dits lecturer t code/cre course semester contents contact

Code/Credits

Course SemesterWinter/Spring

Contents Contact Details of Lecturer

Department

AİT 101/2 Atatürk Principles and History Of Turkish Revolution--I

1.SemesterWinter

Basic Concepts, Reasons for the Decline of the Ottoman Empire, Turkish Modernization Movement, World War I, the National Struggle, History of the Republic of Turkey

Name-Surname: Lecturer Tahsin HAZIRBULANE-mail:[email protected]: 00904282132469

History Department

BİO 101/3 Introduction to Bioengineering

1.SemesterWinter

Definition of bioengineering, fields of study, the disciplines of science, discussion of all topics of interest. Current situation and future. Focus on how engineering and biological approaches are combined to solve the problems of science and technology. The concept of ethics in bioengineering and recent developments

Name-Surname:E-mail:Tel:

UYG101 History Of Science-I

1.SemesterWinter

It involves the analysis of the evolution of the history of science and technology and of the theoretical transformations.


BİO 103/6 General Biology 1.SemesterWinter To be capable of defining biology science and to comprehend the

branches with a historical scope, To comprehend and being capable of discussing the basis of life and evolution, To be able to comprehend and discuss the differences between living and non living; plants and animals, To be able to comprehend the relationship between the living organisms and environment,To be able to comprehend the fundamental aspects of human and nature

Name-Surname: Assistant professor Yeliz ÇAKIR SAHİLLİE-mail:yelizcakir@munzur edu.trTel: 00904282132412

Bioengineering

TBK 101/5

General Chemistry 1.SemesterWinter

Properties and Measurement of Matter, Atoms and Atomic Theory, Chemical Compounds, Chemical Reactions, Introduction to

Name-Surname: Assistant professor

Bioengineering

Aqueous Solution Reactions, Electron Structure of the Atom, Periodic Table and Some Atomic Properties, Chemical Bond I: Basic Concepts, Chemical Bond II: Bond Theory

Şengül ASLAN KORKMAZE-mail:[email protected]: 00904282132459

TBF101/4 General Physics 1.SemesterWinter

Newton's Laws, Definition of Solid Bodies, Fluids and Thermodynamics Laws, application of basic mechanical principles in physical problems, systematic and logical approaches to physical or general problems

Name-Surname: Assistant professor Ali AŞKINE-mail:[email protected]: 00904282132428

Mechatronic Engineering

TBM101/5

General Mathematics-I

1.SemesterWinter

Examination of sets and their properties. Definition of functions, finding domain and range set and special functions and graphics.Definition and properties of limit, intermediate value, Balzano and sign protection feature theorems, uncertainties in limit calculations.What is continuity? Function is continuous or not. Derivative concept, properties and derivatives of some functions, L'Hospital rule, geometric and physical interpretation of the derivative, concavity and convexity of a curve, maximum and minimum problems, curve drawings.

Name-Surname: Assistant professor İnan ÜNALE-mail:[email protected]:00904282132476

Computer engineering

TRD101/2 Turkish Language-I

1.SemesterWinter

Definition and function of language, The birth of language and language, Differences between written language and spoken language, paper layout, information paragraph, paragraph plan, about writing and writing plans and writing applications. Spelling and punctuation rules and their applications, correct and effective petition writing.

Name-Surname: Assistant professor Yeliz AKARE-mail:[email protected]: 00904282132526

faculty of Literature

YDI 101/3 Foreign Language-I

1.SemesterWinter

Introducing Yourself, The Verb “to be”, Numbers, The Alphabet, Possessive Adjectives, Have/Has, The Simple Present Tense, The Time, Days of the Week, Prepositions of Time, Object Pronouns, This/That, Can.

Name-Surname: lecturer Hasan Şahin YILDIRIME-mail:[email protected]: 00904282132184

Foreign languages

AİT 102/2 Atatürk Principles and History Of Turkish Revolution-II

2.SemesterSpring

Basic concept, I.World War, National struggle, Turkey Reform movements, Reasons for the collapse of the Ottoman Empire ,History of the Republic of Turkey.

