Description
The Bachelor's Degree in Mathematics is awarded by the Department of Mathematics of the National and Kapodistrian University of Athens. The undergraduate programme provides comprehensive education in pure and applied mathematics, combining strong theoretical foundations with analytical thinking and mathematical modelling. It covers algebra, analysis, geometry, topology, differential equations, numerical analysis, statistics, probability, operations research, computational mathematics and mathematics education, preparing graduates for professional and research careers.
Relation to Employment
Graduates can find employment in education, research, statistical analysis, actuarial science, financial services, information technology, industry, operations research, data analysis, public administration, and public and private sector organizations that utilize mathematical models and quantitative methods.
Access Requirements / Progression Opportunities
A high school diploma and successful completion of the Panhellenic or placement exams are required. The degree is awarded upon successful completion of eight semesters and 240 ECTS credits.
Knowledge
Graduates possess comprehensive and specialized knowledge across all major fields of modern Mathematics, acquiring a strong theoretical and applied background in mathematical analysis, algebra, geometry, topology, differential equations, probability, statistics, operations research, computational mathematics, mathematical modelling, mathematics education and the applications of mathematics in the natural, economic, biomedical and technological sciences. They understand the theoretical foundations of mathematics and its essential role in scientific and technological development.
Skills
Graduates develop skills in constructing and analysing mathematical models, mathematical proof, logical and analytical reasoning, solving complex theoretical and applied problems, applying computational and statistical methods, using specialized mathematical software and modern technological tools, and collecting, processing and interpreting quantitative data. They are able to apply mathematical methods to problems arising in science, technology, economics, education and research.
Competences
Graduates are capable of applying mathematical knowledge to develop innovative solutions to theoretical and practical problems, working independently or as members of multidisciplinary teams, supporting decision-making through quantitative analysis and mathematical modelling, adapting to scientific and technological advances, and pursuing postgraduate and doctoral studies. They are also qualified to work in education, research and professional fields requiring advanced mathematical reasoning and quantitative analysis.