Biology Programme code: 01-S1BI12.2015

Field of study: | Biology |
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Programme code: | 01-S1BI12.2015 |
Programme code (USOS): | 01-S1BI12 |
Faculty: | Faculty of Natural Sciences |
Language of study: | Polish |
Academic year of entry: |
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Level of qualifications/degree: | first-cycle studies |
Mode of study: | full-time |
Degree profile: | general academic |
Number of semesters: | 6 |
Degree: | licencjat (Bachelor's Degree) |
Access to further studies: | the possibility of applying for the second-cycle studies and postgraduate studies |
Areas, fields and disciplines of art or science to which the programme is assigned: |
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ISCED code: | 0511 |
The number and date of the Senate’s resolution: | 133/2012 (29/05/2012) |
General description of the programme: | The aim of the first- cycle studies of biology is preparing students to expand their biological knowledge, , prepare public presentations and use these skills in professional activities related to that knowledge.
Students gain the knowledge and skills appropriate for the individual disciplines of biology, in particular, in the following areas: the structure, function and development of organisms; the diversity and evolution of organisms; molecular biology and the basics of biotechnology, environmental biology in the context of sustainable development and the ethics of environmental protection. This knowledge refers to the information gained during courses in mathematics, physics and chemistry, including general and organic chemistry. In addition to the basic studies, many courses that allow the individualisation of the studies according to student’s own interests are offered.
The learning program also includes foreign languages, information technology and physical education. An important element of the studies is to acquire the ability to use databases, audiovisual resources, computer programs and other tools, which form the basis of the modern work of biologists, further self- education and social communication. The proposed forms of education include lectures, seminars, Bachelor workshops, laboratories, auditorium exercises, as well as fieldwork.
The programme of studies, in line with the objectives of the National Qualifications Framework, is carried out under the ECTS point system, which - - allows students to participate in international trade and, consequently, to seek employment abroad during their studies. Notably gifted students are allowed to study an individual course of training under the guidance of a supervisor appointed by the dean. Students can also deepen their knowledge by participating in the work of students’ research circles.
Over the course of the studies, professional practice is scheduled in selected individual workplaces.
During the third year of degree studies, students have the opportunity to choose a department, in which they can perform research for their bachelor thesis. Graduates are instructed on how to perform basic analytics and research using biological material, handle research and / or technological equipment, as well as to independently develop their own professional skills while maintaining legal and ethical principles and active participation in teamwork.
The bachelor’s degree is the first step in achieving a qualification to work in research, inspection and diagnostic laboratories, healthcare institutions, industry, government, and institutions of conservation/ environmental protection.
At the same time, first-cycle studies prepare students to study for a second degree in biology, as well as related fields.
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Organization of the process of obtaining a degree: | At the end of the fourth semester, students select a department in which they will attend bachelor’s seminars and prepare their thesis for the third year. The number of graduates in the department will be dependent on the number of employees with a PhD, employees with habilitation and professors. Students will enroll as candidates for acceptance to the department in the dean's office. In the event that the list of applicants exceeds the limit set for the unit, the director of the department will qualify graduates based on their grades in courses related to the scientific profile of the department.
Students of Biology will write their diploma theses in one of the following departments: Department of Plant Anatomy and Cytology, Department of Biophysics and Plant Morphogenesis, Department of Cell Biology, Department of Botany and Nature Protection, Department of Ecology, Department of Plant Physiology, Department of Animal Histology and Embryology, Department of Animal Physiology and Ecotoxicology, Department of Hydrobiology and Department of Zoology.
The choice of a supervisor and the decision on the topic of the Bachelor’s thesis will occur during the 1st month of the 5th semester. The diploma thesis will be theoretical and will concern the latest scientific problems of the studied area and the research interests of the department. The student will submit the thesis to the Dean's Office. If the supervisor only has a doctorate degree, the thesis is reviewed by a designated employee that has habilitation or is professor. The diploma exam is carried out in front of a three-person examination board, which includes at least one employee with habilitation or a professor. During the exam, at least three questions from the studied field are asked by the reviewer and supervisor. The final grade to be put on diploma is calculated according to the rules adopted in the STUDY REGULATIONS OF THE UNIVERSITY OF SILESIA (annex to the Rector of the University of Silesia announcement of 2 September 2011).
