Chemistry (Bachelor)

Faculty of Chemistry

Name
Chemistry (Bachelor)
Program code
102
Qualification awarded
Bachelor
Length of programme
4 years
Number of credits
240
level of qualification according to the National Qualification Framework and the European Qualifications Framework
7
Qualification level
First (Bachelor)
Discipline
Natural sciences
Speciality
KnowledgeField EN
Specific admission requirements
On the basis of complete secondary education
Specific arrangements for recognition of prior learning
According to the results of an external independent evaluation.
Qualification requirements and regulations, including graduation requirements
Attestation of higher education seekers is carried out in the form of a public defense of a bachelor's qualification work and a comprehensive exam in "Сhemistry" and ends with the issuance of a standart document on awarding them a degree of higher education with the assignment of an educational qualification: "Bachelor of Chemistry".
Programme learning outcomes
Р01. Knowledge to understand key chemical concepts, essential facts, concepts, principles, and theories relating to natural sciences, life and earth sciences, as well as chemical technologies at a level sufficient for professional application and to enable further deep understanding of specialized fields of chemistry. Р02. Knowledge to understand the basics of mathematics at a level sufficient to achieve other learning outcomes provided by this guideline and educational program. Р03. Skill to describe chemical data in symbolic form. Р04. Knowledge to understand basic patterns and types of chemical reactions as well as their characteristics. Р05. Knowledge to understand the relationship between structure and properties of substances. Р06. Knowledge to understand the periodic law and the periodic table of elements, to describe, explain and predict properties of chemical elements and compounds based on them. Р07. Skill to apply basic principles of quantum mechanics to describe the structure of atoms, molecules, and chemical bonds. Р08. To know principles and procedures of physical, chemical, physicochemical research methods, typical equipment, and instruments. Р09. Skill to plan and perform a chemical experiment, to apply suitable methods and techniques for preparation of solutions and reagents. Р10. Skill to apply basic principles of thermodynamics and chemical kinetics to solve professional tasks. Р11. Skill to describe properties of aliphatic, aromatic, heterocyclic, and organometallic compounds, to explain nature and behavior of functional groups in organic molecules. Р12. To know main synthesis pathways in organic chemistry, including f interconversion of functional group and formation of carbon-carbon, carbon-heteroatom bonds. Р13. Skill to analyze and evaluate data, to synthesize new ideas concerning chemistry and its applications. Р14. Skill to perform experimental work to test hypotheses and investigation of chemical phenomena and regularities. Р15. Ability to use acquired knowledge and skills for calculation, displaying, and modeling of chemical systems and processes, as well as the processing of experimental data. Р16. Skill to perform computer calculations related to chemical problems by using standard and special software, abilities to analyse and display results. Р17. Ability to work individually or in a group, to obtain results within a limited time with an emphasis on professional honesty and scientific integrity. Р18. Ability to demonstrate knowledge and understanding of main facts, concepts, principles, and theories in chemistry. Р19. Skill to use your knowledge, understanding, competencies, and basic engineering skills to solve practical tasks and problems of nature. Р20. Skill to interpret the experimental data and to correlate this data with corresponding theories in chemistry. Р21. Ability to monitor and analyze scientific sources of information and professional literature. Р22. Ability to discuss problems of chemistry and its applications in state and foreign languages with colleagues and target audience. Р23. Skill to present competently research results using state and foreign languages, taking into account the purpose of communication. Р24. Ability to use modern information and communication technologies for contact and collection, analysis, processing, interpretation of data. Р25. Ability to evaluate and minimize environmental risks in carrying out professional activities.
Form of study
Full-time form
Examination regulations and grading scale
Oral and written exams, credit tests, differentiated tests, presentations, essays, tests, current control, defense of practices a comprehensive state exam in chemistry, defense of a bachelor's qualification work. The evaluation is based on a 100-point scale: "Excellent" 90 - 100; "Good" 75 - 89; "Satisfactory" 60 - 74; "Unsatisfactory" 0 - 59.
Оbligatory or optional mobility windows (if applicable)
-
Work placement
Educational practice in the specialty in the 4th year. Educational specialty practice is a mandatory component of the educational program.
Work-based learning
-
Director of the course
Oleksandr Roik
Physical Chemistry Department
Faculty of Chemistry
Occupational profiles of graduates
Graduates can work as technical specialists in the field of chemical sciences and technology. Work positions in the academic, research, technological and scientific organizations and state, corporate and private companies. (Researcher in the field of natural sciences).
Access to further studies
Access to programs of the Second (Master) level of the higher education. Have the right to acquire additional qualifications in the postgraduate education system.

