KİM111 General Chemistry I (4 0 4)
Properties and measurement of matter, atoms and atomic theory, chemical compounds, chemical bonds, stoichiometry, chemical reactions, aqueous solution reactions, gases, thermochemistry, electron structure of the atom, periodic table and some atomic properties, chemical bonds and bond theories.
KİM121 General Chemistry II (4 0 4)
Liquids, solids and intermolecular forces, solutions and their physical properties, chemical kinetics, principles of chemical equilibrium, acids and bases, acid-base and solubility equilibria, voluntary change and entropy, electrochemistry, organic compounds.
KİM112 General Chemistry Laboratory I (0 4 4)
Laboratory equipment and laboratory safety, conservation of mass, identification of substances by using their properties, solutions, determination of the formula of a crystalline compound, stoichiometry, sublimation, distillation, crystallization, precipitation, filtration, centrifugation, complexation, titration and standard solution preparation, determination of crystal water, density determination in solids and liquids, water hardness measurements.
KİM122 General Chemistry Laboratory II (0 4 4)
Determination of the molecular weight of a liquid by water vapor distillation, determination of the equivalent weight of magnesium, reduction/oxidation reactions, chromatographic methods, pH test, chemical kinetics, chemical equilibrium, electrochemical batteries, determination of solubility product, identification of organic compounds.
KİM113 General Physics I (2 2 4)
Measurement in physics, vectors, motion in one dimension, motion in two and three dimensions, force and motion, laws of motion, work and energy, potential energy and conservation of energy, system of particles, linear momentum and collision, rotational motion, rolling motion, torque, angular momentum .
KİM123 General Physics II (2 2 4)
Electric charges, electric fields, Gauss's Law, electric potential, capacitors and the concept of capacitance, current and resistance, electric circuits, magnetic fields, magnetic fields due to current, induction and self-induction, magnetic properties of materials, Maxwell's equations, electromagnetic oscillation and alternative flow.
KİM114 Mathematics I (2 2 3)
Sentences, functions, (trigonometric functions, exponential and logarithmic functions, inverse functions) limit, continuity, derivatives, derivatives of trigonometric functions, higher order derivatives, max-min values, indeterminate forms, L'hospital rule, polar coordinates and curve plotting.
KİM124 Mathematics II (2 2 3)
Indefinite integral, methods of integration, definite integral and its applications, area calculations, surface areas, volume calculations, area and arc length in polar coordinates, area and arc length for parametric curves, generalized integrals, sequences and series.
KIM115 Laboratory and Occupational Safety (2 0 2)
Occupational safety definition and legislation, occupational diseases, protective and preventive measures, emissions, legislation on environmental pollution and harmful gases, occupational safety and occupational safety equipment, protective and preventive measures, indoor air quality, first aid, first aid materials
SIB001 Cyber Security Fundamentals (2 0 2)
Learn the answer to the question of what is cyber security, what cyber security means in our daily and professional life, the most common threats, attacks, vulnerabilities and how to protect them online.
KAR001 Career Planning (2 0 2)
The relationship between career planning and vocational counseling is getting to know the individual in line with individual career development and career planning, and gaining knowledge and skills about what can be done to career development institutions after formal education.
YDL001 Foreign Language I (English) (2 0 2)
The aim of this course is to teach basic English. Materials are used to develop students' reading, listening, writing and speaking skills. Visual and auditory tools are used in the lessons. A link is established between language and life by using materials containing examples from daily life.
YDL002 Foreign Language II (English) (2 0 2)
It aims to provide English language knowledge and skills necessary for general communication purposes and academic studies.
TDI001 Turkish Language I (2 0 2)
What is tongue? The place and importance of language as a social institution in the life of the nation, language and culture relationship, the place of Turkish language among the world languages, the development and historical periods of the Turkish language, the current situation and spreading areas of the Turkish language, sounds in Turkish and its classification, phonetic features of Turkish and phonetic rules, syllables, spelling rules and their application, punctuation marks and their application, Turkish affixes and their application, general information about composition, plan and application to be used in composition writing, noun and verb conjugations in Turkish, forms of expression in composition and its application, the usage of adverbs and prepositions in Turkish.
TDI002 Turkish Language II (2 0 2)
Elements of sentence, sentence analysis and application, examination of works related to literature and the world of thought and rhetorical applications, written composition types and applications, expression and sentence disorders and their correction, rules to be followed in the preparation of scientific articles, sample texts selected from Turkish and world literatures and the history of thought. based on the development of the student's ability to speak and write correctly and beautifully, and rhetorical practices related to this.
ATA001 Ataturk's Principles and History of Revolution I (2 0 2)
The events that took place in the world in the 19th and 20th centuries, the establishment of the Turkish Republic and the War of Independence, the Armistice of Mudros and the First World War will be discussed.
ATA002 Ataturk's Principles and History of Revolution II (2 0 2)
In the course, which is the continuation of TAR 101, the opening of the Grand National Assembly, Atatürk's principles and the Turkish Revolution, the character of Atatürk's reforms will be discussed.
