Biotechnology Programme code: 01-S2BTA14.2017

Field of study: Biotechnology
Programme code: 01-S2BTA14.2017
Programme code (USOS): 01-S2BTA14
Faculty: Faculty of Biology and Environmental Protection
Language of study: English
Academic year of entry: winter semester 2017/2018
Level of qualifications/degree: second-cycle studies
Mode of study: full-time
Degree profile: general academic
Number of semesters: 4
Degree: magister (Master's Degree)
Access to further studies: the possibility of applying for post graduate and doctoral studies
Specializations:
  • Environmental Biotechnology
  • Plant Biotechnology
Semester from which the specializations starts: (no information given)
Areas, fields and disciplines of art or science to which the programme is assigned:
  • natural sciences
    • biological sciences - 100%
      • biotechnology
ISCED code: 0512
The number and date of the Senate’s resolution: 133/2012 (29/05/2012)
General description of the programme:
During the second cycle-studies of biotechnology, completed by the defense of master thesis, students learns, under the supervision of their professors, how to pose and solve problems concerning plant and environmental biotechnology and actively take part in scientific researches. Within the frame of chosen department students realize specialization and MSc laboratories as well as specialization seminar. A 2-year lasting master research project is the first that students conduct, to great extent, by themselves and it is closely related to the research profile of the department. Specialization laboratories which take place in modern, fully equipped departmental laboratories are crucial in this process. Specialization and master seminar provide theoretical support, necessary for a proper realization of the master project. The aim of these seminars is to teach students how to plan scientific experiments as well as to prepare, discuss and present the results of their master thesis. Apart from these, each student acquires advanced knowledge on such disciplines as bioinformatics, bioethics, plant and microbial biotechnology. An important and obligatory element of the education is also the introduction to modern information technologies and statistical methods in natural sciences. Apart from the modules that guarantee the basic knowledge, number of facultative modules enable students to individualize the course of their studies according to their personal interests and selected specialization. This offer is complemented by a wide range of modules from beyond the main specialization. Qualifications acquired at this study are the basis for applying for mid-level managerial posts in laboratories and institutions connected with food and pharmaceutical industry, as well as in the area of health care, environmental protection, plant breeding, pest control and in similar branches of science and economy. The second-cycle studies also prepare the graduates to continue their education at the next level of education i.e. PhD studies in the same or similar area.
Organization of the process of obtaining a degree:
After being recruited, a student chooses a Department to realize the seminars, laboratory classes and the MSc thesis. The head of the Department selects the students on the basis of the interview and the marks obtained by the candidate at the courses related to the research profile of the Department. Interviews take place in the second part of July. Students at Biotechnology realize their diploma theses in one of the following departments: Department of Plant Anatomy and Cytology, Department of Biochemistry, Department of Genetics, Department of Biophysics and Plant Morphogenesis, Department of Histology and Animal Embryology, Department of Animal Physiology and Ecotoxicology and Department of Microbiology. The choice of a supervisor and decision on the MSc thesis subject takes place during the 1st month of the 1st semester. The MSc thesis is of an research character and is related with the chosen specialization. Student has to submit their MSc thesis in the Dean’s Office. An academic teacher of at least PhD hab. degree is appointed as the reviewer. A diploma exam is taken in front of an examination board consisted of 3 persons: a supervisor, a reviewer and a head of the board. During the exam at least three questions are posed by the supervisor and the reviewer. The final mark, written in the diploma, is calculated according to the rules defined in the Statute of the Studies in the University of Silesia (enclosure to the announcement of the Rector of the University of Silesia, published on the September 2 2011).
Connection between the field of study and university development strategy, including the university mission:
The education within the specialization is convergent with the operational aims, outlined in the strategy of development of the University of Silesia for 2012-2020, especially those referring to the operational aim: innovative education and modern teaching offer. The internationalization and mobility in the educational process, realized mainly due to LPP Erasmus program, cover both the scientific and educational trips of Polish students and academic teachers to numerous universities in Europe and increasing mobility in the opposite direction. Incessant increase in the quality of education is achieved, among others, by the development of didactic competences of the academic teachers and internal system of ensuring high-quality education. Valuable contribution to the increase in education quality is also realized by effective support of a standard didactic offer by projects financed by European Social Fund, e.g. projects for commissioned specialties. The offer of educational program of this specialization is constantly modified and updated to follow, to the greatest extent, the expectations of a local and global labor markets. This is possible, mainly, thanks to an activation of the cooperation with the local environment, especially with employers from biotechnological sector . The educational program of this specialization is regularly consulted with the employers. Our high-quality education is supported by a close connections with researches conducted by the scientists of the Faculty of Biology and Environmental Protection. Most of them reach an international level. According to the mission of the University of Silesia, the education process is oriented to the most complete development of each student and its aimed at opening cognitive perspectives to the students who want to enter them as independent, thinking person, taking part in their everyday life.