Subjects

As part of the curriculum, students study the following disciplines

Introduction into University Studios
Code: ОК.01,
Ukrainian and foreign culture
Code: ОК.02,
Foreign Language
Code: ОК.06,
Higher mathematics
Code: ОК.07,
Physics
Code: ОК.08,
Ecology
Code: ОК.10,
General chemistry
Code: ОК.18,
Modern chemistry of drugs
Code: ВКП.7.04,
Statistical Methods in Chemistry
Code: ОК.21,
Inorganic chemistry
Code: ОК.11,
Information technology in chemistry
Code: ОК.09,
Fundamentals of analytical chemistry and labor protection in chemistry
Code: ОК.12,
Modern software in chemistry. Educational practice
Code: ОК.26,
Crystal chemistry
Code: ОК.20,
Chemistry of transition elements
Code: ОК.19,
History of chemistry
Code: ВКП.3.03,
Green chemistry
Code: ВКП 3.01,
Chemistry of ecologically clean materials
Code: ВКП 3.02,
Pharmaceutical chemistry and pharmaceutical analysis
Code: ВКП.6.02,
Isotopes in chemistry
Code: ВКП.5.01,
Technology of organic compounds and polymers production
Code: ВКП. 5.02,
Instrumental Methods of Analysis
Code: ОК.13,
Organic Chemistry
Code: ОК.14,
Physical Сhemistry
Code: ОК.15,
Physical chemistry of processes
Code: ОК.23,
Introduction to Modern Analytical Chemistry
Code: ВКБ.1.01,
Analytical materials science
Code: ВКБ.1.06,
Methods of purification and identification of monomers and polymers
Code: ВКБ.8.01,
Chromatography of monomers and polymers
Code: ВКБ.8.02,
Chemistry of macromolecular compounds
Code: ОК.16,
modern physical methods in catalysis
Code: ВКБ.6.01,
Mechanisms of reaction in solutions
Code: ВКБ.9.01,
Stereochemistry of natural compounds
Code: ВКБ.9.02,
Stereochemistry of organic compounds
Code: ВКБ.5.01,
Molecular biology
Code: ВКБ.5.02 ,
Introduction to coordination chemistry
Code: ВКБ.2.01,
Synthesis and identification of coordination compounds
Code: ВКБ.2.02,
X-Ray Based Research Methods
Code: ВКБ.4.02,
Coordination chemistry
Code: ВКБ.4.01,
Basics of Chemical Expertise
Code: ВКБ.3.01,
Complex compounds in chemical analysis
Code: ВКБ.3.02,
Organic reagents in analytical chemistry
Code: ВКБ.1.02,
Basics of chromatography
Code: ВКБ.3.03,
Analytical concentration
Code: ВКБ.3.04,
Spectroscopy of Inorganic Compounds
Code: ВКБ.4.03,
Spectroscopy of environmental objects
Code: ВКБ.2.03,
"Methods of synthesis of inorganic and coordination compounds "
Code: ВКБ.4.04,
Introduction to ecological chemistry
Code: ВКБ.2.04,
Selected topics in organic chemistry
Code: ВКБ.5.03,
Asymmetric synthesis
Code: ВКБ.5.04 ,
Chemistry of carbohydrates
Code: ВКБ.9.04,
Methods of isolation and identification of natural compounds
Code: ВКБ.9.03,
Diffraction methods of analysis
Code: ВКБ.6.04,
Statistical thermodynamics
Code: ВКБ.6.03,
The synthesis of monomers, oligomers and polymers
Code: ВКБ.8.04,
Photochemistry of organic compounds, monomers and light-sensitive composites
Code: ВКБ.8.03,
Hybrid methods of analysis
Code: ВКБ.1.03,
Methods of sample preparation and separation
Code: ВКБ.1.04,
Quantum chemistry
Code: ОК.24,
Chemistry of macromolecular compounds
Code: ОК.16,
Philosophy
Code: ОК.03,
Physical Methods in Chemistry
Code: ОК.17,
Colloidal chemistry
Code: ОК.25,