KİM231 Inorganic Chemistry I (4 0 4)
Introduction to inorganic chemistry, atomic structure, periodic table and its properties, periodic properties of elements, interparticle interactions, bonding theories, molecular structure and Lewis point method, valence bond theory, symmetry and group theory, molecular orbital theory.
KİM241 Inorganic Chemistry II (4 0 4)
General definitions of acids and bases, concepts of hardness and softness, transition metals, lanthanides, actinides, coordination compounds (structure, isomers, bonding, electronic spectrum, reactions and reaction mechanisms), crystal field theory, oxidation and reduction, chemistry of metals, hydrogen and its compounds , organometallic compounds and nonmetals chemistry, crystalline solids.
KİM232 Inorganic Chemistry Laboratory I (0 4 4)
Safety and basic laboratory techniques in inorganic chemistry laboratory, synthesis of tin iodides, synthesis of metal oxalate hydrates, preparation of double salts, homogeneous catalyzed reactions, sodium acetate, ammonium iron (II) sulfate hexahydrate, potassium aluminum sulfate.
KİM242 Inorganic Chemistry Laboratory II (0 4 4)
Molecular modeling, magnetism, bonding isomerism, KAYE and spectrochemical series, definition of coordination compounds, tetraaminecopper (II) chloride, hexaaminenickel (II) chloride, potassium chlorochromate, silver manganate, aluminumacetylacetonate, aluminothermic method, sodium trithionate, thenards blue.
KİM233 Analytical Chemistry I (4 0 4)
Introduction, errors in chemical analysis, random errors in analysis, application of statistics to data analysis and evaluation, gravimetric analysis methods, titrimetric analysis methods, aqueous-solution chemistry, the effect of electrolytes on ionic equilibria, application of equilibrium calculations to complex equilibria, theory of neutralization titrations.
KİM243 Analytical Chemistry II (4 0 4)
Titration curves for complex acid-base systems, applications of neutralization titrations, precipitation titrimetry, complex formation-titrations, introduction to electrochemistry, applications of standard electrode potentials, applications of oxidation/reduction titrations, theory of potentiometry, applications of potentiometry, real sample analysis.
KİM234 Analytical Chemistry Laboratory I (0 4 4)
Solution preparation and I-V cation pre-tests, I-III cation analysis, IV-V cation analysis, I-V cation analysis, I-V anion analysis, powder sample analysis, melt experiments.
KİM244 Analytical Chemistry Laboratory II (0 4 4)
Material cleaning, solution preparation, washing water preparation, neutralization titrations (determination of unknown acid amount), determination of Fe, Ba, Ni, Mg in solutions gravimetrically, determination of R2O3 in cement (gravimetric), determination of Fe and Ca in cement, precipitation titration (with Volhard method) Determination of Cl-), determination of water hardness, Determination of Cu and Zn in rice.
KİM351 Organic Chemistry I (4 0 4)
History, different aspects of organic chemistry, methods of obtaining pure substances, melting and boiling point, organic qualitative and quantitative analysis, carbon bonds and hybridization, classification of organic compounds, organic basic molecules and groups, functional groups, inductive effect, mesomeric effect and hyperconjugate effect. , classification of organic reactions and examples, physical methods for structure elucidation, hydrocarbons (alkanes; alkenes; alkynes) and their reactions, structure and stereoisomer.
KİM361 Organic Chemistry II (4 0 4)
Alkyl halides, nitroalkanes, alcohols (mono-, di-, tri-, and polyalcohols), ethers, mercaptans, thioethers, aliphatic sulfonic acids, inorganic acid asters, aliphatic amines, diimines, aminoalcohols, aliphatic diazo compounds, phosphorus, and aliphatic compounds aldehydes and ketones, hydroxy aldehydes and hydroxy ketones, dialdehydes, ketoaldehydes and diketones, aliphatic monocarboxylic acids and their derivatives (acid halides, anhydrides, flax, esters, ortho esters, ortho amides, hydroxy acids, imido esters and acids, amide hydrazizones, amides and azides), nitriles, isonitriles, substitution products of monocarboxylic acids (hydroxy-, halogen-, and amino carboxylic acids), aldehydes and ketocarboxylic acids, dicarboxylic acids, hydroxy-, di and tricarboxylic acids, carbonic acid derivatives (carbamide acid, urea, urethane and urea derivatives), carbonic acid thio derivatives, carbenes and nitrenes, alicyclic compounds, aromatic compounds.
KİM352 Organic Chemistry Laboratory I (0 4 4)
Synthesis of oxidation, reduction, halogenation, esterification, alkylation, acylation, sulfonation, nitration, chelation, hydrolysis reactions.
KİM362 Organic Chemistry Laboratory II (0 4 4)
Synthesis of polymerization, addition and condensation, electrophilic substitution, nucleophilic substitution, conversion reactions, organic qualitative analysis.