Specialization: Environmental Biotechnology
General description of the specialization:
Within 2 year study numerous obligatory and facultative modules are offered to the students of this specialization. Profile of a graduate: this specialty meets the needs of our region and local labor market and the program of education is consistent with current assumption of national politics in relation to environmental protection. The graduate is well prepared, both practically and theoretically, to the application of specific biotechnological techniques in recognition and setting of biological processes in various environments. A graduate is ready to take up a job in the institutions applying and introducing modern technologies, based on the utilization of plants and microorganisms and their enzymes. The skills acquired during the studies enable the employment in environmental and diagnostic laboratories as well as in research and developmental institutions.
Internships (hours and conditions):
not applicable
Graduation requirements:
(no information given)
Number of ECTS credits required to achieve the qualification equivalent to the level of study: 120
Professional qualifications:
(no information given)
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%
Specialization: Plant Biotechnology
General description of the specialization:
Within 2 year study numerous obligatory and facultative modules are offered to the students of this specialization. Profile of a graduate: graduates of this specialization acquire reliable and recent knowledge about the molecular basis of biotechnological processes, supporting the methods of plant breeding for the purposes of modern agriculture and other areas of industry (food industry, manufacturing and pharmaceutical industry). Practical, specialist qualifications of the graduates refer to handling advanced equipment of biotechnological laboratory as well as applying basic and advanced techniques used in plant biotechnology. The graduate of this specialty possess the knowledge and practical skills enabling them to take up a job in the developing sector of modern agriculture.
Internships (hours and conditions):
not applicable
Graduation requirements:
Number of ECTS credits required to achieve the qualification equivalent to the level of study: 120
Professional qualifications:
(no information given)
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:
recognize advanced tools of mathematics, statistics and computer science applied in biotechnology [2BT_E_W01]
describe and understand the significance of biotechnology in agriculture, environmental protection and medicine [2BT_E_W02]
plan experiments, demonstrate the knowledge of modern techniques of data collecting and research tools applied in analyses of biological material [2BT_E_W03]
assess and analyze the significance of an experiment, testing of hypotheses, statistical concluding, and methodology used in biotechnology [2BT_E_W04]
notice and analyze relationships in nature, using knowledge of the ecological aspects of biotechnology [2BT_E_W05]
define and explain the issues concerning selected areas of plant and microorganism biotechnology [2BT_E_W06]
possess a deeper knowledge of selected fields of biotechnology, and related areas of the natural sciences [2BT_E_W07]
plan and conduct experiments. as well as analyze the results and present them for discussion, evaluation or publication [2BT_E_W08]
present and assess the rules of implementation of production processes from the organism to industrial level [2BT_E_W09]
specify and describe laboratory and industrial procedures applied in biotechnology [2BT_E_W10]
specify sources of funds for research and economic development, and define the rules for developing a scientific project [2BT_E_W11]
know the English vocabulary for natural science [2BT_E_W12]
define and explain the issues connected with the occupational safety and health and ergonomics, follow the procedures of intellectual property and copyright protection. [2BT_E_W13]
classify, collect and analyse data, using various scientific and bioinformatics tools, prepare complex analytical operations using available computer tools. [2BT_E_W14]
apply wider knowledge from other fields of biological and natural science in deepening their biotechnological knowledge [2BT_E_W15]
indicate and interpret interdisciplinary aspects of contemporary biotechnology and natural science [2BT_E_W16]
posses an in-depth knowledge of selected scientific methods and knows the issues specific to the disciplines of science not connected with the field of study [2BT_E_W17]

SKILLS
The graduate:
select and apply advanced and appropriate research techniques used in plant and microorganism biotechnology [2BT_E_U01]
apply advanced biotechnological techniques aimed at directed modification of microorganisms and cells of higher organisms [2BT_E_U02]
conduct processes of biotransformation, isolation and purification of bio-products, as well as their analyses and diagnostics [2BT_E_U03]
assess the environmental threats connected with applied technology, and propose effective countermeasures to the threats [2BT_E_U04]
use scientific literature and apply specific vocabulary enabling verbal communication in biotechnology and related sciences [2BT_E_U05]
apply acquired knowledge in critical analysis and selection of information, especially in the use of electronic sources [2BT_E_U06]
plan and realize research tasks, or prepares experiments, with the supervisor’s help [2BT_E_U07]
apply mathematical and statistical methods to describe phenomena and to analyze data [2BT_E_U08]
apply advanced expert knowledge to collect empirical data, and to analyze and present them appropriately [2BT_E_U09]
create appropriate documentation of scientific research according to specialist methodology [2BT_E_U10]
competently present research problems, and comment on scientific reports with available means of verbal communication [2BT_E_U11]
prepare and present a short scientific report based on the research, according to appropriate methodology [2BT_E_U12]