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Internships (hours and conditions): | 1. Professional Practice is a compulsory element to be completed during the first cycle of the studies (Ust. z dnia 27 lipca 2005 r. Prawo o szkolnictwie wyższym, Dz. U. Nr 164, poz. 1365, z późn. zm. Art. 166. 1. 2).
2. At the University of Silesia, the principles of professional practice are regulated by the directive of Rector: no. 41/2007, 93/2009 and 71/2010.
3. The internship will last four weeks (which is 20 working days). These can be carried out in one or two institutions so that their total time shall reach four weeks.
4. The main term of apprenticeship is during the summer holiday months after the end of the second year (fourth semester). In justified cases, the student may, with the written consent of the Dean of the Faculty, serve the practice in other terms provided that this will not interfere with teaching activities.
5. Students can take professional practice in public and private institutions whose activity is related to a broad range of biological issues.
6. It is recommended that apprenticeships are implemented in units such as:
- various levels of the public administration and local government, for example, respective units in the municipal offices of cities, municipalities, counties, marshal’s offices, regional councils of local government, environmental management agencies
- academic and research institutions, including institutes and universities
- herbaria, natural history museums, botanical and zoological gardens
- greenhouses, egzotaria, institutions for arranging green spaces
- national, landscaping and forestry parks
- biological laboratories operating at health care units, waterworks, industrial facilities
- environmental education centres, NGOs and foundations that work for the protection and improvement of the natural environment.
7. Students are responsible for finding the institution where they will do their practice and organising it themselves, i.e. agree on individual responsibilities and tasks with the institution.
8. The main purpose of professional practice is to familiarise students with the functioning of the institutions in which the work is performed in accordance with the education of the biology student as well as to be practical preparation for searching for a position after graduation. Professional practice not only allows students to supplement their theoretical knowledge, but also shows them how to use this knowledge in practice. During the practice, the student is required to take an active part in the tasks that are performed in the place of the practice and to familiarise themselves with the issues concerning the organisation and functioning of the facility where the practice takes place.
9. Students who can document their careers or activities compatible with the education profile for Biology can have it counted as professional practice.
10. Before starting their professional practice, the student is required to submit information about the location of the planned practice for its acceptance and to submit a signed statement of their commitment to comply with their applicable regulations in the workplace arising from the work regulations, health and safety regulations, protection of confidential information and personal data and due diligence in the performance of their tasks entrusted to him to the supervisor.
11. The direct superior of the student in the course of practice is:
- from the Academy –practice supervisor
- from the unit where the practice takes place – facility supervisor or a person designated by him.
12. In the workplace, the student is subject to the rules in force at the facility.
13. At the end of the practice, a student is required to provide full documentation of the practice to the supervisor (report on the course of the professional practice, evaluation questionnaire form)
14. The tutor enters the practice credit to the index. The deadline for credits for practice is the closing date for the summer semester of the academic year. Failure in to obtain the credit for professional practice will require that it be repeated.
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Graduation requirements: | (no information given) |
Number of ECTS credits required to achieve the qualification equivalent to the level of study: | 180 |
Professional qualifications: | (no information given) |
Connection between the field of study and university development strategy, including the university mission: | Education within a specialisation is convergent with the operational aims, which are outlined in the strategy of the development of the University of Silesia for 2012- 2020, especially those referring to the operational aim – innovative education and modern teaching through:
- elaboration of organisational and curricular principles for the first level of academic study;
- expansion of the offer of educational programmes in foreign languages, in particular in English;
- enabling the realisation of a part of the study programmes at foreign universities, mainly due to the LPP Erasmus programme / Erasmus + beginning in the academic year 2014/15;
- adaptation of the educational programme to the needs of the labour market;
- implementation of more practical classes into the programme of studies, as well as internships in institutions and organisations;
- implementation of content associated with innovation and entrepreneurship, intellectual property and the labour market into the programme of study;
- use of e-learning courses in the educational process;
- implementation of internal systems to ensure a high-quality of education;
- development of the didactic competences of the academic teachers.