Name-Surname: Lecturer Tahsin HAZIRBULANE-mail:[email protected]: 00904282132469

History Department

BİO 102/4 Organic Chemistry 2.SemesterSpring

Carbon compounds and chemical bonds, MOT, Hybridization, Structure isomer and alkanes, stereochemistry, alkyl halides, SN1, SN2, E1 and E2 reactions, alkenes, alkynes, alcohols, ethers, aromatic compounds, aldehydes, ketones, carboxylic acids, amines and general reaction mechanisms and reactivity, IR spectroscopy-structure identification

Name-Surname: Assistant professor Şengül ASLAN KORKMAZE-mail:[email protected]: 00904282132459

Bioengineering

BİO106/5 Physicochemistry 2.SemesterSpring

Zeroth Law of Thermodynamics A. Properties of gases. B. Kinetic-molecular theory of gases. C. Real gases. The First Law of Thermodynamics A. Work and heat. Internal energy. B. System and surroundings. C. Isolated systems. D. First thermodynamic functions. E. Thermodynamic relationships. F. Chemical applications of the First Law. The Second and Third Laws of Thermodynamics A. Concept of spontaneity. B. Entropy is a state function. C. Entropy calculations for specific processes. D. The inattainability of absolute zero temperature. E. Gibbs free energy and spontaneity. F. Unification of the First and Second Laws: the fundamental equation. G. Chemical potential of a pure substance. H. Physical transformation of pure substances. I. Simple mixtures and partial molar quantities. Chemical Equilibrium A. Spontaneity of chemical reactions. B. Acid-base equilibrium and pH-scale in terms of activities. C. Biological activity. D. Solubility and complex formation equilibria. E. Equilibrium electrochemistry. Molecules in Motion A. Collisions with walls and surfaces. B. Empirical chemical kinetics.


BİO108/5 Cell Biology 2.SemesterSpring

Within the scope of this course; Cell types, basic building blocks of cells, genetic information flow in the cell, cell membrane systems, molecular traffic, metabolism, cell communication, cell growth, development and differentiation, cancer cells and stem cells are detailed.

Name-Surname: associate professor Şafak SEYHANEYILDIZ CANE-mail:[email protected]: 00904282132432

Bioengineering

ENF102/4 Basic Information Technologies

2.SemesterSpring

Hardware, software and information technology concepts, word processing application, spreadsheet application, presentation application, web browser application, virus scanning applications, basic concepts of programming languages

Name-Surname: associate professor Mehmet ATEŞE-

Bioengineering

mail:[email protected]: 00904282132433

TBM 102/5

General Mathematics-II

2.SemesterSpring

Indefinite integral and properties, Integral of trigonometric functions, Definite integral and properties, Area, volume calculation, calculating the length of the arc, Finding the area of a rotational surface, Derivation of an integral, Polar coordinates, Partial derivatives, Double integrals and their applications, region transformations in double integrals, triple integrals and their applications, Curvilinear integrals

Name-Surname: Assistant professor İnan ÜNALE-mail:[email protected]:00904282132476

Computer engineering

TRD-102/2

Turkish Language-II

2.SemesterSpring

Providing information about spelling rules and punctuation marks and reinforcing them with examples; giving information about correct and effective curriculum vitae and petition writing; to introduction oral expression types and giving characteristics of oral expression types; to more beautiful and impressive writing and speaking to make reading and writing applications.

Name-Surname: Assistant professor Yeliz AKARE-mail:[email protected]: 00904282132526

faculty of Literature

YDI 102/3 Foreign Language-II

2.SemesterSpring

Introducing Yourself, The Verb “to be”, Numbers, The Alphabet, Possessive Adjectives, Have/Has, The Simple Present Tense, The Time, Days of the Week, Prepositions of Time, Object Pronouns, This/That, Can.

