Chemistry and Technology (Faculty of Environmental Technology)
|
|
Students select one of the following specializations:
|
Specialization: Sustainability and Environmental Engineering
|
Subjects common to all specializations are grayed out.
|
1 study year
|
Winter Semester
|
Specialization - Sustainability and Environmental Engineering
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB240006 |
Ecology and Biology
The lecture includes description of general biological processes on cellular, organ, organism and population level. Introduction to all organism groups from non-cellular viruses through unicellular to multi-cellular organisms. Focus on ecosystem structure and relationships among organisms including chemical communication. Special emphasis is put on the topics related to impact of toxic compounds and environment protection (as stress physiology, immune system, classic and molecular genetics, population growth and evolution of ecosystems). The lecture content is modified for students of non-biological specializations.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/0/0
|
Zk
|
5 |
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB101001 |
General and Inorganic Chemistry I
The contents of the subject covers basic topics of general chemistry – atom structure, periodicity in properties, chemical bond theory, stereochemistry of molecules and basic chemical equilibrium. These principles are used for description of reactivity and properties of essential groups of inorganic substances. Systematic part is explained not as chemistry of elements but as chemistry of inorganic phases. Basic discussed categories are molecular gaseous and liquid substances, ions in aqueous solution and their salts, metals and intermetallic phases, solid oxides and inorganic polymers, carbides, nitrides and other solid compounds of metals.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/3/0
|
Z+Zk
|
8 |
AB101003 |
Chemical and Balance Calculations
The course is focused on the mastering of the basic chemical calculations necessary for the completion of laboratory exercises and other follow-up courses. Its contents include calculations based on the stoichiometry of chemical reactions (the quantity of reactants and products), on the expression and recalculation of mixtures composition, calculations based on the state equation of ideal gas and material balance of simple processes.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/2/0
|
KZ
|
3 |
AB240001 |
Toxicology and Ecotoxicology I
Toxicology deals with the interaction of chemicals and the living organism. It is the subject of a summary of basic information on substances that damage the living organism. The subject acquaints with the fate of the substances in the organism and their effects on them and with the way of their toxicity. Several lectures focus on selected inorganic and organic toxic substances and some of their groups. One lecture introduces the prevention of accidents, principles of safe work with toxic substances, describes firefighting and first aid bases. Other lectures briefly describe the environment, the flow of substances and energy in it. The final lectures follow up on the topic of toxic substances in the environment and the problems associated with them.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB413001 |
Mathematics A
Basic course in Calculus for students in bachelor program. It provides mathematical skills necessary for other subjects (physics, physical chemistry,...) in bachelor program. Success in Mathematics A is a prerequisite for Mathematics B.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/4/0
|
Z+Zk
|
8 |
AB445001 |
Computer Practice
The Computer Practice course provides a basic overview of information technologies in the field of modern chemistry. Emphasis is placed on orientation in the computer network of UCT, to unify the level of basic knowledge in the field of informatics, including the efficient use of editors for the creation of technical and professional documents, presentation of results, search of information sources, introduction to computer graphics and fundamentals of technical computing in common spreadsheet environment.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/3/0
|
KZ
|
3 |
Elective Subjects B
Minimum amount of subjects: 1
|
AV827001 |
Physical Education
Compulsory subject Physical Education clearly defines its positive attitude to connecting the mental and physical fitness. It supports an active and healthy lifestyle. Education is of vital importance for the involvement of students in physical education and other physical activities.Physical Education is focused on the development of physical fitness,techniques and tactics of a number of sports disciplines , corrects muscle imbalances caused by unilateral burdens on certain muscles during sports and everyday activities, promotes good posture and improves coordination movement. The social dimension of the subject is important as well-teamwork, communication and friendship. ITC Prague offers a wide variety of sports , sports activities, competitions, supports school representatives, trying to fill leisure activities and creating thereby eventually larger space for the student´s integration with "their school".
