4 Years On Campus Bachelors Program
This degree at Canterbury Christ Church University is designed for students who want to be at the forefront of the digital revolution. It’s a forward-looking, industry-shaped pathway that gives you the skills to build intelligent systems and transform large data sets into meaningful insights. If you’re curious about how artificial intelligence is reshaping our world and you want to be part of that change, this course offers you the foundation and progression you need.
Curriculum Structure
Foundation Year
If you join with a foundation year, you’ll start by building confidence in core academic and computing skills. You can expect to cover essentials such as introductory computing, mathematics for computing, and study skills. This year is all about preparing you to succeed in your degree, giving you a strong base before moving into more technical subjects.
Year 1
Your first year introduces you to the fundamentals of computing and data. You’ll study programming, data analytics, and mathematics for computing. This is where you’ll learn how to code, explore the basics of data handling, and build the mathematical grounding that supports AI and analytics.
Year 2
As you progress, you’ll take on more advanced topics. Modules could include data analytics, machine learning foundations, and database systems. You’ll gain a deeper understanding of algorithms, data modelling, and the principles that underpin intelligent systems — skills that are in high demand across industries.
Year 3
In your final year, you’ll bring everything together through advanced and applied learning. This might include modules in advanced machine learning, AI systems design, and a substantial final-year project. You’ll have the chance to work on real-world problems, applying what you’ve learned to design and evaluate intelligent data systems.
Focus Areas
Designing and developing intelligent systems
Data analytics and interpretation
Programming fundamentals
Machine learning concepts
Database systems
Real-world project experience
All of this is delivered through the CDIO model (Conceive, Design, Implement, Operate), which emphasizes practical, hands-on learning alongside theoretical understanding.
Learning Outcomes
By the time you graduate, you’ll be able to:
Confidently collect, analyse, and interpret large data sets
Design and build intelligent applications
Use AI and computational tools responsibly and ethically
Apply your skills in practical, project-based contexts
Be prepared for both industry careers and postgraduate study
Professional Alignment
Although the degree does not currently list a specific professional accreditation, its structure is closely aligned with industry needs. The CDIO framework and the option to take a year in industry ensure your learning stays relevant and career-focused.
Reputation & Employability
Student feedback for computing courses at Canterbury Christ Church University is consistently positive:
Teaching quality: 83% satisfaction
Learning resources: 91% satisfaction
Support & feedback: 72–79% satisfaction
Graduate outcomes are equally strong:
90% of students are in work or further study within 15 months
60% are in highly skilled roles such as IT, engineering, and professional services
Average starting salaries are around £25,000, rising to about £31,500 after five years for computing graduates
Students on the BSc (Hons) Data Computing Intelligence with Foundation Year at Canterbury Christ Church University don’t just sit through lectures—they jump straight into the kind of hands-on experiences that mirror what real tech professionals do every day. From the very start, you’ll be putting ideas into practice: trying out code in computing studios, experimenting with smart systems, and exploring how data powers today’s technologies. The Foundation Year gives you a strong start, and as you move forward, you’ll have the right spaces, tools, and guidance to bring your projects and creativity to life.
Here’s what that looks like in practice:
Dynamic computing labs
You’ll spend time in dedicated spaces like the Maker Space in the Verena Holmes Building and the computing studios. These are the same places where interactive tasters—like “Magic in Computing” or “Problem-Solving and Programming”—take place, giving you a chance to play with concepts in a fun, practical way.
Interactive taster sessions
Whether at Open Days or Answers Days, you’ll take part in activities designed to spark your curiosity—think logic puzzles, beginner coding challenges, and short workshops that help build confidence in computing.
Collaborative learning environment
From the Foundation Year onwards, group projects are a big part of the experience. Working alongside other students helps you build teamwork, communication, and creative problem-solving skills—just like you’ll need in future roles.
Dedicated Foundation Year support
You won’t be thrown in at the deep end. The Foundation Year is structured to ease you into computing and data concepts, with guided sessions, workshops, and plenty of one-to-one support so you feel prepared for the degree that follows.
Access to campus facilities
You’ll also make the most of university resources like the Augustine House Library, with its digital tools, specialist software, and research materials—all designed to support your projects and studies.
Meet the staff and get mentorship
Events like Answers Days are your chance to talk directly to lecturers and current students. It’s a great way to hear first-hand about the course, ask questions, and even get a taste of the kind of mentoring and support you’ll have throughout your degree.
Structured event scheduling for early exposure
Right from the start, you’ll see how your subject comes to life through events and sessions designed around the course. Whether it’s “Bytes and Beyond” or “Magic in Computing,” these tasters give you a lively, early insight into what studying Data Computing Intelligence is all about.
Graduates from this program usually step into roles like Data Analyst, Business Intelligence Analyst, Data Engineer, or Machine Learning Engineer—using data to make smarter decisions and solve real-world problems. Starting salaries often range between £25,000 and £35,000, depending on the sector and where you’re based.
Progression & Future Opportunities
Here’s how this program helps shape your career:
Career support you can count on: At Canterbury Christ Church, you’ll have access to the university’s Careers and Employability Service. From one-to-one career coaching and CV reviews to interview workshops, job fairs, and employer networking events, you’ll be guided at every stage towards securing your next opportunity.
Graduate outcomes and salaries: While there aren’t course-specific salary figures published, the university contributes to the national Graduate Outcomes Survey, which tracks how graduates progress in their careers and the kind of salaries they achieve.
Industry links built into your learning: This degree has been designed with input from industry partners, so what you learn is closely aligned with what employers are looking for—especially in fast-moving areas like tech and data.
Accreditation that opens doors: As a recognised UK qualification, your degree is validated through UCAS and meets national quality standards. This gives your qualification real weight with employers and provides a solid foundation if you want to continue into postgraduate study or professional certifications.
Where it leads you: Starting with a foundation year, the program builds your skills in computing and mathematics before moving into specialist areas like data analytics, intelligence systems, and computing applications. By graduation, you’ll be ready to step confidently into data-driven careers with a strong mix of technical and problem-solving skills.
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