Name-Surname: lecturer Hasan Şahin YILDIRIME-mail:[email protected]: 00904282132184

Foreign languages

BİO207/5 Biochemistry-I 2.SemesterWinter

introduction to biochemistry, structures in biological systems, structure and functions of biomolecules; Amino acids, peptides, proteins, enzymes, coenzymes, nucleic acids, biochemical evolution, protein synthesis (DNA replication, transcription and

Name-Surname: Assistant professor Yeliz ÇAKIR SAHİLLİ

Bioengineering

translation) protein folding and post-translational modifications are described in detail

E-mail:yelizcakir@munzur edu.trTel: 00904282132412

BİO203 Microbiology 3.SemesterWinter

Microorganisms and microbiology / Microscops-Other tools and equipment used in microbiology / Development of microbiology / Cell information, prokaryotic and eukaryotic cells / Sterilization-Disinfection / Antimicrobial Agents / Classification of microorganisms / Bacteria, Fungi, Virus, Parasites (General Structures) / Development of microorganisms, nutrient needs, physical needs / Enzymes and metabolites of microorganisms / The basic metabolic processes of microorganisms / Painting methods / Sampling methods / Microbiological diagnostic methods

Name-Surname: Assistant professor Volkan KORKMAZE-mail:[email protected]: 00904282132429

Bioengineering

BİO211 English Reading And Speaking

3.SemesterWinter

Contemporary texts (media, education, business world, population change and its effects, design in daily life, brain and behavior etc.) To improve the knowledge of vocabulary and the ability to use new words, To discuss oral presentations and to apply question and answer in interview environment

Name-Surname: associate professor Mevlüt ALATAŞE-mail:[email protected]: 00904282132426

Bioengineering

BİO205/4 Fluid Mechanics 3.SemesterWinter

Units, dimensions and dimensional analysis. Statics of fluids. Manometers. Dynamics of fluids. Speed distribution and average speed. Viscosity and viscosity measurements. Mechanical energy balance. Pump work. Turbine work. Mechanical energy losses. Flow rate measurements.


Bioengineering

TBM201 Differential Equations

3.SemesterWinter

Introduction to the theory of differential equations, First order differential equations and their applications, Higher order differential equations, Higher order linear differential equations, Solution with series and series, Solution of differential equations by Laplace transform and Laplace transform


BİO209/5 Stochiometry in Engineering

3.SemesterWinter

Identification of unit systems. Recognition of processes and process variables. Establishment of mass and energy balances in single and multi-unit processes. Establishment of mass and energy balances in physical and chemical systems


Bioengineering

BİO213/2 Chromatographic And Spectroscopic Techniques

3.SemesterWinter

Definition of spectroscopy, basic principles of spectroscopic methods, UV-Vis spectroscopy, atomic absorption spectroscopy, X-ray methods, IR spectroscopy, NMR spectroscopy, description of chromatography, liquid and gas chromatography methods.


Bioengineering

BİO215/2 Microbial Physiology

3.SemesterWinter

Basic principles of microbiology, microbial ecology, bacterial taxonomy, bacterial morphology, bacterial structure of bacteria, bacterial metabolism concepts, major energy generation processes in bacteria, carbon. nitrogen and energy sources, biogeochemical cycles and the importance of bacteria in this area, bioluminescence and their place in biological research, pathogenic and non-pathogenic comparisons, extremophils (termifiller, halophils, psychophiles), deinococcus radiodurans (radiation immunity),


bacterial genetics, bacterial evolution concepts, lateral (horizontal gene transfers), phylogenetic analysis, comparative archaeal metabolism and archaeological genetics, genomics and proteomics.

BİO210/5 Engineering Laboratory

4.SemesterSpring

There will be experiments on experimental systems related to heat transfer, mass transfer, fluid mechanics and basic separation processes


Bioengineering

BİO208/4 Biomaterials 4.SemesterSpring

Biocompatibility, Blood compatibility, Introduction to foreign reactions, metallic, polymeric, ceramic and composite biomaterials, Learnıng selection and production criteria, Making case study.

Name-Surname: associate professor Mehmet ATEŞE-mail:[email protected]: 00904282132433

Bioengineering

BİO 214/3 Business English-I 4.SemesterSpring

English grammar rules, Techniques translate from English to Turkish and Turkish to English. Article translation techniques


BİO212/4 Genetics 4.SemesterSpring

History of medical genetics and its situation in our university, its coverage and areas, DNA and Structure of chromosomes, İnheritance patterns, Family tree analysis, İntroducing some test pursuant to their application fields. DNA data banks and utilizing them in medical genetic research. Cloning, Prenatal diagnoses.