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/2/0
|
Z
|
1 |
AV827002 |
Sport course
The "Introductory Course" expands the student´s sport life at the university.The regular semestral offer includes a wide range of courses of different focus. There is also a variety of sporting events, ranging from one day to one week.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/1/0
|
Z
|
1 |
Summer Semester
|
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB101004 |
Inorganic Chemistry: Laboratory I
Students are acquainted with the principles of work safety, basic laboratory equipment and basic experimental procedures. Preparation tasks and qualitative chemical reactions complement students' theoretical knowledge of the characteristic properties of the elements and compounds.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
AB110003 |
Organic Chemistry I
The structure - reactivity concept is involved in the modern teaching of organic chemistry of the main groups of hydrocarbons and their monofunctional derivatives: alkanes, alkenes, alkynes, arenes, and their halo derivatives, alcohols and phenols, carbonyl compounds, carboxylic acids and functional derivatives of carboxylic acids.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
6 |
AB413002 |
Mathematics B
The course develops and strengthens the concepts and skills of elementary mathematics (the course of mathematics MA), particularly the skills related to various disciplines of the curriculum of the master's study.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/3/0
|
Z+Zk
|
7 |
AB444003 |
Physics I
The course is aimed at understanding the fundamental physical phenomena and the development of technical thinking. The laws of physics and physical principles that are essential for connecting objects in a bachelor study program are discussed and explained.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
6 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB101002 |
General and Inorganic Chemistry II
The course extends the knowledge and skills acquired in the course OACH I. It covers the symmetry of polyatomic molecu, theory of molecular orbitals,chemical bonding in coordination complexes, concept of Lewis acids and bases, principles of solid state chemistry, chemical bonding in solids, phase and chemical equilibrium, basic electrochemistry and selected methods and synthesis techniques in the field of advanced and applied inorganic chemistry.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/2/0
|
Z+Zk
|
5 |
AB240002 |
Toxicology and Ecotoxicology II
The aim of this course is to explain the principles of toxicity testing mainly as a tool for determination of effects of chemical compounds present in the environment and their impact on different biological species and ecosystem balance. Besides chemical analysis, estimation of ecotoxicity of chemical compounds is an important part of environmental monitoring. Broad spectrum of toxicity tests and their application in waste management or environemntal protection is demonstrated. The student will be guided through the whole process of toxicity testing from sample collection, planning of experimental design to final data interpretation.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
Elective Subjects B
Minimum amount of subjects: 1
|
AV827001 |
Physical Education
Compulsory subject Physical Education clearly defines its positive attitude to connecting the mental and physical fitness. It supports an active and healthy lifestyle. Education is of vital importance for the involvement of students in physical education and other physical activities.Physical Education is focused on the development of physical fitness,techniques and tactics of a number of sports disciplines , corrects muscle imbalances caused by unilateral burdens on certain muscles during sports and everyday activities, promotes good posture and improves coordination movement. The social dimension of the subject is important as well-teamwork, communication and friendship. ITC Prague offers a wide variety of sports , sports activities, competitions, supports school representatives, trying to fill leisure activities and creating thereby eventually larger space for the student´s integration with "their school".
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/2/0
|
Z
|
1 |
AV827002 |
Sport course
The "Introductory Course" expands the student´s sport life at the university.The regular semestral offer includes a wide range of courses of different focus. There is also a variety of sporting events, ranging from one day to one week.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/1/0
|
Z
|
1 |
2 study year
|
Winter Semester
|
Specialization - Sustainability and Environmental Engineering
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Elective Subjects A
Minimum amount of subjects: 1
|
AB216007 |
Climate Change
The aim of the course is to obtain basic information on climate change, its causes and consequences in a comprehensive concept. Course includes basic terms relating to the topic, the historical evolution of climate, sciences dealing with this change and look at climate change from several different aspects: ecological, technological, economic, political.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB240004 |
Environmental Chemistry
The aim of the subject is to provide knowledge about transport and fate of chemicals in the environment. The subject provides, in particular, information on the origin and the fate of chemical substances in the atmosphere, hydrosphere and pedosphere. A great deal of attention is paid to abiotic and biotic environmental reactions and equilibria. Learning outcomes and competences are that students will be able to get information on complex issues of chemical substances in all spheres of the environment and will provide information on current trends in environmental protection.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB110005 |
Organic Chemistry Laboratory I
Students will learn about laboratory safety, basic laboratory equipment and experimental procedures used in organic chemistry. Working on several simple organic syntheses, students will acquire the requisite skills for the preparation and characterization of organic compounds. Final grade is based not only on the performance in the laboratory, but also on the knowledge of simple calculations (stoichiometry and preparation of solutions) and the chemical principles of procedures carried out.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
AB320001 |
Biochemistry I
The subject is focused on understanding of basic principles of biochemistry; it means structure and function of different biological molecules as well as metabolism.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/1/0
|
Z+Zk
|
5 |
AB403003 |
Physical Chemistry I
The subject covers elementary parts of physical chemistry (i.e. basic ideas and quantities, state behaviour, fundamentals of thermodynamics) which are followed by chapters on phase equlibria and chemical equilibria. Basic principles of behaviour and properties of electrolytes are introduced. The final part is devoted to kinetics of chemical reactions.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
6 |
AB413003 |
Applied Statistics
The Elementary Course of Statistics is aimed at undergraduate students. Students will learn basic statistical methods and gain insight into basic probability concepts.
