Mathematics BSc (Hons)

3 Years On Campus Bachelors Program

Edge Hill University

Program Overview

The BSc (Hons) Mathematics at Edge Hill University is a three‑year full‑time degree that gives a deep grounding in both pure and applied mathematics — from calculus, algebra, and statistics up to advanced topics like differential equations and statistical modelling. It’s especially well suited for students who enjoy analytical thinking, problem‑solving, and want a strong quantitative foundation for careers in data, finance, research, or further study.

Curriculum structure:

Year 1:
In the first year, students cover the core foundational mathematics: modules such as Calculus 1 and Calculus 2 give a rigorous grasp of limits, derivatives, and integrals; Discrete Mathematics and Linear Algebra build understanding of structures, sets, sequences, and vector spaces; Introduction to Statistics introduces basic data analysis. Additionally, the module “Professional Practice I” develops communication and professional skills, preparing students for real-world applications of mathematics.

Year 2:
In the second year, students deepen their mathematical and statistical knowledge through compulsory modules like Advanced Calculus, Computational Applied Mathematics, and Statistical Inference. On top of that, students choose two optional modules — for instance, Probability Theory, Number Theory, Complex Analysis, or Group Theory — giving flexibility to start shaping their interests in pure or applied mathematics.

Year 3:
In the final year, the program offers a mix of compulsory coursework and electives. All students take Multivariable Calculus, Statistical Modelling, and undertake a Research Project, allowing them to apply mathematics to real problems and carry out independent investigation. Then, depending on interests, they pick two optional modules: possibilities include Financial Mathematics, Operational Research, Medical Statistics, or Dynamical & Chaotic Systems. This final year lets students specialize, whether they lean toward theoretical maths, applied statistics, financial maths, or modelling.

Focus areas:

Financial mathematics; Medical statistics; Operational research; Dynamical systems & chaos; Statistical modelling; Computational and applied mathematics.

Learning outcomes:

Graduates develop strong analytical and problem‑solving skills, mastery of calculus, algebra, statistics, and discrete mathematics; ability to model real-world problems; competence in statistical analysis, mathematical modelling, and quantitative reasoning; and experience with software and tools used in practical mathematics work.

Professional alignment (accreditation):

The degree meets the educational requirements for the professional designation Institute of Mathematics and its Applications (IMA)'s “Chartered Mathematician” — provided subsequent training or experience complements the degree.

Reputation (employability & opportunities):

Edge Hill emphasises that a mathematics degree opens doors to diverse careers: data analyst, statistician, actuary, or operational researcher; roles in finance, research, computing, teaching, and more. Moreover, students get hands-on experience using modern mathematics software, broadening their practical and employable skillset.

Experiential Learning (Research, Projects, Internships etc.)

At Edge Hill, the Mathematics degree isn’t just about solving abstract proofs — from early on students engage with real data, computational tools, and applied mathematical methods that feature heavily in industry, finance, research, and data analysis. The programme emphasises not only rigorous mathematical thinking, but also the ability to use modern software tools, model real‑world problems, and communicate quantitative ideas — preparing graduates to hit the ground running in data‑driven workplaces or further studies.

Practical, hands‑on learning happens through:

  • Dedicated modern facilities and computing resources — The Mathematics programme is based in the purpose‑built Tech Hub, a contemporary building with a Harvard‑style lecture theatre, specialist laboratories furnished with high-spec computers, high-resolution screens, and up-to-date hardware and software.

  • Use of mathematics and analysis software tools — Students get access to tools such as SPSS, Autograph, Microsoft Mathematics, and Microsoft Excel for data analysis, statistical work, and computational mathematics.

  • Structured modules bridging theory and application — Across the three years, students study core mathematics (calculus, linear algebra, discrete mathematics, statistics) and then move into more applied and specialised areas like statistical modelling, computational applied mathematics, operational research, financial mathematics, or medical statistics (depending on final‑year choices).

  • Research project in final year — In Year 3, every student undertakes a research project, giving a real opportunity to investigate a mathematical topic of their choice under supervision — a valuable simulation of independent research or industry‑style project work.

  • Flexibility with industry placement or study abroad — The course offers a “sandwich year” (i.e., a year in industry) or a “study abroad” option through international partners — allowing students to gain professional experience or global exposure before graduation.

Progression & Future Opportunities

Graduates of Edge Hill’s Mathematics BSc often move into analytical, technical or professional roles — for example data analyst, actuary/operational researcher, software or systems roles, or teaching; many also go on to further study or professional training. The degree’s strong grounding in mathematical theory and real‑world applications gives flexibility: whether aiming for finance, data/analytics, research, teaching, or technology, this programme prepares students well.

Progression & Future Opportunities:

  • University Services Supporting Employment

    • Students learn in modern facilities: the dedicated Tech Hub provides state‑of‑the‑art computing labs and software tools, offering hands‑on exposure to tools widely used in industry.

    • There is an option of a sandwich (placement) year or a study‑abroad year — valuable for gaining real‑world experience or international exposure, both of which bolster employability.

    • The programme emphasises employability skills and professional practice early on through modules designed to develop communication, problem-solving, and job‑seeking skills alongside mathematical training.

  • Employment Roles & Sectors

    • Possible roles include statistician / mathematical modeller, actuary, operational researcher, data analyst, management consultant, quantitative analyst, software/data‑science roles, and teacher (after appropriate teacher‑training).

    • Graduates go into sectors such as finance, data analysis, software/IT, engineering, consulting, or education.

  • Long-Term Accreditation & Value

    • The BSc (Hons) Mathematics meets the educational requirements for the designation of Chartered Mathematician (with subsequent professional experience) via the Institute of Mathematics and its Applications (IMA), adding professional recognition and long‑term value to the degree.

    • The broad and rigorous mathematical training ensures the degree remains relevant and respected across industries, offering flexibility for jobs in multiple sectors or further studies.

  • Graduation Outcomes

    • Graduates leave the course with strong analytical, quantitative, problem-solving, and logical reasoning skills — highly valued by employers in data-driven, technical, finance, or academic roles.

    • Optional placement or study abroad, and the ability to tailor final-year specializations (e.g., financial mathematics, operational research, medical statistics), give graduates additional practical experience and a competitive edge in the job market.

Further Academic Progression:
After BSc (Hons) Mathematics at Edge Hill, a student could pursue a master’s degree — for example in Applied Mathematics, Statistics, Data Science, Financial/Quantitative Finance, Operational Research, or Mathematical Modelling. Alternatively, one could aim for professional qualification via the IMA, research degrees (MPhil/PhD), or teacher‑training if interested in teaching.

Program Key Stats

£18,000 (Annual cost)
£9,760
£ 29
Sept Intake : 14th Jan


No
Yes

Eligibility Criteria

BBC
2.75
28
65

1200
26
6.0
78
No

Additional Information & Requirements

Career Options

  • Actuary
  • Data Analyst
  • Statistician
  • Quantitative Analyst
  • Operations Research Analyst
  • Financial Analyst
  • Risk Analyst
  • Economist
  • Cryptographer
  • Mathematician
  • Data Scientist
  • Market Research Analyst
  • Biostatistician
  • Machine Learning Engineer
  • Algorithm Developer
  • Research Scientist
  • Investment Analyst
  • Statistician Consultant
  • Software Engineer (Mathematical Modeling)
  • Computational Scientist

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