BİO202/5 Biochemistry-II 4.SemesterSpring

Introduction to Metabolism, protein and amino acid metabolism, oxidative decarboxylation and citric acid cycle, carbohydrate metabolism; glycolysis, gluconeogenesis, pentose phosphate cycle,

Name-Surname: Assistant professor Yeliz ÇAKIR

Bioengineering

Calvin cycle, glycogen metabolism; glycogenesis and glycogenolysis, Chemistry and metabolism of lipids; fatty acid oxidation, biosynthesis.Membrane lipids, cholesterol and sterol metabolism, oxidative phosphorylation and respiratory chain, electron transport, biological membranes and cellular transport, photosynthesis.

SAHİLLİE-mail:yelizcakir@munzur edu.trTel: 00904282132412

BİO204/3 Biostatistics 4.SemesterSpring

Definition of statistical, evaluation of Data, Probability, Distribution functions, Hypothesis testing, Confidence intervals and conditions, Regression analysis, ANOVA,multiple comparison test,chi- squared test .

Name-Surname: Professor Murat ÇİMENE-mail:muratcimen@munzur edu trTel: 00904282132461

Food Engineering

BİO206/4 Molecular Biology 4.SemesterSpring

To study the structures of nucleic acids, proteins and enzymes which are of vital importance in the living organism and to have an idea of the molecular mechanisms for understanding the genomes of human beings and other living creatures.


BİO216/2 Modern Techniques in Molecular Biology

4.SemesterSpring

Introduction to Modern Techniques in Molecular Biology (Separation, purification and analysis methods), Introduction to Modern Techniques in Molecular Biology (Homogenization Methods), Isolation and Analysis of DNA and RNA, Polymerase Chain Reaction, Methods based on hybridization of Nucleic acid, DNA Sequencing Technologies, DNA microarrays, Polyclonal and Monoclonal Antibody Production and Immunological Analysis, Applications of Forensic Medicine, Prenatal Diagnosis Techniques, Tissue Culture, Evaluation of assignments including any of the modern molecular biology techniques, DNA fingerprinting, RNA interference.


BİO218/2 Algal Biotechnology

4.SemesterSpring

Within the scope of this course; algal groups, algal metabolites of algae isolation methods, culture methods of some algae and the

Name-Surname: associate professor

Bioengineering

http://tureng.com/tr/turkce-ingilizce/hypothesis%20testing

applicability of algae to industry are given. Şafak SEYHANEYILDIZ CANE-mail:[email protected]: 00904282132432

BİO 301/3 Heat Transfer5.Semesterwinter

Definitions, Conduction in Steady and unsteady state , Heat Transfer in Fluids, Forced Convection, Heat transfer coefficients for Laminar and turbulent flow, Reynolds and Colburn Similarities, Natural convection, Heat transfer with phase change, heat transfer to boiling liquid, Jacket and multi-tube heat exchangers. Heat transfer by radiation. Heat transfer from extended surfaces, Evaporation and condensation.

Name-Surname: Assistant professor Erdem IŞIK E-mail: erdemişi@munzur edu.trTel: 00904282132416

Machine engineering

BİO305/4 Bioengıneering Laboratory-I

5.Semesterwinter

Solution Preparation and Calculation Methods, Determination of Matter by UV-Visible Spectroscopy, Analysis of Macromolecules by Chromatographic Method, Polymer Synthesis by Different Polymerization Methods, Structural Analysis by Infrared Spectroscopy, Determination of Molecular Fluorescence Spectroscopy and Maturity, Determination of Molecular Weight in Polymers: Viscosimetric Molecular Weight , Biodiesel, Composite pH Electrode Preparation and Performance Analysis


Bioengineering

BİO 313/3 Business English-II 5.Semesterwinter

English grammar rules. Techniques of translating bioengineering texts from English to Turkish and from Turkish to English. Article translation techniques.


Bioengineering

BİO315/2 Professıonal Practıce-I (Summer Internshıp)

Summer Internshıp)

To learn the history of the institution, its place and function in the industry,Understanding the process and flowchart,Calculation of mass and energy balances on production outlines by drawing process flow diagram, Obtaining information about the function, structure, operating conditions and maintenance of the units in the process, learning process control and quality control mechanisms, acquiring information about the other facilities that help the main production unit,For Laboratory and R & D Centers: The general introduction of the institution or laboratory, the existing equipment, the function, structure, operation conditions and maintenance of the units involved, the analyzes and the theories and principles related to these analyzes.