KİM353 Physical Chemistry I (4 0 4)
Gas laws, states of matter, molecular weight and density determination methods of matter, properties of liquids, paracore, refractory, surface tension, general properties of solids, crystal structure determination methods, crystal lattice types.
KİM363 Physical Chemistry II (4 0 4)
1st, 2nd and 3rd laws of thermodynamics, thermochemistry and Hess's law, enthalpy, entropy, free energy, fugasite bond energies, dissolution, dilution, neutralization, dispersion energy, chemical equilibrium and mass and energy balance related to combustion energy.
KİM354 Physical Chemistry Laboratory I (0 4 4)
Finding the rate constant of a second-order reaction, determination of average molecular weight by viscosity method, determination of solubility enthalpy of benzoic acid, dispersion law, adsorption, determination of partial molar volumes, measurement of surface tension, homogeneous equilibrium, the rule of phases, electrolysis of water, Faraday's constant and determination of Avogadro number .
KİM364 Physical Chemistry Laboratory II (0 4 4)
Solubility determination by conductivity measurement, refractive index, determination of vaporization enthalpy of a pure liquid, determination of temperature coefficient, electrochemical determination of ΔH, ΔS and ΔG, partial molar properties, effect of temperature on reaction rate, determination of combustion heat, determination of transport numbers by Hittorf method, Equivalent conductivity of MgSO4.
KİM471 Biochemistry I (4 0 4)
Giving basic information about biochemistry, properties of aqueous systems, structure and functions of proteins, enzymes, carbohydrates, lipids, metabolic reactions of biomolecules are emphasized and how their control is realized.
KİM481 Biochemistry II (4 0 4)
Students in this course; will learn the biosynthesis and degradation reactions and mechanisms of carbohydrates, lipids, proteins, amino acids, nucleic acids occurring in metabolism at the cellular level.
KİM472 Biochemistry Laboratory I (0 4 4)
Qualitative and quantitative determination of carbohydrates, hydrolysis of sucrose with acid, hydrolysis of starch with acid and enzymes, determination of the number of free acids in oils, determination of the presence of glycerine in oils, determination of the saponification value of fats, determination of vitamin C, measurement of enzyme activity, factors affecting the rate of enzymatic reactions.
KİM482 Biochemistry Laboratory II (0 4 4)
Identification of Cholesterol in the Brain by Salkowski method, Determination of Hemoglobin in the Blood, Identification of Proteins by biuret test, Casein extraction from milk, Bradford protein analysis, identification experiments of amino acids, ninhydrin test, separation of globulins and albumins in serum by precipitation with ammonium sulfate, urine analysis.
KİM473 Instrumental Analysis (4 0 4)
Introduction to spectrometric methods, electromagnetic beam properties, components of optical devices (beam sources, lasers, wavelength selectors, sample cups, beam transducers, signal processors, displays/information about fiber optics), introduction to optical atomic spectrometry, atomic absorption, atomic fluorescence, atomic emission, introduction to molecular spectroscopy, UV-VIS molecular absorption spectroscopy and its applications, molecular luminescence spectrometry, fluorescence and phosphorescence, IR (Infrared) spectrometry and its applications, IR-spectrum solution, Raman spectrometry, Nuclear Magnetic Resonance (NMR) spectrometry, Molecular spectrometry (MS), IR-NMR-MS-UV spectrum solutions, practical applications.
KİM483 Instrumental Analysis Laboratory (0 4 4)
Flame photometry and conductometry, UV-VIS spectroscopy, nuclear magnetic resonance, mass spectroscopy, gas chromatography, elemental analysis, IR spectroscopy, RAMAN spectroscopy, potentiometric methods, polarimetry, refractometry.
KİM474 Quantum Chemistry (2 0 2)
The introduction and principles of quantum theory are designed to support chemists with concepts of the advancement of quantum mechanics. It applies particularly to dealing chemically with the dynamics of microscopic systems using the Shrodinger equation. We will examine the applications of quantum mechanics, the uncertainty principle, the prediction of the Born wave function, and the wave-particle dilemma. We will establish the basic knowledge of the applications and techniques of quantum theory. It is expected that students will understand some analytical solution problems such as translational motion, vibrational motion, rotational motion. First of all, atomic structure and spectroscopy will be looked at, and then we will move on to molecular systems. Students will understand the fundamentals of valence bond theory, molecular orbital theory, and molecular orbitals for polyatomic systems, and then appreciate the applications of symmetry in such problems. The process will continue to include larger molecules and will conclude with an introduction to the solid state electronic structure.
KİM484 Research Seminar (0 2 1)
This course aims to develop students' research abilities; Each student determines the research topic under the supervision of a faculty member, conducts resource research, plans experimental methods, evaluates the data, and presents the result as a thesis at the end of the year.
KİM365 Summer Internship (0 0 2)
This course aims to develop students' practical abilities; each student has a factory, etc., where at least one chemist works during the summer term. develop their skills by doing internships in institutions for 30 working days.