Organic chemistry of aromatic and heterocyclic compounds
Code: ОК.22,
Methods of molecular absorption spectroscopy
Code: ВКБ.1.05,
Methods of molecular emission in analysis
Code: ВКБ.1.10,
Spectral analysis
Code: ВКБ.1.09,
Ecological Aspects of Materials Science
Code: ВКБ.2.06,
Bioinorganic Chemistry
Code: ВКБ.4.05,
Materials science in inorganic chemistry
Code: ВКБ.4.06,
Luminescent compounds and materials
Code: ВКБ.4.07,
Spectroscopic methods in the chemistry of natural compounds
Code: ВКБ.9.07,
Analysis of natural compounds
Code: ВКБ.9.05,
Сatalysis by metal complexes
Code: ВКБ.6.05,
Fundamentals of chemical kinetics
Code: ВКБ.6.06,
Physico-chemical bases of materials science
Code: ВКБ.6.07,
Methods of synthesis of natural compounds
Code: ВКБ.9.06,
Chromatographic methods in organic chemistry
Code: ВКБ.5.05,
Functional and elemental analysis
Code: ВКБ.5.06 ,
Chemistry of heterocyclic compounds
Code: ВКБ.5.07,
Review of environmental problems of Ukraine
Code: ВКБ.2.07,
X-Ray Methods in Ecological Chemistry
Code: ВКБ.2.05,
Non-laboratory analysis
Code: ВКБ.3.06,
Methods of spectrophotometry in microanalysis
Code: ВКБ.3.05,
Fluorescent probes in biochemical and medical research
Code: ВКБ.3.09,
Fundamentals of materials science of polymers
Code: ВКБ.8.07,
Spectral methods of studying monomers and polymers
Code: ВКБ.8.05,
Biopolymers and polyelectrolytes
Code: ВКБ.8.06,
Chemistry of ceramics, glass, precious and semiprecious stones
Code: ВКП.7.05,
Structured polymer systems
Code: ВКБ.8.09,
Mechanisms of polymerization processes
Code: ВКБ.8.08,
Methods of determination of inorganic components
Code: ВКБ.3.10,
Indicator electrodes in the analysis
Code: ВКБ.3.07,
International standards for environmental monitoring
Code: ВКБ.2.09,
Atmospheric chemistry
Code: ВКБ.2.08,
Luminescent phenomena in chemistry
Code: ВКП.6.04,
Selected topics in polymer chemistry
Code: ВКБ.8.10,
Chemistry of Natural and Waste Waters
Code: ВКБ.2.10,
Mechanisms of organic reactions
Code: ВКБ.5.08 ,
Organic materials science
Code: ВКБ.5.09,
Protein chemistry
Code: ВКБ.5.10,
Chemistry of alkaloids
Code: ВКБ.9.10,
Natural organic materials
Code: ВКБ.9.08,
Modern chemistry of peptides and proteins
Code: ВКБ.9.09,
Theoretical electrochemistry
Code: ВКБ.6.08,
Physical chemistry of condensed matter
Code: ВКБ.6.09,
Solid state chemistry
Code: ВКБ.4.08,
Mass-spectrometry for elemental and molecular analysis
Code: ВКБ.1.08,
Modern electroanalytical methods
Code: ВКБ.1.07,
Chemistry of Rare Elements
Code: ВКБ.4.10,
Research practice
Code: ОК.27,
Selected sections of labor law and basics of business
Code: ОК.05,
Mass spectrometry and X-ray fluorescence in analysis
Code: ВБК.1.08,
Methods of sample preparation and separation
Code: ВКБ.3.04,
Methods of determining organic components and elemental composition of substances
Code: ВКБ.3.08,
Fundamentals of the theory of the electron gas in solids
Code: ВКБ.6.02 ,
General stereochemistry
Code: ВКП.4.01,
Chemistry of metalloproteins
Code: ВКБ.4.09,
Socio-political studies
Code: ОК.04,
Physical chemistry of coordination compounds
Code: ВКБ.6.10,
Chemistry of biomolecules and bioprocesses
Code: ВКП.6.01,