Bioengineering

BİO303/3 Mass Tranfer 5.Semesterwinter

Definition of separation processes. Fick law and flux definitions in binary systems.Theoretical and experimental calculations of diffusion coefficients. Derivation of continuity equations. Steady state diffusion models. Diffusion in liquid and solids. Mass transfer with chemical reaction. Convection mass transmission.Mass transfer theories. Mass transfer between masses and mass transfer coefficients.Similarity and dimension analysis. Introduction to gas absorption and determining the number of steps in gas absorption

Assistant professor Hakan YOĞUTÇUE-mail: hakanyogurtcu@munzur edu.trTel: 00904282132473

Chemical engineering

BİO307/3 Polymer Technologies

5.Semesterwinter

Definition of Polymer, Classification, Raw materials, structural, mechanical, thermal, electrical, optical and chemical properties of polymers, Molecular weight and molecular weight determination methods, synthesis methods of polymers, Industrial synthesis methods, Processing techniques.


Bioengineering

BİO309/5 Physiology 5.Semesterwinter

Basic cell processes (introduction to physiology, molecular interactions, compartmentization (cells and tissues), communication, integration and homeostasis), Homeostasis and control (endocrine system, nerves and central nervous system, muscles, control of body movement), Integration of function blood and blood physiology (erythrocytes, leukocytes, blood groups and hemoglobin), respiration mechanism, gas exchange and convection, kidneys, fluid and electrolyte balance), Metabolism, growth and aging (digestion, energy balance and metabolism, endocrine control, immune system, reproduction and growth


Bioengineering

BİO311/3 Biosensors 5.Semesterwinter

Introduction to biosensors, Biomolecular detection, Nanotechnology transduction schemes, Enzyme based biosensors, Biomolecular structure and function, Biomolecular structure and function, DNA-based biosensors, Fluorosans, Fluorosan beads and particles, Optical biosensors, Nanoparticle labels, Mechanic biosensors, DNA microarray, Electrochemical Biosensors, Data analysis and performance factors, new materials and materials for biosensors.


Bioengineering

BİO317/2 Genomics And Proteomics

5.Semesterwinter

İntroduction of Prokaryotic and eukaryotic genom, The techniques used in functional genomics applications, Toxicogenomics applications, Nutrigenomiks applications, Proteomics for protein modifications, proteomics of protein-protein interactions. mass spectrometry and evaluation and analysis of proteomics data collectively.


Bioengineering

BİO319/2 Biochemical Engineering

5.Semesterwinter

Basic principles of biochemical engineering, structure of biotechnology processes and classification of bioreactors, stoichiometric connections in biological reactions, operating systems of biorector, kinetic velocity equations, reaction rate analysis, kinetics of microorganism production


UYG101/2

History Of Science-I

5.Semesterwinter

The existence of humanity and the socio-economic and cultural changes it has undergone until the present day will be examined.

Name-Surname: Assistant professor Hasan SUNGURE-mail:[email protected]: 00904282132429

History department

BİO302/4 Separation And Purification Process

6.SemesterSpring

Introduction to Sub-Current Processes in Bioprocesses, Properties of Biological Products Pretreatments, Heating / Cooling, Sedimentation, Separation by Foam, Foam Separation, Foam Flotation Flocculation and Coagulation, Precipitation, Cell Decomposition Separation processes, Filtration, Microfiltration, Solid-liquid separation processes, Centrifugation, Centrifugal filtration Concentration processes, Membrane separation methods, Concentration processes Extraction, Purification processes, Chromatography, Purification processes, Electrophoresis, Purification processes, Ultracentrifugation Finishing processes, Drying, Formulation, Marketing Examples of Some Typical Bioprocesses


Bioengineering

BİO306/4 Introduction To Nanotechnology

6.SemesterSpring

Basic concepts about nanotechnology; Properties and application areas of nanoparticles; Production of nano structures in laboratory environments and imaging methods.


