Online degree BSc (Hons) Computer Science

• Introduction to computer science
  Information representation, algorithms and data structures. You’ll be exploring the keys concepts of computer science as well as developing your programming skills and examining hardware, networks and software systems.

• Mathematics I
  Many of today’s advancements in IT and technology are based on the findings of discrete mathematics. Develop your knowledge of number theories to work on real life projects such as building a communication network.

• Collaborative work
  Build key interdisciplinary competency to develop connections and navigate networking opportunities. Learn about:  

  • collaborative learning and working practices 

  • constructive cooperation with others 

  • creative thinking 

  • empathy 

  • emotional intelligence.

  
  

• Computer architecture and operating systems
  Explore the inner workings of various operating systems and understand how computers are put together.  From mainframes to mobile systems, you’ll study different types of computer hardware and delve into assembly languages.

• Database modeling and database systems
  Our society relies on stored data. So that data needs to be retrieved and processed quickly when it’s needed. Discover the database tools and techniques that the modern world depends on, including SQL and NoSQL.

• Requirements engineering
  Defining the technical requirements for an IT system is one of the major steps in software development. Explore the techniques in documenting procedures and learn to apply them in business.

• Computer networks and distributed systems
  Computers have changed enormously from being standalone to being networked and used as portable devices. Equip yourself to deal with the challenges involved around data access and security.

• Introduction to programming with Python
  This module focuses on developing a foundational understanding of the Python programming language. Learn about Python’s role in data science-related programming and advanced programming concepts like variables, data types, and statements.

• Introduction to academic work
  The application of good scientific practice is an academic fundamental. Develop the skills required to write strong scientific papers and get an overview of different examination formats and requirements. 

• Algorithms, data structures, and programming languages

  Delve into the core of programming – selecting appropriate algorithms and data structures to complete specific tasks and translating them into efficient program code. Broaden your understanding of different programming languages, paradigms, and how they interact with these core elements.

• Theoretical computer science and mathematical logic

  Explore key concepts at the heart of applications such as Structured Query Language (SQL) queries. You’ll examine the difference between propositional and predicate logic. And experiment with Petri nets or define the P-NP problem.

• Web application development

  Get to know your HTML from your CSS and your PHP from your XML You’ll begin by writing and designing simple, static web pages and progress to implementing more dynamic ones with JavaScript.

• Project: build a data mart in SQL
  In this module, apply database theoretical knowledge, methods, and approaches to identify existing problems and solve a real-world scenario. In this case study, implement your design and architectural choices in a functioning database.

• Project: software engineering
  Apply your knowledge from previous semesters by working in a small group on a real-life software development project. This enables you to experience the typical risks in such a scenario and develop specific strategies to minimise them.

• Elective A (see Electives A section below)

• Elective A (see Electives A section below)

  
  

• Computer science and society
  Computer science has a significant impact on society and can serve dual purposes – both good and bad. Gain the tools to understand the effects, discuss the ethics and consider your role as a data scientist.

• Seminar: current topics in computer science
  Make a deep dive into a topic of your choice – such as Java and web development, database systems, or programming languages. Presenting your research findings in a seminar and gaining feedback will strengthen your skills.

• Elective B (see Electives B section below)

• Elective B (see Electives B section below)

• Elective C (see Electives C section below)

• Elective C (see Electives C section below)

• Undergraduate (bachelor) thesis
  Apply the subject-specific and methodological competencies learned throughout your course to present an academic dissertation. You’ll also learn how to tackle a practical-empirical or theoretical-scientific problem.

• Change management
  Explore the different change models and how to understand, analyse and diagnose change processes. Learn about structure, culture, politics, and the complexity of change in business life.  

• Agile project management
  Gain a practical introduction to agile project management and learn to distinguish it from plan-driven approach. Learn the values, activities, and roles of typical agile procedures and practice with an example project. 

• Introduction to process management
  Understanding how to implement processes and manage change is key to success in business. Gain experience in enterprise modelling and learn to identify challenges, so you’re better equipped to manage risk.  

• Object oriented and functional programming with Python
  Build upon your knowledge of Python programming to understand advanced concepts, functions, and object-oriented programming notions like classes, objects, and design principles.  

• Data science software engineering
  This module gives a detailed overview of data science methods and paradigms to develop enterprise-grade models and bring them into production. This module explores traditional and agile project management techniques and software development paradigms, including pair, mob, and extreme programming. 

• Self-arranged internship I (*)

  Gain practical and analytical skills by securing and completing an internship, enhancing your employability. In preparation tutorials, explore workplace dynamics and set personal goals for your placement.

• Self-arranged internship II (*)

  Building on your first experience, this self-arranged internship lets you apply academic skills in a real-world entrepreneurial setting. Focus on refining your communication, problem-solving, and time management skills.

*You'll be responsible for arranging a suitable internship for your field of study. Once arranged, please complete an application to the internship module via myCampus, to make sure your internship can be recognised and credited towards your course requirements.

Software engineering

• Techniques and methods for agile software development
  What does No-Frills Software Engineering involve? How do Agile techniques help project teams? And what is a SCRUM? Gain a deeper insight into Agile software development with a focus on testing, delivery and deployment.

• Project: agile software engineering
  Build on your knowledge of Agile software development by working on your own project with supervision. You’ll tackle a specific problem, researching the tools and techniques needed and documenting your results.

IT service and project management

• IT service management
  Learn about the IT services that keep IT systems running. This module builds knowledge and expertise to provide IT services to organisations, mainly based on the IT Infrastructure Library (ITIL).