discuss and express opinions about selected bio-ethical issues, and present arguments [2BT_E_U13]
work in team, and act as a leader in small teams [2BT_E_U14]
plan independently their own professional and scientific career, lead their own autonomous learning in order to, among other aspects, improve their professional competencies. [2BT_E_U15]
act appropriately in life or health emergency situations [2BT_E_U16]
use advanced knowledge in other areas of biological and natural sciences related to biotechnology [2BT_E_U17]
notice and discuss the relationships between biotechnology and other areas of biological and natural science [2BT_E_U18]
posses an in-depth ability to position and analyze problems on the basis of the acquired content in the disciplines of science not connected with the direction of study [2BT_E_U19]

SOCIAL COMPETENCES
The graduate:
appreciate the significance of mathematical and statistical tools for the description of natural phenomena and processes [2BT_E_K01]
be responsible for the research assigned to them, as well as for his/her own work and that of others [2BT_E_K02]
be in the habit of using available sources of information, and apply the rules of critical thinking during problem solving [2BT_E_K03]
display enterprise, be a team leader and display awareness of his/her professional role [2BT_E_K04]
systematically update and refresh the knowledge of biotechnology and evaluate its practical applications [2BT_E_K05]
responsibly assess the risks related to research techniques, and follow the rules for safe working [2BT_E_K06]
introduce and develop the rules of professional ethics [2BT_E_K07]
demonstrate initiative and autonomy in their actions [2BT_E_K08]
evaluate objectively his/her own contribution, as well as the contribution of other persons, in common activity [2BT_E_K09]
understand the necessity to popularize, for society, the information of new achievements in biotechnology and present it in an understandable way [2BT_E_K10]
demonstrate a wider interest in biological and natural sciences and be aware of the necessity to update knowledge [2BT_E_K11]
understands the need for an interdisciplinary approach to solving problems, integrating knowledge from various disciplines and practicing self-education to deepen the knowledge gained [2BT_E_K12]
Module Language of instruction Form of verification Number of hours ECTS credits
A
Bioinformatics [2BT_E_11] English course work lecture: 15
laboratory classes: 45
6
Microbial biotechnology [2BT_E_13] English exam lecture: 30
laboratory classes: 60
7
Optional modules - semester 1 lecture: 10
depending on the choice: 20
4
Specialization laboratory I [2BT_E_03] English course work laboratory classes: 120 8
Specialization seminar I [2BT_E_07] English course work seminar: 30 3
C - Other requirements
English classes [2BT_E_14] English course work practical classes: 30 2
Module Language of instruction Form of verification Number of hours ECTS credits
A
Bioinformatics [2BT_E_11] English course work lecture: 15
laboratory classes: 45
6
Optional modules - semester 1 lecture: 10
depending on the choice: 20
4
Plant biotechnology [2BT_E_12] English exam lecture: 30
laboratory classes: 60
7
Specialization laboratory I [2BT_E_03] English course work laboratory classes: 120 8
Specialization seminar I [2BT_E_07] English course work seminar: 30 3
C - Other requirements
English classes [2BT_E_14] English course work practical classes: 30 2
Module Language of instruction Form of verification Number of hours ECTS credits
A
Basics of plant biotechnology [2BT_E_54] English exam lecture: 10
laboratory classes: 35
4
Bioethics [2BT_E_01] English course work lecture: 15
discussion classes: 15
2
optional modules - semester 2 lecture: 20
depending on the choice: 40
6
Social module [2BT_E_56] English course work lecture: 30 3
Specialization laboratory II [2BT_E_04] English course work laboratory classes: 120 8
Specialization seminar II [2BT_E_08] English course work seminar: 30 3
Statistical methods in natural sciences [2BT_E_02] English course work lecture: 10
practical classes: 20
discussion classes: 15
4
Module Language of instruction Form of verification Number of hours ECTS credits
A
Basics of microbial biotechnology [2BT_E_55] English exam lecture: 10
laboratory classes: 35
4
Bioethics [2BT_E_01] English course work lecture: 15
discussion classes: 15
2
optional modules - semester 2 lecture: 20
depending on the choice: 40
6
Social module [2BT_E_56] English course work lecture: 30 3
Specialization laboratory II [2BT_E_04] English course work laboratory classes: 120 8
Specialization seminar II [2BT_E_08] English course work seminar: 30 3
Statistical methods in natural sciences [2BT_E_02] English course work lecture: 10
practical classes: 20
discussion classes: 15
4
Module Language of instruction Form of verification Number of hours ECTS credits
A
MSc laboratory I [2BT_E_05] English course work laboratory classes: 180 17
MSc seminar I [2BT_E_09] English course work seminar: 30 3
Optional modules - semester 3 and 4 lecture: 25
depending on the choice: 75
10
Module Language of instruction Form of verification Number of hours ECTS credits
A
MSc laboratory I [2BT_E_05] English course work laboratory classes: 180 17
MSc seminar I [2BT_E_09] English course work seminar: 30 3
Optional modules - semester 3 and 4 lecture: 25
depending on the choice: 75
10
Module Language of instruction Form of verification Number of hours ECTS credits
A
MSc laboratory II [2BT_E_06] English course work laboratory classes: 180 17
MSc seminar II [2BT_E_10] English course work seminar: 30 3
Optional modules - semester 3 and 4 lecture: 25
depending on the choice: 75
10
Module Language of instruction Form of verification Number of hours ECTS credits
A
MSc laboratory II [2BT_E_06] English course work laboratory classes: 180 17
MSc seminar II [2BT_E_10] English course work seminar: 30 3
Optional modules - semester 3 and 4 lecture: 25
depending on the choice: 75
10