This master's programme combines finance, data science and artificial intelligence to prepare students for technical roles in financial services and fintech. It suits numerate graduates (or professionals) who want to apply machine learning, data engineering and computational methods to problems such as pricing, risk, trading and regulatory compliance.
The programme blends core topics from finance and economics with practical and theoretical aspects of artificial intelligence, machine learning and data analytics. Teaching typically includes lectures, hands-on labs, group work and a substantial individual project or dissertation that applies AI methods to a real financial problem.
Applicants are normally expected to hold a good undergraduate degree (typically a UK 2:1 or international equivalent) in a numerate discipline such as mathematics, statistics, computer science, engineering, economics or finance. Candidates with substantial relevant work experience in technology or financial services may also be considered.
Admissions panels look for demonstrable programming ability (for example Python, R or similar), quantitative skills and an understanding of basic machine learning or finance concepts. Depending on background, some applicants may be asked to complete preparatory modules.
International applicants must meet the University’s English language requirements; commonly accepted proofs include recognised qualifications demonstrating competence in academic English.
Graduates move into a wide range of technical and advisory roles across financial services, fintech and related industries. Typical job titles include:
Career development is supported by Loughborough’s careers service and by industry engagement through guest lectures, project collaborations and recruitment events.
Loughborough offers a campus environment with strong links between computing, mathematics and management, enabling interdisciplinary teaching that reflects the needs of modern financial technology employers. Students benefit from practical computing facilities, access to data-focused labs and opportunities to work on industry-relevant projects.
The University has established relationships with businesses across finance and technology, which provide sources of real-world problems, guest speakers and recruitment pathways. In addition, students can draw on central career support, research expertise in data and analytics, and a broad network of alumni working in financial services and fintech.
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