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Study Cybersecurity with Artificial Intelligence BSc (Hons)

Fees, Modules, Entry Requirements & Application for International Students

Quick View

  • Study Option
    Full-Time
  • Intakes
    October
  • Location
    Exton Park, Chester, United Kingdom
  • UCAS
    Code: G460
    Point: 112
  • Duration
    3 years
  • Level
  • Subject
  • International Fees
    £ 14,450 per year

How to Apply

Before making an application, you will need to decide on your course and learn requirements clearly. Information in this page is available for the international students only.

Apply to the University

The Cybersecurity with Artificial Intelligence BSc (Hons) at the University of Chester is a full-time 3 years Undergraduate program in the field of Computing & Cybersecurity. Delivered at the University's Exton Park campus in Chester, United Kingdom, the course offers a balanced mix of academic study and practical experience.

Ideal for Bangladeshi students and other international applicants, this program provides high-quality education at a yearly competitive international tuition fee of £ 14,450 Starting each October, it is designed to equip students with essential skills for advanced study and professional growth.

The University of Chester offers modern facilities and a supportive environment, ensuring international students receive the guidance and resources needed for success. With a welcoming campus community and dedicated support services, Bangladeshi students can confidently plan their study abroad journey in the United Kingdom through this program.

Course Highlights

The BSc Cybersecurity with Artificial Intelligence (AI) degree aims to develop your skills and abilities extensively in the subject. In an era where digital threats are more sophisticated and pervasive than ever, this course prepares you to get ahead by blending essential cybersecurity skills with the latest AI advancements.

Core and optional modules throughout the degree not only provide you with excellent foundational knowledge, but also enable you to develop skills in problem-solving, research, analysis and the ability to work autonomously and as part of a team.

There is a high demand for the use of AI in improving the posture of cybersecurity domains and this course is designed to produce graduates that are capable of meeting this demand. The degree also aims to equip you with the knowledge and understanding to provide AI-based solutions and tools relevant to the industry, as well as for further academic studies.

Course Modules

User Centred Software Development
Core - 40 Credits
Fundamentals of Computing
Core - 40 Credits
Databases
Core - 20 Credits
Problem Solving with Programming
Option - 20 Credits
Language options
Optional - 20 Credits

Data Structures and Algorithms
Core - 20 Credits
Computer Systems and Networks
Core - 20 Credits
Ethical Hacking
Core - 20 Credits
Experiential Learning
Option - 40 Credits
Work Placement
Option - 40 Credits
Language options
Optional - 40 Credits

Digital Forensics
Core - 20 Credits
Cryptography and Security
Core - 20 Credits
Cloud Computing and Cloud Security
Core - 20 Credits
Implementation Project
Core - 40 Credits
Artificial Intelligence and Machine Learning
Core - 20 Credits
Robotics
Core - 20 Credits

Learning Structure

This course is delivered in three terms of ten weeks each. In each term, students study 40 credits comprised of either one or two modules. Scheduled contact hours range between approximately 6 and 12 hours per week depending upon the level of study and the complexity of the material being taught.

If studied, the Foundation Year, as with the following years of study, will be taught in three 10-week blocks across an academic year. Each block will comprise of a large 40-credit subject-specific module that includes a breadth of topics and subject skills. You will have on average 12-14 hours of contact time per week during the Foundation Year. There may be variations to this where subject practical or specialist space teaching is included.

This course is delivered primarily through in-person learning supported by online learning materials. Students can expect to take part in labs, workshops, lectures and tutorials. Teaching will be delivered by experienced academics and practitioners in the subject. This will be supplemented by occasional guest lecturers and speakers.

On this course, you should expect to spend an average of 30 – 34 hours per week on independent study which might include following asynchronous learning material on the University's VLE, using the University's library, working with peers, and preparing work for assessment.

There will be a broad range of assessment methods so that students are exposed to the different types of tasks they might encounter in the workplace. These will include coursework in the form of programming projects, software artefacts, portfolios of work, written work (e.g. essays) and presentations. In some modules, students will encounter class tests and practical assessments.

All teaching is delivered by experienced academics and practitioners, with the fundamental principles of the Chester Future Skills Curriculum at its core - building your subject competence, confidence and key transferable skills to shape you into a world-ready Chester graduate.

Entry Requirements

  • Higher Secondary with 75% marks, or Grade A, or GPA 4.5 (or above).
  • An equivalent to UK A Level qualification.

English Language Requirements

IELTS Academic
Overall 6.0
With minimum 5.5 in each components
TOEFL iBT
Overall 79
Minimum in Listening: 17, Reading: 18, Speaking: 20, Writing: 17
PTE (Pearson Test of English) Academic
Overall 61
With minimum 59 in each components
LanguageCert Academic
Overall 65
With minimum 60 in each bands
OIETC (Oxford International English Test Centre)
Overall B2+
With minimum B2 in each bands

Disclaimer: The information provided on this page is sourced from the official university website. Please note that universities may update their course details, entry requirements, and other related information at any time without prior notice. We recommend verifying the latest updates directly with the university. Last reviewed on 13 August 2025.