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Percentage of the ECTS credits for each of the areas to which the learning outcomes are related to the total number of ECTS credits: | natural sciences : 100% |
KNOWLEDGE The graduate: |
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Recognize the basic structures, phenomena and natural processes in the living world, for each of the levels of its organization, and rely on the empirical basis [1BL_W01] |
Choose proper tools in mathematics essential for describing and interpreting basic natural phenomena. [1BL_W02] |
Define and explain the fundamental principles of physics and chemistry which are essential for understanding processes and natural phenomena. [1BL_W03] |
Present the significance of carbon chemistry for the functioning of life, and describe and recognize the basic rules that govern chemical reactions. [1BL_W04] |
Describe the structure and properties of the main types of biological macro-molecules and their constituent elements. [1BL_W05] |
Analyze the main metabolic pathways and indicate the correlation between metabolism and energy metabolism in different organisms. [1BL_W06] |
Describe and explain the differences in the structure and function of prokaryotic and eukaryotic cells. [1BL_W07] |
Describe the organization of tissues and organs, as well as functional interdependencies between them. [1BL_W08] |
Characterize the diversity of flora and fauna and demonstrate the knowledge of the factors which determine it. [1BL_W09] |
Explain the elementary principles of classification and organism nomenclature, and specify the main taxonomic groups. [1BL_W10] |
Distinguish and characterize selected types of natural habitats and describe the causes of organism variability. [1BL_W11] |
Explain and describe the basic rules and the mechanisms of life functioning at the organism, population, biocenosis and ecosystem levels. [1BL_W12] |
Recognize basic environmental threats on a global, regional and local scale. [1BL_W13] |
Describe and explain the molecular mechanisms of genetic information flow and regulation of its expression. [1BL_W14] |
Present and explain the rules of inheritance. [1BL_W15] |
Explain the basic regularities that determine the presence of organisms in various types of environment. [1BL_W16] |
Identify the scientific disciplines in the field of natural sciences and current methods of research appropriate for them. [1BL_W17] |
apply the scientific concepts and terms appropriate for the studied specialization and related fields. [1BL_W18] |
Discuss environmental determinants in the context of the concept of sustainable development. [1BL_W19] |
Explain the basic techniques of genetic engineering and biotechnology, and analyze their bio-ethical determinants. [1BL_W20] |
Specify and characterize forms of nature protection, and evoke the basic legal regulations in this regard in Poland, Europe and the world. [1BL_W21] |
Identify and discuss the consequences of anthropogenic impact on the natural environment, and understand the ethical implications. [1BL_W22] |
Explain the theoretical basis of experimental and field methods, list the most important research techniques in the biological sciences, and also describe and interpret natural phenomena using statistical and informatic methods. [1BL_W23] |
Discuss the socio-economic determinants of functioning in the biological sciences. [1BL_W24] |
Explains rules of using the informatic tools for data analysis. [1BL_W25] |
Understand and assess the significance of experimentation and field work in biology, and define and describe the significance of molecular analyses in biological research. [1BL_W26] |
Demonstrate and use the basic concepts of other areas of biological and natural sciences to broaden the knowledge of the biology. [1BL_W27] |
Indicate the interdisciplinary aspects of current biology and the natural sciences. [1BL_W28] |
Demonstrate the knowledge of vocabulary and grammar, in sufficient detail to enable passive and active communication, in English. [1BL_W29] |
Know English vocabulary and grammar at B2 level, including the basic scientific terminology of biology and related fields in the English. [1BL_W30] |
Explain basic economic considerations and understand the principles of research funding. [1BL_W31] |
Present the basic concepts and principles of industrial property and copyright protection. [1BL_W32] |
Present and interpret the basic principles of occupational health and safety and ergonomics. [1BL_W33] |
Have a general knowledge of selected scientific methods and know the issues specific to disciplines not related to the field of study. [1BL_W34] |
SKILLS The graduate: |
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Learn independently in a targeted manner. [1BL_U01] |
