating systems
• 安全与实践密码学Security and practical cryptography
• 计算机网络Computer networks
• Network and parallel programming
• Algorithm design paradigms
• Further calculus and probability
• 正式语言与理论计算Formal languages and theory of computation
• 算法与数据结构Algorithms and data structures

第三学年Year 3 – Specialisation and advanced study

• 人工智能与机器人设计与实施智能系统与自主技术Artificial Intelligence and Robotics – design and implementation of intelligent systems and autonomous technologies
• 计算机图形技术使用游戏电影生产可视化与互动应用Computer Graphics – techniques used in games, film production, visualisation and interactive applications
• Resilient Distributed Systems – designing scalable cloud and distributed computing systems
• 密码学与安全系统基础安全传播数字安全与隐私技术Cryptography and Secure Systems – foundations of secure communication, digital security and privacy technologies
• Algorithms and Complexity – advanced algorithm design and computational problem solving
• Compiler Design and Optimisation – building compilers and improving the performance of software systems

选修Optional modules

• 人工智能与机器人设计与实施智能系统与自主技术Artificial Intelligence and Robotics – design and implementation of intelligent systems and autonomous technologies
• 计算机图形技术使用游戏电影生产可视化与互动应用Computer Graphics – techniques used in games, film production, visualisation and interactive applications
• Resilient Distributed Systems – designing scalable cloud and distributed computing systems
• 密码学与安全系统基础安全传播数字安全与隐私技术Cryptography and Secure Systems – foundations of secure communication, digital security and privacy technologies
• Algorithms and Complexity – advanced algorithm design and computational problem solving
• Compiler Design and Optimisation – building compilers and improving the performance of software systems