Bioengineering

BİO308/4 Plant Tissue Culture

6.SemesterSpring

Within the scope of this course; Introduction to plant tissue culture techniques, application areas, general laboratory order, importance of nutrient media and culture conditions, plant regeneration, callus cultures, haploid plant production, diploidization and doubled

Name-Surname: associate professor Mevlüt ALATAŞE-

Bioengineering

haploid plant production, embryo cultures, cell cultures and growth parameters, fringed with Agrobacterium the formation of root cultures, anomalies in in vitro, clonal propagation and commercial production and gene transfer

mail:[email protected]: 00904282132426

BİO312 /4

Biotransport 6.SemesterSpring

Mass transport, heat and momentum transfer, electrical systems to establish analogy with the general transport relation; to determine physical and mathematical definitions of transport in biological systems based on general relations.

Name-Surname: Assistant professor Erdem IŞIK E-mail: erdemişi@munzur edu.trTel: 00904282132416

Machine engineering

BİO304/4 Bioengineering Laboratory-II

6.SemesterSpring

Plasmid DNA Isolation and Spectral Analysis, Production of Yeast (Saccharomyces Cerevisiae) in Bioreactor, Production and Application of Urea Biosensor, Determination of Ascorbic Acid Level in Antioxidant Substances, Determination of Kinetic Constants of Enzymes, Dimension and Zeta Potential Analysis of Proteins by Light Scattering Method, Fabrication of Tissue Scaffold Material: Wet Pulling and Desalination


Bioengineering

BİO310/4 Animal Tissue Cultures

6.SemesterSpring

Application areas of animal cell and tissue cultures in bioengineering, Cell culture types and methods of obtaining, Devices used in cell culture and nutrient media, Kinetics of animal cell production, Nutrient media used in animal cell cultures, Subculture of cells, Cryopreservation of cells In vitro cell-surface, cell-cell binding relationships, Primary cultures of specific cells, Animal cell engineering and recombinant protein production, Transfection techniques in cell cultures, Monoleyar and resuspend cell culture scale amplification, Animal cell bioprocess; types of reactors used, Animal cell bioprocesses and production modes,


Bioengineering

Current issues; Stem cells, Tissue Engineering Products in Use

BİO314/4 İmmunology 6.SemesterSpring

Understanding of the natural and acquired mechanisms, organ, cell and protein functions of the immune system and the complex interactions between them and understanding the principles of immunology based clinical diagnostic methods.


Bioengineering

UYG102 History Of Science-II

6.SemesterSpring

The existence of humanity and the socio-economic and cultural changes it has undergone until the present day will be examined.


BİO316/2 Bioengineering Calculations

6.SemesterSpring

Modeling and simulation, bioprocess analysis, Mathcad applications, Modeling of Dnamik flow systems, Modeling of dynamic bioreactivity systems, Modeling of heat transfer systems in bioreactors, Modeling of mass transfer systems in bioreactors.


Bioengineering

BİO318/2 Toxicology 6.SemesterSpring

Biotransformation of toxins: inactivations and excretion from the body; toxicity mechanisms, absorption, distribution, metabolism and excretion of toxic substances, membrane transport systems, toxic effects of xenobiotics, chemical carcinogenesis, genetic toxicology, chemical teratogenesis, systematic toxicity and toxicity tests


Bioengineering

BİO405/3 Genetic Engineering

7.Semester Winter

Enzymes used in gene engineering and their functions, fundamentals of PCR, DNA markers, genome mapping, physical

Name-Surname: Assistant professor

Bioengineering

mapping, DNA sequencing, cDNA and DNA libraries, Bioinformatics

Yeliz ÇAKIR SAHİLLİE-mail:yelizcakir@munzur edu.trTel: 00904282132412

BİO407//2 Scıentıfıc Research Methods

7.Semester Winter

To give detailed information about scientific research techniques. Name-Surname: associate professor Şafak SEYHANEYILDIZ CANE-mail:[email protected]: 00904282132432

Bioengineering

BİO413/2 Engineering Economics

7.Semester Winter

Definition of economy and basic concepts, definition and basic concepts of macroeconomics, definition of bioeconomics, organization, management, economic evaluation of a bioprogen, bioeconomics applications in energy, chemistry, agriculture, food health and environmental sectors, engineering ethics in bioeconomics.