Apply the basic techniques and research tools of environmental biology, with the supervisor’s help. [1BL_U02] |
Carry out observations and create, in the field or laboratory and with the supervisor’s help, simple physical, biological and chemical measurements and is able to interpret the results. [1BL_U03] |
Operate the basic equipment needed in laboratory and field research. [1BL_U04] |
Search for information from the scientific literature and electronic databases that are recommended for life sciences, in the native language, and is able to integrate them in reports. [1BL_U05] |
Indicate ability in oral communication and reading comprehension in the English language. [1BL_U06] |
Speak English at B2 level, and apply the basic specialized vocabulary in the English language that facilitates the use of biological texts. [1BL_U07] |
Know the current trends of research in life sciences, and comment on selected topics in this field using scientific language typical for biological sciences. [1BL_U08] |
Use the knowledge from other areas of biological and life sciences in improving the knowledge base of biology. [1BL_U09] |
Recognize the relationships and dependencies between biology and other areas of biological and life sciences. [1BL_U10] |
Present the results of individual work in the form of reports, presentations and essays, and to prepare independently scientific reports based on research and to discuss the results obtained. [1BL_U11] |
Combine theoretical knowledge with practical skills. [1BL_U12] |
Use basic computer software in terms of applying it in the discipline studied and in everyday life (e.g. word processing, databases, spreadsheets, numerical and library packages). [1BL_U13] |
Present their own opinions and choose the basic scientific arguments to defend them in their native and English language. [1BL_U14] |
Use basic methods of mathematical and statistical analysis for data interpretation. [1BL_U15] |
Reasonably plan and realize the process of autonomous learning and is able to create the appropriate conclusions based on data from different sources. [1BL_U16] |
Work independently, and as part of a team, to solve basic research problems. [1BL_U17] |
Have the ability to pose and analyze problems based on obtained content from a range of field of science unrelated to field of study. [1BL_U18] |
SOCIAL COMPETENCES The graduate: |
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Demonstrate a wider interest of the biological and life sciences. [1BL_K01] |
Understand the necessity of continuous education and systematic improvement of their skills. [1BL_K02] |
Explain and reconsider their own views, respect the opinions of others and work as part of a team. [1BL_K03] |
Recognize social and environmental problems and respond appropriately to them. [1BL_K04] |
Recognize the importance of research for the conservation of biodiversity and can see opportunities to use their knowledge and skills in cooperation with appropriate institutions. [1BL_K05] |
Give opinions on the basis concepts in life science and promote knowledge of this field of science. [1BL_K06] |
Be responsible for equipment entrusted to them and their own work, and respect the work of others. [1BL_K07] |
Be critical of public information, especially in the natural sciences. [1BL_K08] |
Be responsible for the safety of their own work and that of others. [1BL_K09] |
Apply the principles of bio-ethics, and be aware of the ethical dimension of research. [1BL_K10] |
Demonstrate an enterprising attitude in professional and social life. [1BL_K11] |
Carry out an objective self-assessment of their own work. [1BL_K12] |
Develop an accepting attitude towards the English language as necessary in life sciences. [1BL_K13] |
Be willing to undertake professional activity – and orient themself in current offers on the job market, and can independently search for institutions employing graduates of biology. [1BL_K14] |
Respond according to the principles of first aid, and health and safety regulations, in the case of emergency. [1BL_K15] |
Understand the necessity of an interdisciplinary approach to problem solving, integrate knowledge from different disciplines and to practice self-education to deepen the knowledge gained. [1BL_K16] |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
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A | ||||
Diversity of Fungi and Algae [1BL_28] | Polish | course work |
lecture: 5
laboratory classes: 25 |
2 |
General and inorganic chemistry [1BL_05] | Polish | exam |
lecture: 20
laboratory classes: 40 |
4 |
General botany [1BL_17] | Polish | exam |
lecture: 10
discussion classes: 10 laboratory classes: 40 |
4 |
Histology of animals [1BL_23] | Polish | course work |