Data processing will be done using R software which is a programming language designed especially for statistical calculations and graphical outputs. It is a free software with quality help, and thanks to its great popularity in the statistical community, many blogs with tutorials, hints and sample examples can be found.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
1/2/0
|
Z+Zk
|
4 |
AB444005 |
Physics: Laboratory
Students will measure laboratory tasks that thematically cover the lecture area of Physics I (Physics A) (Mechanics, Oscillations and Waves, Optics, Eelectricity, Magnetism, Modern physics)
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB110004 |
Organic Chemistry II
This course is continuation of Organic chemistry I. The course of Organic chemistry II is based on the description of organic reactions according to the mechanistic principles. It also includes chemistry of natural compounds (carbohydrates, amino acids, peptides, nucleic acids) as well as basics of heterocyclic chemistry.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
6 |
AB444004 |
Physics II
The subject Physics II builds on the subject Physics I and is dedicated to selected topics in electromagnetic field theory, quantum mechanics, solid state physics, nuclear physics and elementary particle physics. The content of the subject is adjusted to give the students the foundation required to proceed to following courses of the Bachelor study program.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/2/0
|
Z+Zk
|
5 |
Elective Subjects B
Minimum amount of subjects: 1
|
AV827001 |
Physical Education
Compulsory subject Physical Education clearly defines its positive attitude to connecting the mental and physical fitness. It supports an active and healthy lifestyle. Education is of vital importance for the involvement of students in physical education and other physical activities.Physical Education is focused on the development of physical fitness,techniques and tactics of a number of sports disciplines , corrects muscle imbalances caused by unilateral burdens on certain muscles during sports and everyday activities, promotes good posture and improves coordination movement. The social dimension of the subject is important as well-teamwork, communication and friendship. ITC Prague offers a wide variety of sports , sports activities, competitions, supports school representatives, trying to fill leisure activities and creating thereby eventually larger space for the student´s integration with "their school".
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/2/0
|
Z
|
1 |
AV827002 |
Sport course
The "Introductory Course" expands the student´s sport life at the university.The regular semestral offer includes a wide range of courses of different focus. There is also a variety of sporting events, ranging from one day to one week.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/1/0
|
Z
|
1 |
Summer Semester
|
Specialization - Sustainability and Environmental Engineering
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB216004 |
Purification of Waste Gases
Fundamentals of waste gases is focused on understanding the basic technological and chemical engineering tools applied in the treatment of waste gases. It is the understanding of technological schemes and their application on the chemico operations leading to the separation of pollutants. Various industrial technologies are discussed, especially in the field of chemical production. Attention is paid to the operational files, which are formed in the tail gas. For the cleaning of waste gases are applied to different procedures, the principle is in the subject explained in detail.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/1/0
|
Z+Zk
|
4 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB217008 |
Technical microbiology and hydrobiology
The essential part and scope of study is relation of microorganisms to theirs environment, usage of these dependencies and knowledge in technologies (water treatment and waste water treatment), application of organisms in technologies, mainly in ecological and biological evaluation of biotopes. Specification and characterization of organisms presented in surface waters, treated and untreated waters, buckles, sludge, deposits and biofilms. Eutrophication and presence of toxins, samples of surveys and removing the toxins. Toxicology, tests and usage in practice. Bio-indicators and ecological evaluation in running and standing waters. Methods of sampling, determination (cultivation, microscopy, molecular biology etc.), indication of microorganisms, lab-practice and legislation.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB251002 |