• Project: IT service management
  Take the opportunity to analyse and evaluate certain aspects of IT service management within a project framework. You can apply the theory you have learnt to propose practical solutions to company-specific situations.

Cyber security

• Introduction to data protection and cyber security
  This module covers important IT security concepts. Learn terminology, typical application fields, IT security application areas, and standard procedures and techniques. 

• Cryptography
  Hash functions, One-Time Pad, symmetric and asymmetric methods. Sounds like a different language? Analyse the various cryptographic processes so you’re equipped to protect critical data in today’s online society.

Big data and business intelligence

• Big data technologies
  This module introduces the four ‘Vs’ of data – and data sources and types. Learn about the most common data storage formats and the challenges large amounts of data pose for underlying infrastructure.

• Cloud computing
  An introduction to cloud computing, its enabling technologies, and analytics capabilities. Learn about cutting-edge advances like serverless computing, storage, and popular cloud offerings. 

Artificial Intelligence

• Artificial Intelligence
  From looking at the history of AI to modern AI systems, artificial intelligence has captured our attention for decades. Explore the successes and setbacks of AI and find out how you can be a part of its rapid-growing development.

• Project: Artificial intelligence
  Take on the challenge of designing and developing your own AI system. You’ll consider the application requirements, practical constraints and desired output as you put your knowledge into practice.

Software engineering

• Seminar: software engineering
  Develop your research skills by exploring a current software engineering topic. As you progress, look for key points and connections and present your independent findings in a written paper.

• Project: software development
  Here’s your chance to apply your software development skills to a real-life problem. You could come up with a mobile or web app, a set of microservices or some embedded software – use your creativity to make a difference.   

IT service and project management

• IT project management
  This module provides fundamental IT project management concepts. Learn about project management and organisation, develop cost-management skills, and solve IT project management problems.  

• IT architecture management 
  This module defines a future blueprint for particular IT developments, including service strategies and available technologies for IT service providers. 

Cyber security

• Technical and operational IT security concepts
  Confidentiality, integrity and availability are key issues in today’s IT systems. As well as learning how to evaluate an IT network, you’ll develop protection profiles, design monitoring tools and interpret Big Data.

• Project: configuration and application of SIEM systems
  With help from a tutor, you’ll take on the challenging task of implementing a Security Incident Event Management tool in an enterprise IT environment. Look at the data sources and formats, and learn to convert technical data into operational information.

Big data and business intelligence

• Business intelligence
  This module introduces the procedures and models for data provision, information generation and analysis. Build skills in data warehousing and develop techniques to optimise business activities.  

• Project: business intelligence
  In this module, develop your business intelligence (BI) knowledge. Use well-known BI techniques to design and prototype BI applications based on specific requirements. 

Artificial Intelligence

• Self-driving vehicles
  Focus on the safety standards and IT security of autonomous vehicles. There’s a lot to explore – sensor fusion, feature detection, calibration, localisation, satellite-based systems, and motion planning are just a few areas to get you started.  

• Seminar: current topics and trends in self-driving technology
  Uncover the most recent developments of autonomous vehicles. Discover the technical advances, philosophical issues, and how it’ll affect law, society and many industries. You’ll then apply your new knowledge in a research essay. 

You can find more details about your BSc (Hons) Computer Science course in these PDF files:

• Online programme schedule: BSc (Hons) Computer Science

• Programme specification: BSc (Hons) Computer Science

• Once enrolled, you will be expected to meet LIBF's policies and standards.

• Walbrook has Taught Degree Awarding Powers (TDAP).

Pursuing an online BSc Computer Science degree can present unique challenges, particularly because the subject involves complex computing concepts and technical skills. Like many online bachelor's degrees, the format requires discipline and self-motivation from students to stay engaged and keep up with the coursework independently.

However, it's important to highlight that our programme is designed with robust student support to help you navigate these challenges successfully. You'll have access to comprehensive digital learning materials, interactive course content, and your Study Coach, who can support you with study strategies and time management. With the right support and dedication, mastering the intricacies of computer science online is entirely achievable.

Our online BSc Computer Science provides you with a solid foundation in computer science principles and practices. It includes modules covering every aspect of computer science, including computer architecture and operating systems, and database modelling and database systems. By completing this course, you will gain a broad understanding of this field, opening up career opportunities in software development, data analysis, systems analysis, and database administration.

Our online degree programme offers flexible study options. You can choose to complete the course within a timeframe of 36 to 72 months, enabling you to tailor your studies to suit your individual circumstances and commitments.

Yes. You can study computer science part-time with us at undergraduate level. Depending on your other commitments, such as family or work, you can choose to study part-time over 4 years or 6 years. Just select the study duration you need when completing our online application form.

With an online computer science degree, you'll gain the technical, theoretical, and practical expertise for diverse career paths. Whether you aim to excel in the corporate world or launch your own business, this degree equips you for success.

Roles like software developer, IT consultant, and computer systems analyst await. You'll write clean code, provide tailored tech solutions, and optimize systems, showcasing your skills from data analysis to software development, gained through your online computer science degree.

You’ll study your degree in a virtual learning environment that uses the latest learning technology. Depending on your modules, you’ll benefit from a range of online study materials that may include:

• learning videos and podcasts

• an interactive module course book

• milestone quizzes

• extensive journal libraries.

We also incorporate up to date reports and case studies from industry into our courses.