Bioengineering

BİO409/4 Biopolymers 7.Semester Winter

Introduction to polymer science, material properties of polymers; Definition and sources of biopolymer, molecular structures of natural and synthetic biopolymers, application areas; biomedical applications of biopolymers, their uses in food, medicine and construction industry, biodegradation, biodegradable polymers and

Name-Surname: Assistant professor Şengül ASLAN KORKMAZE-

Bioengineering

their properties, drug release systems. mail:[email protected]: 00904282132459

BİO315/2 Professıonal Practıce-I (Summer Internshıp)

7.Semester Winter

Internship will be done. Name-Surname: associate professor Mevlüt ALATAŞE-mail:[email protected]: 00904282132426

Bioengineering

BİO401/4 Nanotechnological Applications

7.Semester Winter

Basic physical, chemical and biological principles at the nanometer level; Nano-level artificial production and manipulation; Nanoparticles, nano cables, nanotubes, nanocomposites, quantum dots and application areas; Nano characterization measurement techniques (TEM, SEM, XRD, FTIR); Nanomedicine applications; Nanosensors.


Bioengineering

Bİ0403/4 Bioengineering Laboratory-III

7.Semester Winter

Introduction of bioreactors, Preparation for production, Sizing and energy calculations of different types and volumes of bioreactors, Photobioreactors, Air lift reactors, Discrete production-Continuous production-Fed-Batch production, Immobilization-biocatalysis, Enzyme kinetics, Biocatalysis-Stability and inhibition, Separation and purification


Bioengineering

GÖR101 VISUAL ARTS-I 7.Semester Winter

Art movements and artistic productions from Early Renaissance to 20thcentury: Modernity, Ideals and bodies, Imagination and landscape,

Name-Surname: Lecturer Nilgün DEMİR

design department

NewRegimes, To the provincial, Acceleration of the industry, the substance andtruth, Spectators, Freedoms and Duties, Acceleration in Art and Revival of Art

E-mail:[email protected]: 00904282132138

BİO415/3 Experimental Design And Optimization

7.Semester Winter

Simple comparison experiments, single factor experiments and variance analysis, randomization, factorial designs, multi-factor experiments and analysis of variance, blocking, response-surface method, Box-Behnken design, Plackett-Burman design


Bioengineering

BİO417/3 Biofuels 7.Semester Winter

Within the scope of this course; oily seed plants and high algae with lipid content are introduced and information on biofuel production is provided.


Bioengineering

BİO419/2 Biomechanical 7.Semester Winter

Fundamentals of Mechanics, Vectors, Newton's Laws, Plane and 3-D Force Systems, Balance, Center of Inertia, Moment of Inertia, Mechanical Properties of Materials, Anatomical Concepts and Terminology, Methods of Application of Engineering Mechanics to Human Skeletal-Muscle System, Mechanical Behavior of Tissues, Blood Vessels Mechanics Behavior, Joint-Joint Surface Motion, Skeletal-Muscular Soft Tissue Mechanics, Walking Analysis, Heart Valve Dynamics, Orthopedic Materials, Mechanical Examination of Stress and Deformations, Factors Affecting Human Mechanical

Name-Surname: E-mail:Tel:

Movement

BİO421/2 Metabolic Biochemistry

7.Semester Winter

Chemistry of carbohydrates: Classification of carbohydrates, Chemical reactions of carbohydrates, Polymer molecule and complex formation, Carbohydrate metabolism, Glycolysis, Citric acid cycle, Oxidative phosphorylation, Pentose phosphate metabolic pathway; Chemistry of Lipids; Oxidation of Fatty Acids; Biosynthesis of Lipids; Triglyceride and Phosphoglycerides; Proteins and metabolism of amino acids, Energy Flow in Live System: Photosynthesis, Cell Respiration, Chemosynthesis


Bioengineering

BİO413/2 Structure And Reactivity Of Biological Molecules

7.Semester Winter

Carbohydrates and stereochemistry, Amino acids Proteins and stereochemistry, Nucleotides, DNA and RNA stereochemistry, Biological importance macromolecules, Polymerization mechanisms, Reactions


Bioengineering

BİO404/5 Bioprocess Design 8.SemesterSpring

Definitions of bioprocess their development (historical approach). Basic properties of biotechnological process, their applications in various sectors, comparison of biotechnological process and chemical process, Microscopic organisms, properties of microorganisms, Chemical structures, growth, extrinsic factors effecting on microbial growth, Bioconversions and bioprocess kinetics Yield Enzymatic conversions Microbial conversions, Transport phenomena in Bioprocess systems Oxygen demand Diffusion resistances Operation variables acting on mass transfer Gas bubbles Surface active materials Dissolved Oxygen, partial pressure of oxygen Rheology, Heat transfer and sterilisation in bioreactors Batch sterilization Continuous sterilization