Environmental chemistry: Laboratory
Students acquire practical skills through the completion of laboratory tasks on the topics listed in the syllabus. They become familiar with cross-cutting issues of the area from the preparation and processing of matrices using instrumental techniques to evaluate and interpret the data.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/6
|
KZ
|
4 |
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB143001 |
Chemical Informatics
Introductory course aimed at getting basic necessary skills for work with scientific chemistry literature, chemistry and multiple-fields databases. Hands-on training are integral part of the course, ensuring required skills are properly trained.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
1/1/0
|
KZ
|
2 |
AB402001 |
Analytical Chemistry I
Lectured methods include both classical chemical as well as instrumental techniques. The electrochemical analysis (potentiometry, voltammetry, polarography, coulometry), separation methods (gas and liquid chromatography) and atomic and molecular spectroscopy (atomic absorption and/or emission spectroscopy, infrared, visible and UV absorption, spectroscopy, nuclear magnetic resonance spectroscopy) are lectured. Separate lecture is devoted to mass spectrometry and another one to quality assurance procedures in analytical chemistry. The seminars are focused on gravimetric and titration calculations, calculation of equilibria, using of Nernst and/or Lambert-Beers Law and evaluation of basic characteristics of separation processes. The Analytical chemistry I is followed by Analytical chemistry II in next semester, which is application oriented.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/2/0
|
Z+Zk
|
5 |
AB403005 |
Physical Chemistry: Laboratory I
Experiments familiarize students with the basic principles of the physical chemistry (state behaviour of gases, thermodynamics of solutions, phase equilibria, chemical reaction kinetics, termochemistry - calorimetry and electrochemistry).
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
AB409001 |
Unit Operations of Chemical Engineering I
The subject deals with describing processes and equipments of chemical, pharmaceutical and food industries. Students are acquainted with the computational procedures for the balance of matter and energy, the basics of hydrodynamic, heat and diffusion processes, including the principles of calculation of chemical reactors.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/3/0
|
Z+Zk
|
6 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB320002 |
Biochemistry II
The subject forms an extention of the basic course of Biochemistry I. It should bring students to a wider understanding of biological and biochemical consequences. Therefore, the topics of lectures reflect knowledge from different areas of biochemistry (structure of biopolymers, molecular genetics, metabolism by bioanalytical methods etc).
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB403004 |
Physical Chemistry II
The course deals with selected chapters of physical chemistry on advanced level. Knowledge acquired in the basic course Physical Chemistry I is extended to real-behaving systems. Subjects covered involve state behavior of matter, thermodynamics of fluids, phase and chemical equilibria, properties of electrolyte-containing systems, chemical kinetics, and basic concepts of surface chemistry.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
6 |
Elective Subjects B
Minimum amount of subjects: 1
|
AV827001 |
Physical Education
Compulsory subject Physical Education clearly defines its positive attitude to connecting the mental and physical fitness. It supports an active and healthy lifestyle. Education is of vital importance for the involvement of students in physical education and other physical activities.Physical Education is focused on the development of physical fitness,techniques and tactics of a number of sports disciplines , corrects muscle imbalances caused by unilateral burdens on certain muscles during sports and everyday activities, promotes good posture and improves coordination movement. The social dimension of the subject is important as well-teamwork, communication and friendship. ITC Prague offers a wide variety of sports , sports activities, competitions, supports school representatives, trying to fill leisure activities and creating thereby eventually larger space for the student´s integration with "their school".