lecture: 20
laboratory classes: 40 |
4 |
Mathematics in natural sciences [1BL_03] | Polish | course work |
lecture: 15
practical classes: 30 |
3 |
Przedmioty do wyboru na 1 roku |
depending on the choice |
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Zoology – Protozoa and Invertebrates [1BL_33] | Polish | exam |
lecture: 15
laboratory classes: 75 |
7 |
C - OTHER REQUIREMENTS | ||||
Information technology [1BL_06] | Polish | course work | laboratory classes: 30 | 2 |
Occupational safety and ergonomics [1BL_07] | Polish | course work |
lecture: 5
practical classes: 10 |
1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
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A | ||||
Cell biology [1BL_14] | Polish | exam |
lecture: 30
laboratory classes: 60 |
7 |
Hydrobiology [1BL_24] | Polish | course work |
lecture: 10
laboratory classes: 20 |
2 |
Organic chemistry [1BL_18] | Polish | exam |
lecture: 20
laboratory classes: 40 |
4 |
Physics [1BL_04] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
Przedmioty do wyboru na 1 roku |
depending on the choice |
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Vascular plant diversity [1BL_29] | Polish | exam |
lecture: 10
laboratory classes: 50 |
4 |
Zoology - Chordates [1BL_34] | Polish | exam |
lecture: 15
laboratory classes: 30 |
3 |
B - INTERNSHIPS AND FIELD WORK | ||||
Field courses in botany and zoology [1BL_31] | Polish | course work | field practice: 75 | 4 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Animal physiology [1BL_21] | Polish | course work |
lecture: 30
laboratory classes: 60 |
6 |
Biochemistry [1BL_13] | Polish | exam |
lecture: 30
laboratory classes: 60 |
7 |
Diversity of vegetation and its conditioning [1BL_30] | Polish | course work |
lecture: 10
laboratory classes: 20 |
2 |
Ecology [1BL_19] | Polish | exam |
lecture: 15
laboratory classes: 60 |
5 |
Module from the university-wide list [1BL_64] | Polish | course work | lecture: 30 | 3 |
Module from the university-wide list [1BL_64] | Polish | course work | lecture: 30 | 3 |
Plant physiology [1BL_20] | Polish | exam |
lecture: 30
laboratory classes: 60 |
7 |
C - OTHER REQUIREMENTS | ||||
English classes (semesters 3-5) [1BL_02] | Polish | course work | practical classes: 30 | 2 |
Physical education [1BL_01] | Polish | course work | practical classes: 30 | 1 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
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A | ||||
Genetics [1BL_22] | Polish | exam |
lecture: 20
laboratory classes: 40 |
4 |
Microbiology [1BL_25] | Polish | exam |
lecture: 20
laboratory classes: 40 |
4 |
Nature conservation [1BL_26] | Polish | course work |
lecture: 10
laboratory classes: 20 |
2 |
Przedmioty do wyboru spoza kierunku |
depending on the choice |
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Przedmioty do wyboru z kierunku |
depending on the choice |
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B - INTERNSHIPS AND FIELD WORK | ||||
Ecology and nature conservation field courses [1BL_32] | Polish | course work | field practice: 75 | 4 |
Professional practice [1BL_08] | Polish | course work | internship: 0 | 4 |
C - OTHER REQUIREMENTS | ||||
English classes (semesters 3-5) [1BL_02] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
---|---|---|---|---|
A | ||||
Biotechnology for Biologists [1BL_16] | Polish | course work |
lecture: 15
laboratory classes: 30 |
3 |
BSc laboratory I [1BL_09] | Polish | course work | laboratory classes: 60 | 6 |
BSc seminar I [1BL_11] | Polish | course work | seminar: 30 | 3 |
Principles of molecular biology [1BL_27] | Polish | exam |
lecture: 30
laboratory classes: 60 |
7 |
Przedmioty do wyboru spoza kierunku |
depending on the choice |
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Przedmioty do wyboru z kierunku |
depending on the choice |
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C - OTHER REQUIREMENTS | ||||
English classes (semesters 3-5) [1BL_02] | Polish | course work | practical classes: 30 | 2 |
Module | Language of instruction | Form of verification | Number of hours | ECTS credits |
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A | ||||
BSc laboratory II [1BL_10] | Polish | course work | laboratory classes: 60 | 6 |
BSc seminar II [1BL_12] | Polish | course work | seminar: 30 | 3 |
Developmental biology of plants and animals [1BL_15] | Polish | exam |
lecture: 20
laboratory classes: 70 |
7 |
Przedmioty do wyboru spoza kierunku |
depending on the choice |
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Przedmioty do wyboru z kierunku |
depending on the choice |
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C - OTHER REQUIREMENTS | ||||
English classes (semester 6th) [1BL_02-4E] | Polish | exam | practical classes: 30 | 2 |