Computer Science for Cyber Security

Year 2

Compulsory modules

• Software Development with C and C++ (15 credits)

  In this module, you’ll be equipped with the skills to become a coding wizard. You'll start by unravelling the intricacies of C programming. You'll build a solid foundation in this language, understanding its fundamentals and getting comfortable with its syntax.

  We'll then introduce you to some of the most essential features of C++. This is where you'll learn how to design top-notch programs and practise the art of coding like a pro.

  By the time you complete this module, you'll be well-prepared to write your own programs in C and C++. 
   

• Applied Software Engineering (15 credits)

  In this module we will explore various aspects and processes of the software engineering methodology and technology. You’ll develop a set of practical tools and techniques as well as the theoretical bases for the development of modern computer applications.

• Foundations of Security (15 credits)

  You'll dive into the realms of information, computer, and network security. Where you’ll unlock the secrets of how computer systems can be safeguarded from digital threats.

  We're going to dig into the ethical and professional dimensions too. Because in the world of cybersecurity, it's not just about coding and firewalls; it's also about making the right decisions and understanding the broader implications.

  By the end of this module, you'll not only know how to secure a modern networked computer system, but you'll also be equipped to assess its security level.
   

• Switching and Routing Principles (15 credits)

  This module is a step towards the Cisco CCNA professional certification. We'll unravel the intricate layers of the TCP/IP model. To reveal the core of networking knowledge. You'll also delve into various address resolution protocols. They connect devices in a network, and you'll understand how they play a vital role in making communication happen.

  You will then explore the fundamentals of network security. It's all about safeguarding the digital realm, and you'll soon be equipped with the practical and theoretical knowledge you need to succeed.
   

• Foundations of Computation (15 credits)

  You’ll explore logical and mathematical concepts that form the foundation of computation theories. 

  Ever wondered why some problems seem much tougher than others? We'll help you grasp the idea that certain problems are inherently more challenging (in a precise way), and some problems can't be solved at all.

  Additionally, we'll dive into the essential concepts of formal languages and automata. These concepts are like the building blocks of programming languages, and you'll gain practical skills in working with them.
   

• Enterprise Engineering (15 credits)

  Our mission is to help you foster an entrepreneurial mindset. We'll do this by delving into the world of enterprise and entrepreneurship, specifically in the realm of new venture creation on a global scale. 

  Throughout this journey, you'll put theory into practice. You'll use the principles and practices of enterprise to create, communicate, and assess fresh business ideas and innovative products, all within the IT landscape, guided by business model theory.

  You'll get hands-on experience as you collaborate in a team to design and execute an IT-based innovative product business idea. You'll have to work within set time limits and a budget, which will give you an experience of real-world challenges.
   

• Systems Programming (15 credits)

  You’ll delve into the realm of systems-level programming. Our aim is to provide you with an in-depth understanding of various crucial aspects of this field, including interprocess communication, low-level networking, and the intricate challenges and practical considerations associated with programming operating system services. 

  You’ll draw inspiration from modern operating systems and teaching OSes to illustrate the concepts we'll cover, and we'll predominantly be employing the C programming language as our primary tool. This module will equip you with the knowledge and skills to excel in the realm of systems-level programming.
   

• LAN Techniques (15 credits)

  This module is a step towards the Cisco CCNA professional certification. 

  In this module, we'll tackle switching concepts, VLANs, and Inter-VLAN routing. You'll get a solid foundation in these key areas. We'll also explore how the Spanning Tree Protocol and EtherChannel are used to make networks more reliable.

  You will delve into the Dynamic Host Configuration Protocol and First Hop Redundancy Protocols, helping you understand available and dependable network techniques. 
   

Year 3 (optional placement year)

Optional modules

Year 4 (or year 3 if no placement)

Compulsory modules

• Computing Project (30 credits)

  Welcome to your individually supervised project! This project is all about diving into an area you're passionate about. You get to pick a topic that aligns with your program of study and tackle a practical issue.

  Think of this project as the grand finale of your course. It's your chance to showcase not only what you've learned but also the breadth and depth of your knowledge in your chosen area of expertise.
   

• Cloud Computing and Internet of Things (15 credits)

  Immerse yourself in the cutting-edge realms of Cloud Computing and the Internet of Things (IoT). You’ll gain a critical understanding of recent trends and developments, empowering you to design, construct, and evaluate innovative Cloud Computing solutions. Additionally, you’ll delve into the Internet of Things, unlocking insights into its latest advancements and programming frameworks. Furthermore, explore the management of distributed data, privacy, and security considerations.

  By the module's end, you will possess the expertise to critically analyse, design, and evaluate Cloud Computing and IoT solutions. You’ll also develop team working skills by collaborating effectively within groups, applying your knowledge and skills to practical scenarios.
   

• Secure Programming (15 credits)

  In our lectures, we'll explore the theoretical side of secure software design and implementation. But theory alone won't cut it; we're all about hands-on experience. You'll put what you learn into practice in our laboratory with real-world examples.

  You'll focus on essential design concepts and the typical types of software vulnerabilities you might encounter. While our primary focus will be on C/C++, we'll also touch on other programming languages to give you a well-rounded perspective. You’ll gain practical knowledge for the world of cyber security.
   

• Malware Analysis (15 credits)

  Explore low-level architectures and systems. In this module, you'll dive deep into the world of low-level programming, equipping you with the tools and techniques needed to create, detect, and defend against malware.

  You'll get to unravel the mysteries of reverse engineering, both at the systems and network levels. This means you'll gain the skills to dissect malware and obtain in-depth insights into how it works. We'll also delve into anti-forensics tools and explore ways to overcome them.
   

• Principles of Secure Operating Systems and Networks Security (15 credits)

  In this module, you'll unravel the intricacies of operating system design and the secrets of keeping your network secure.You'll kick things off by delving into the fundamental subsystems of a modern operating system. Using examples from popular operating systems, we'll show you how to keep your OS secure. It's all about making sure your computer is a safe place.

  But we won't just focus on your computer; we're also going to explore network security techniques. These techniques are like shields for the devices hosting your operating systems. So you’ll be ready to become a master of both operating systems and network security.
   

• Routing Techniques and LAN security (15 credits)

  This is a further step towards the Cisco CCNA professional certification. 

  You'll dive into Layer 2 security concepts and get you well-versed in wireless LAN concepts and configuration. It's all about securing and connecting networks effectively. We'll introduce you to routing concepts and walk you through static and default routing configuration. This is the backbone of efficient network communication.

  Also you’ll look into the world of OSPF routing. You'll learn what it is and how to configure it, adding a powerful tool to your networking arsenal. Finally, you'll unravel the mysteries of Network Address Translation for IPv4. This is a crucial element for making sure data gets to where it needs to go on the internet.
   

• Enterprise Networks and Network Security Techniques (15 credits)

  This is your final module contributing towards the Cisco CCNA professional certification.  

  You'll dive into network security concepts and learn about access control lists (ACL). It's all about keeping your network secure. You’ll also be introduced to the world of wide area network (WAN) enterprise concepts, as well as virtual private networks (VPN) and Internet Protocol Security (IPSec). You'll understand how to connect large networks securely.

  Then, we'll explore Quality of Service (QoS) concepts and how to provide services effectively. Finally, we'll cover network management, design, troubleshooting, virtualization, and automation. These are essential skills to keep your network running smoothly and efficiently.