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/2/0
|
Z
|
1 |
AV827002 |
Sport course
The "Introductory Course" expands the student´s sport life at the university.The regular semestral offer includes a wide range of courses of different focus. There is also a variety of sporting events, ranging from one day to one week.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/1/0
|
Z
|
1 |
3 study year
|
Winter Semester
|
Specialization - Sustainability and Environmental Engineering
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB216002 |
Atmospheric Chemistry
The subject Atmospheric chemistry deals with the problematics of the composition of Earth's atmosphere and especially the physico-chemical processes that take place in it. In the introductory lecture the students are familiarized with the atmosphere stratification, its properties and importance of individual layers, as well as with the chronostratigraphic history of Earth and its atmosphere. Furthermore, students are acquainted with the technical and legal issues, connected with building up and operation of environmental information systems. The content of the subject is divided thematically into three inter-related areas. The first area is more focused on physical processes in the atmosphere. The principles of circulation in the atmosphere are discussed with regard to the main forces of air masses movement, formation, importance and types of cloud cover. The second area is aimed at the most important mechanisms of atmospheric reactions and their specificity. Among the reactions the most significant examples are described, such as photochemical, acid-base and nuclear atmospheric reactions. Especially tropospheric, but also stratospheric processes are presented. Separately reactions, taking place in tropospheric background in both day and night phase, are showed to the audience. Special attention is paid to the reactions of hydroxyl, hydroperoxyl and nitrate radical. The third topic deals with the anthropogenic effect on climate. The distribution of pollutants according to various criteria is given. Consequences of the emissions of the most important groups of pollutants are demonstrated together with mechanisms of their impact as well as processes leading to their decomposition in the atmosphere. A separate lecture is devoted to the issue of greenhouse gases and smog formation.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB240003 |
Environmental Engeneering
The syllabus addresses the essentials of environmental protection measures, focusing on state-of-art technology. It covers air, water and soil cleanliness protection. Various technologies applied for waste gas, waste water and waste treatment are discussed, focussing mainly on prevention of environmental pollution. Students are explained essentials of the applicable legislative framework and its development trends. The syllabus provides students with a basis for further studies and research covering additional specific environmental protection topics.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/0/0
|
Zk
|
5 |
AB240008 |
Geochemistry
This course brings the theoretical basis of geochemistry and related branches with focus on environmental chemistry. Students will learn about the chemical description of the pedosphere, its biology and the physical characterization of the soil environment that affects its chemistry. Students will also get acquainted with the main physico-chemical and chemical processes which takes place in the pedosphere including the basic natural geochemical cycles of the most important elements, as well as the anthropogenic soil degradation processes. The course will cover basic aspects of geology and geography. This course will help students to better understand the applied environmental engineering focused on the soil environment. These skills are further developed in the follow-up master's study towards practice.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/1/0
|
Z+Zk
|
4 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB216006 |
Principles of Atmosphere Analytics
Fundamentals of air quality assessment. Description of basic factors determining the air quality, survey of criteria of pollutants, basic rules of air quality monitoring and presentation of collected results.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
1/2/0
|
Z+Zk
|
4 |
AB217001 |
Basic Methods of Water Analysis
The aplication of methods used for water and wastewater analysis in laboratory are discussed in this course. The choice of methods is based on routine analytical practice. Students become acquainted with steps af analytical procedures, interferences, methods of sample pre-treatment, calculations and interpretation of results.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
AB217009 |
Technologies for Production of Biogas and Biomethane
The subjects of this course are biotechnology of production of biogas (a mixture of methane and carbon dioxide) and biohydrogen. Biogas is a renewable energy source. The benefit of the technology is biogas production from biodegradable waste materials, possibly purposefully grown biomass. Students will be introduced to the basic principles of the formation, properties and utilization of biogas. The information of the biogas production technology, design and equipment of biogas plants for different types of substrates will be used for the individual theoretical project of some biogas plant according to real data.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/0/0
|
Zk
|
3 |
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB320005 |
Laboratory of biochemistry
Students will obtain theoretical and practical knowledge of biochemical laboratory techniques, which are commonly used in research work. They will manage basic operations necessary for further routine work in biochemical laboratory. They will try wide spectrum of biochemical techniques, particularly in the area of biomolecules isolation and analysis of biological samples.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
AB402005 |
Analytical Chemistry: Laboratory I
The laboratory training is focused on acquiring praxis in analytical laboratory. Students learn how to work in a clean, accurate and correct way. The spectrum of methods includes chemical analysis (1-2 works), electrochemical (2-3), spectrophotometric (2) and separation (1) methods. The Laboratory is followed by Laboratory of Analytical Chemistry II.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
