MSci Data Science

4 Years On Campus Bachelors Program

University of Warwick

Program Overview

The MSci Data Science at the University of Warwick gives you the perfect mix of mathematics, statistics, and computing. It’s designed to help you master the technologies and methods that drive today’s data-driven world. If you see yourself shaping the future through data analysis, machine learning, or building algorithms, this course will give you the foundation and expertise to get there.


Curriculum Structure

Year 1
Your journey begins by strengthening the basics. You’ll revisit key areas of mathematics in Refresher Mathematics and explore the fundamentals of programming in Programming for Computer Scientists. Modules like Design of Information Structures and Mathematical Programming I introduce you to optimisation and data organisation. At the same time, you’ll deepen your theoretical understanding through courses like Vectors and Matrices, Calculus, Sets and Numbers, Probability 1 & 2, and Introduction to Statistical Modelling.

Year 2
The second year moves you from theory into application. You’ll work on real software projects in Software Engineering, learn how to model and query data in Database Systems, and sharpen your problem-solving with Algorithms. Modules such as Stochastic Processes, Mathematical Methods for Statistics and Probability, and Mathematical Statistics strengthen your toolkit, while Linear Statistical Modelling with R lets you put these skills into practice.

Year 3
Now the focus shifts firmly to Data Science. A specialist module will guide you through the full statistical investigative cycle—from identifying problems to presenting clear conclusions. You’ll also have the freedom to shape your learning with options such as Artificial Intelligence, Machine Learning, Neural Computing, or Professional Practice of Data Analysis. Alongside this, you’ll complete a major Data Science project, bringing together everything you’ve learned so far.

Year 4
Your final year takes you to master’s level. You can choose from advanced modules like Advanced Statistical Learning and Big Data, High-Performance Computing, Algorithmic Game Theory, or Computational Biology and Statistical Genetics. The highlight is your Master’s dissertation: an in-depth, supervised research project that lets you specialise in a topic that really excites you.


Focus Areas

  • Mathematical and statistical modelling

  • Algorithm design

  • Software engineering

  • Machine learning

  • Big data and advanced statistical learning

  • High-performance computing

  • Algorithmic game theory

  • Computational biology and genetics


Learning Outcomes

By the end of the course, you’ll be confident working across mathematics, statistics, and computing. You’ll know how to design algorithms, model and analyse data, and engineer software systems. You’ll also gain real experience working through the full statistical investigative cycle and completing a high-level research project in your chosen area.


Professional Alignment

While the course doesn’t highlight a specific accreditation, it does offer opportunities for actuarial exemptions—showing that your learning is professionally relevant and can lead to recognised career pathways.


Reputation and Employability

Warwick’s reputation makes your degree stand out. The university ranks 8th in the UK (Guardian University Guide 2025), sits in the top 100 globally (QS World University Rankings 2025), and is the 6th most targeted university in the UK by top employers. In short, a Warwick Data Science degree opens doors—both in the UK and worldwide.

Experiential Learning (Research, Projects, Internships etc.)

In your third year, you’ll take on a major Data Science project where you get to choose your own topic and work one-on-one with a supervisor. You’ll take the project from idea to design to final delivery, developing real independence along the way. In your fourth year, you’ll step up to a master’s-level dissertation. This is your chance to dive deep into an advanced area you’re passionate about—whether that’s machine learning, big data, high-performance computing, game theory, or applications in fields like computational biology and genetics.

Collaborative Software Engineering Module
Second year brings a dedicated Software Engineering module designed around teamwork. You’ll work with classmates on every stage of the development process—from brainstorming and design to coding, testing, and long-term maintenance. It’s a great way to build practical project management and communication skills, while also learning how to design with the end user in mind.

Modern Digital Tools & Languages
You’ll graduate with solid hands-on experience using the tools and languages that today’s data scientists rely on:

  • R for analysis and statistical modelling in modules like Introduction to Statistical Modelling and Linear Statistical Modelling with R.

  • Python for machine learning, where you’ll explore regression, clustering, neural networks, support vector machines, and more.

  • SQL in the Database Systems module, where you’ll learn how to design and query relational databases—the backbone of big data work.

Highly Equipped Computing Labs
Much of your practical learning takes place in the Department’s specialist computer labs. Here, you’ll solve real problems hands-on, applying the theory you learn in lectures to practical, technical challenges.

Learning Environment & Support
Your learning will be a blend of lectures, tutorials, supervisions, and lab work. You’ll typically have around 15 hours of contact time per week. Early on, you’ll study in larger groups to build a strong foundation, and later move into smaller, more specialised classes where you can focus more closely on your interests.

Study Abroad / Placement Year Option
For students looking to expand their horizons, the programme offers the chance to spend a year studying abroad or gaining industry experience through a placement. Both options are subject to availability and academic eligibility but provide fantastic opportunities to grow personally and professionally.

Specialist Facilities & Campus Resources
You’ll learn and collaborate in modern, well-designed spaces such as the Oculus learning hub, with its mix of lecture theatres and flexible study areas. You’ll also have full access to the University Library, home to over a million books and countless online journals to support your studies. Beyond that, the campus is full of social and quiet study spaces to suit the way you work best.

Dedicated Careers Support
Careers support is built into your degree. A Senior Careers Consultant is dedicated to your department, running workshops, employer events, and one-to-one sessions to help you with CV writing, interview prep, and exploring career paths in statistics, data science, and beyond.

Progression & Future Opportunities

At Warwick, you’ll have access to a dedicated Careers Service that’s there to guide you every step of the way. From one-to-one career advice and employer-led events to mock interviews, skills workshops, and careers fairs, you’ll have plenty of opportunities to prepare for the job market. Even after you graduate, Warwick continues to support you for up to two years.

Employment Statistics & Salary Figures
Warwick graduates are highly sought after. For Computer Science undergraduates (which includes Data Science MSci students), 95% are in graduate-level work or further study within 15 months of finishing their degree. The median salary for those in full-time roles in the UK stands at an impressive £40,000—showing the strength of your career prospects.

University–Industry Partnerships
Warwick’s strong industry connections open doors to leading employers worldwide. Alumni from related departments, such as Mathematics and Statistics, have gone on to work with global names like AstraZeneca, Amazon, BlackRock, Goldman Sachs, and Deloitte. While these examples aren’t specific to Data Science MSci, they highlight the calibre of opportunities available through Warwick’s network.

Long-Term Accreditation Value
The MSci is more than just a degree—it’s an integrated Master’s qualification that combines the depth of undergraduate study with advanced Master’s-level training. It’s a mark of specialist expertise that employers recognise and value, and it also gives you a strong foundation should you wish to continue into research or further academic study.

Graduation Outcomes
By the time you graduate, you’ll have a powerful combination of advanced skills in mathematics, statistics, and computing, alongside project-based learning and a master’s-level dissertation. This blend of theory and practice equips you to lead in data-driven fields such as finance, pharmaceuticals, telecoms, scientific research, and beyond.

Program Key Stats

£26,290
£ 29
Sept Intake : 14th Jan


No
Yes

Eligibility Criteria

A*A*A
N/A
39
92
4 Year

N/A
N/A
6.0
87
2:1

Additional Information & Requirements

Career Options

  • Actuaries
  • economists and statisticians
  • software developers
  • chartered and certified accountants
  • finance and investment analysts
  • teachers
  • telecommunication designers
  • data scientists and engineers
  • academics

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