Name-Surname: Assistant professor Gülçin BEKER AKBULUTE-mail:gulcinakbulut@munzur edu.trTel: 00904282132131

Plant and Animal Production Department

BİO408/3 Ethics in Bioengineering

Ethics, ethics and place in life, moral responsibilities, scientific ethics, Engineering ethics, Human rights, Animal rights, Biological weapons (bioterrorism), Genetically modified organisms (GMO) and human-animal health, Environment, Laboratory safety, Environmental awareness, Patent, Ethics in scientific research, Legal practices (regulations, sanctions), Philosophy of science


Bioengineering

BİO402/9 Graduation Project 8.SemesterSpring

Selection of the project topic, Literature review about the subject of the project, Laboratory studies in case of need, Evaluation of data and writing of the project


Bioengineering

BİO406/4 Business Life And English

8.SemesterSpring

Choosing a Career Path, Advertisements, Business Letter Writing Basics, Enquiry, Offer and Order, Confirmation, Dispatch Note and Acknowledgement of Receipt, Invoice and Overdue Notice, Sending Information, Price Change Notice, Payment Request,, Requesting Information, letter of Invitation, Lay-off letter, Resignation Letter, Letter of Reference, How to Write a Business Report, How to Write a Business Memorandum, How to Write a Business Email, CVs and Covering Letters, Essential Job Interview Tips and Tricks, Business English


Bioengineering

BİO410/2 Nanochemistry 8.SemesterSpring

Fundamentals of nano chemistry, Production methods of nanomaterials and types of nano materials and their application areas.


BİO412/3 Wastewater And Treatment Biology

8.SemesterSpring

Within the scope of this course; The characteristics of wastewater, physical treatment, chemical treatment, biological treatment are given

Name-Surname: associate professor Şafak

Bioengineering

SEYHANEYILDIZ CANE-mail:[email protected]: 00904282132432

BİO414/2 Recombinant DNA Technology

8.SemesterSpring

This course covers all aspects of DNA cloning and its application areas and current issues and applications in recombinant DNA technology.


Bioengineering

BİO416/2 Cancer Biology 8.SemesterSpring

General principles of cancer biology, genetics of normal and malignant cells, control of cell growth, cancer genetics, oncogenesis, cancer treatment


Bioengineering

BİO418/2 Applied Phycology 8.SemesterSpring

This course includes basic information about microalgal species production methods, isolation, contents and usage areas.


BİO420/2 Industrial Ecology And Recovery

8.SemesterSpring

Population and environmental pressures, development of different environmental approaches and short history, definition of pollution according to industry and society, hierarchy of environmental waste management, definition and steps of sustainable development, introduction of industrial ecology, eco-system and eco-efficiency


concepts, principles of clean production, methods and application examples, inspection tools for clean production applications, environmental impact assessment, applicability of clean production, Environmental Management Systems (EMS), ISO-14001 and application examples, Environmental Legislation, term project.

BİO422/2 Nanotoxicology 8.SemesterSpring

Basic physical, chemical and biological principles at the nanometer level; Synthesis and modification at the nano level; Properties of quantum dots with nanoparticles based on cabon, metal and metal oxide; Physico-chemical structures and effects of produced nano structures; Measurement techniques used in the characterization of nanoparticles; Biotoxicity testing devices; It includes the trophic transfer of nanoparticles in the food chain and the ethical rules in nanotoxicity experiments.


GÖR102 VISUAL ARTS-II 8.SemesterSpring

The art movements and art practices of 20th century: Modernism, Cubism,De Stijl, Art-Deco, Bauhaus, Machine Aesthetics, Futurism, Constructivism,Expressionism, Fauvism, Dadaism, Surrealism Abstract Expressionism, ArtBrut, and Pop-Art

Name-Surname: Lecturer Nilgün DEMİRE-mail:[email protected]: 00904282132138

design department

dits lecturer t code/cre course semester contents contact

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