3 |
AB409005 |
Chemical Engineering Laboratory with Project
Students in working groups (usually three members) get acquainted with basic operations and apparatuses used in chemical and food processing operations. The task of the group is to perform the prescribed measurements, to elaborate the experimental data and to prepare a written report on the course of the measurement and its results. The Protocol also contains the conclusions drawn. The aim of the project is to teach students to apply the knowledge from the subject of Chemical Engineering to more complex problems, to problems involving several unit operations. Students solve assigned tasks in groups to get acquainted with teamwork principles. The solution is as follows: problem analysis, selection of solution method, searching for necessary data and solution of the problem. Students elaborate a written report on the solution of the problem and defend the results of their work.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/4
|
KZ
|
4 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB402002 |
Analytical Chemistry II
Lectures of Analytical Chemistry II extend and complement the basic overview of the methods discussed in the course Analytical Chemistry I. They focus primarily on understanding the principles of modern methods of instrumental analysis. The exercises are divided into two sections. The first involves the uncertainty of the quantitative analysis, the other is focused on the foundations of structural analysis - infrared spectrometry, proton NMR spectrometry, and mass spectrometry spectra will be solved.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/1/0
|
Z+Zk
|
4 |
AB409002 |
Unit Operations of Chemical Engineering II
The subject focuses on quantitative description of processes and calculation of unit operations in industrial production of chemicals. This is a follow-up to the course Unit operations of chemical engineering I.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
2/3/0
|
Z+Zk
|
6 |
Summer Semester
|
Specialization - Sustainability and Environmental Engineering
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB217003 |
Hydrochemistry
Qualitative and quantitative composition of natural waters, physical and physico-chemical properties of natural waters, chemical reactions and equilibria in waters, inorganic substances in water (main cations), inorganic substances in water(toxic metals), inorganic substances in water (main anions), inorganic substances in water (nitrogen and phosphorus compounds), carbonate chemistry of aquatic systems; dissolved gases, silicon, boron and radioactivity; organic substances in water, chemical and biochemical oxygen demand, total organic carbon; composition, properties and classification of natural waters; composition, properties and classification of drinking and service waters; composition, properties and classification of sewage and industrial waste waters
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/2/0
|
Z+Zk
|
7 |
Elective Subjects A
Minimum amount of subjects: 1
|
AB217004 |
Water Management in Smart Cities
The aim of the course is to explain the principles and importance of decentralised wastewater treatment as an alternative to common centralised wastewater treatment, which cannot be optimal, economical and sustainable in every situation (geographical and/or socio-economical). The main idea of the course is to show to the students wastewater as a source of energy, materials and water that should be maximally utilized and treated as close as possible to the place of its origin. The course gives an overview of both low- and high-tech technologies that can be used in small scale, including their principles and possibility of their application in the context of Czech and EU legislation.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
3/0/0
|
Zk
|
5 |
AB240005 |
Creation of scientific presentations
The aim of this course is to familiarize students with the methods and the principles of creation of systematic scientific paper, while allowing students to obtain adequate knowledge of technical programs and tools (MS Word, MS Excel, MS PowerPoint, graphic editing programs, etc.). The issue of citations is also discussed in detail especially in the technical literature. The course also provides a framework and rules for successful oral presentation of scientific work. All taught material is practiced during the class.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/3/0
|
KZ
|
3 |
AB240009 |
Ecotoxicology Laboratory
The transfer of theoretical knowledge of the field of ecotoxicology into practice. Students will learn the foundation of selected ecotoxicological tests on organisms of different trophic levels (decomposers, producers, consumers) terrestrial and aquatic environments, methods of evaluation and statistical analysis of the results and their subsequent interpretation.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/8
|
KZ
|
6 |
Common Subjects
|
Code |
Subject Title |
L/Ex/Lab |
Examination |
Credits |
Mandatory Subjects
|
AB963001 |
Bachelor Thesis
The aim of the bachelor thesis is to demonstrate the ability of students to independently solve a given topic of the thesis, describe methods and results of the solution, critically evaluate and discuss the obtained results, formulate the most important conclusions. The work typically consists of a literary part, in which the student elaborates a literature review of professional, mostly foreign-language literature, in which he / she broadens his / her theoretical knowledge of the topic of the bachelor thesis and a practical part. The practical part usually has an experimental, less computational or interpretative character, but always requires the active application of the knowledge and skills acquired in the previous study to obtain the desired results. The work must include a clear and adequate presentation of the results achieved, their critical evaluation and discussion in the context of the current state of knowledge, presented in the literary part, and the formulation of conclusions documenting the fulfillment of the objectives of the work.
More information about the subject can be found in the
Educational Info System
and
EMIL
.
|
0/0/12
|
Z
|
15 |