Faculty

Faculty of Applied Sciences (FAV)

Study programme

Mathematics (B1101)

Branch of study

Scientific Computing and Modelling
(1101R050/85  2011)

Level of acquired qualification

Bachelor

Form of study

Fulltime

Standard length of study

3 years

Number of ECTS credits

180

Qualification awarded

Bachelor (Bc.)

Access to further studies

Master study programme

Type of completion

Bachelor's Thesis Defense, State Final Exam

Study and Examination Code

URL

Faculty coordinator for international students

Železný Miloš, Doc. Ing. Ph.D.

Email: zelezny@kky.zcu.cz

Phone: 37763 2004

Fax:


Key learning outcomes

Undergraduates demonstrate knowledge and understanding of basic mathematical concepts and techniques, particularly in calculus and analysis, linear algebra, discrete mathematics and numerical methods. System of optional modules Informatics and programming, Engineering and Modelling profiles knowledge of students deeper into the application areas, prepares them on an expertise activity in control area in technical management, in projection or research and development career employment especially in computing engineering area. Undergraduates have knowledge of English at level B1 of the Common European Framework of Reference for Languages (selected courses in English can be attended). Undergraduates are able to construct elementary proofs within abstract mathematical systems; explain the basic principles of mathematical theories; formulate, analyze and using mathematical methods to solve selected mathematical problems and simple reallife problems from natural sciences, engineering, economics and technological areas; to plan, prepare and evaluate a specified project. Undergraduates are able to individually produce documents with mathematical content; use efficiently computer algebra systems; design and implement simple mathematical algorithms in a selected programming language; communicate mathematics in a clear, concise and rigorous manner appropriate to the context; operate in teams in order to plan, execute, report and present a mathematically based project; write and orally present and defend a major project (bachelor thesis).

Specific admission requirements

Stipulated grade average at secondary school

Specific provisions for recognition of prior learning

General Rules for the Recognition of Previous Studies

Qualification requirements and regulations

180 ECTS credits, Bachelor Thesis, Final State Examination

Profile of the programme

This study programme is designed as an academic one. It consists of blocks of theoretical courses dealing with the field of analysis, linear algebra, discrete mathematics, probability and statistics, geometry, numerical methods and fundamentals of information technologies. At the same time, it comprises a blocks of courses focusing on exploiting theoretical background in practice. Undergraduates have sufficient skills to applytheir gained knowledge to solving mathematically formulated problems of engineering and scientific kind and problems from economics and management. This study programme is designed to equip the future graduate with theoretical background and skills necessary for study in a followup Master?s study programme Mathematics. In addition, after successfully completing this study programme, the graduate can apply for positions in various fields, such as an economic and financial analysts, in consultancy firms operating in the fields of economics and financial services.

Persistence requirements

unspecified

Occupational profiles of graduates with examples

Undergraduates are wellprepared for practice, to solving mathematically formulated problems of engineering and scientific kind and problems from economics and management, to continue their studies in a graduate degree course.

Branch of study guarantor

Daněk Josef, Doc. Ing. Ph.D.
