The aim of Applied Mathematics Master’s degree study programme is to prepare broadly educated creative mathematics specialists who have relevant knowledge of mathematics and its application and would be able to study, model and responsibly apply knowledge independently in new situations and would be able to be competent partners in joint projects with the specialists of other fields.
| Location |
Kaunas Faculty of Mathematics and Natural Sciences |
| Cycle | Second cycle |
| Field | Applied Mathematics |
| Language | Lithuanian |
| Form | Full-time studies - 2 y. (evening-time; blended learning) |
| Degree awarded | Master of Mathematical Sciences |
| Flexible learning pathways | Interdisciplinary competence |
| Yearly Price |
Full-time studies - 5538 €
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Talk to us, study with us
tel. +370 679 44 555
email studijos@ktu.lt
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The programme is only conducted in Lithuanian language. Entry requirements for this particular programme can be found in the programme description provided in Lithuanian language. |
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The indicated tuition fee is applied to 2025-2026 academic year. |
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| Foreign nationals with Lithuanian origins and EU citizens | |
| Full-time studies | 5538 € |
| Price per credit | 92,3 € |
| Partial tuition fee waiver can be applied for the study price. | |
Financial support
| Modelling and analysis of financial markets | Data mining and analysis methods | Optimisation of the functioning of systems |
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A few years ago, the international experts evaluated KTU Master’s degree study programme of Applied Mathematics as unique and attractive not only in Lithuania, but also abroad. The future Masters of Applied Mathematics are studying general subjects and choosing subjects from two groups of modules i.e. finances mathematics, data mining subjects, and optional advanced level subjects of mathematics.
The need for creation and application of mathematical models in various fields of industry, biomedicine, and economics has recently shown a considerable increase. According to the forecasts, after five – ten years such specialists will be demanded throughout the world.
The graduates can work as system analysts, market researchers, analysts-programmers, modelling, and data analysis specialists in modelling, design, information analysis divisions of various companies and institutions, insurance companies, banks, stock exchange markets. Since the aforementioned works are closely related to information technologies, the wages are and will remain one of the highest in Lithuania.
Many graduates from this study programme are working in such companies as “Swedbank Life Insurance SE”, “Mondelez Lietuva Production”, “Barclays Technology Centre Lithuania”, “Callcredit Information Group”, “Softera Baltic”, Vičiūnai Group, and other.
The students who demonstrate high academic results are studying in this programme. Good motivation of students determines a creative and results-oriented environment of the studies that helps to assimilate necessary knowledge and skills.
Student’s competences:
Student’s skills
| – Development of analytical tools (for extraction of data, analysis, process optimisation, process monitoring, automation) |
| – Development of tools for preparation of reports |
| – Provision of business insights |
| – Quality management in data in information systems |
| – Provision of results, performance indicators to the managers |
| – Preparation of integrated data management, monitoring and analysis policies and methodologies |
| – Preparation of the company’s performance reports |
| – Analysis of performance results |
| – Provision of business insights to the managers |
| – Coordination and supervision of the work of analysts |
| – Preparation of the operational plan for process management |
| – Development of the company’s strategy for reduction of the possible loss |
| – Performance of market analysis, analysis of damages, analysis of results, analysis of provisions |
| – Planning, coordination and management of scientific research and development at the company or outsourced by other research organisations while developing new technological processes, products, knowledge or ways for use of materials, or improving the available ones |
| – Planning of scientific research and development programmes of the entire company or organisation identifying objectives and budgetary needs |
| – Supervision of activities of the employees responsible for scientific research and development, and its management |
| – Preparation and management of budget, control of expenses and assurance of efficient use of resources |
| – Publication of scientific papers in the recognised scientific publications of mathematics |
| – Preparation and publication of scientific monographs in mathematics |
| – Individual planning and performance of fundamental and/or applied scientific research |
| – Consultations on the issues of mathematical principles, models, methods and their application for solving of various tasks of engineering, agronomy, medicine, as well as other natural or social science sand business |
| – Planning, coordination and management of the activities of the division’s employees |
| – Provision of consultations and assistance to the customers regarding the financial and insurance needs, as well as amendments of the legislations that can impact customers |
| – Review of cash flows and financial measures, preparation of financial and regulatory reports |
The bachelor’s and master’s degrees in Applied Mathematics have paved the way for the field of data science. A strong foundation in programming and mathematics is laid during the first year of study. And the knowledge gained in later years becomes meaningful through the application of machine learning models. With such a baggage of knowledge, it is much easier to understand and master new modelling techniques, and to select the most appropriate one based on the available data. I am delighted to choose to study mathematics, not only because of the knowledge I have gained, but also because of the excellent community of the faculty that promotes continuous improvement and cares for every student.
I am glad that I chose to study mathematics, because studying exact sciences helped to develop critical logical thinking, to acquire analytical knowledge, which is very useful both in professional activities and in everyday life. The study of applied mathematics has given me a wealth of fundamental, very widely applied knowledge. I have linked my professional career to financial analysis and investment management. These activities require the ability to analyze a variety of data, understand what factors and how they affect changes in the value of financial instruments. I can confidently say that studying Applied Mathematics has contributed to the success of my professional career.
