Akdeniz University International Relations Officeerasmus.akdeniz.edu.tr/_dinamik/210/2866.pdfwrite a...

Akdeniz University International Relations Office

Adres: Dumlupınar Bulvarı 07058 Kampüs ANTALYA Ayrıntılı bilgi için irtibat: Serap YETERTelefon : (0242) 310 2125 Faks: (0242) 310 66 29E-posta : erasmus @akdeniz.edu.tr Elektronik Ağ: www.akdeniz.edu.tr

2018-2019 Academic Year List of courses

Code Credits Course Title Winter Semester

SpringSemester

General Contents Contact Details of Lecturer Department

İNM5050 6 Finite Element Method Spring

Introduction, Introduction to numerical analysis methods, Basic equations of linear elasticity, Energy methods, Finite elements stiffness matrices, Isoparametric formulation, Transformation of coordinatesystems, Finite element method in nonlinear analysis of structures and solution methods in nonlinear structure analysis.

Name-Surname:Assoc.Prof.Dr. İzzet Ufuk ÇAĞDAŞ

E-mail: [email protected]: 0242 310 63 14

Civil Engng.Dept.Structural Mechanics

İNM5056 6 Optimization in CivilEngineering Spring

Check-General Information, Optimization concept and definition of the optimization problem, graphical and Langrange multiplier methods, mathematical optimization techniques, optimization techniques depending on probability, optimization techniques and their applications in engineering.

Name-Surname:Asst.Prof.Dr. İbrahim AYDOĞDU

E-mail: [email protected]: 0242 310 63 72

Civil Engng.Dept.Mechanics



2018-2019 Academic Year List of courses

Code Credits Course Title SemesterWinter /Spring and Duration

Contents Contact Details of Lecturer Department

ÇEV151 4 Basic Computer and Algorithm Winter, 14

Weeks

To introduce basic usage of computers, infrastructure of computers and basic working principles of computers

* Computer Engineering

ÇEV173 5 General Chemistry Winter, 14 Weeks

General chemsitry topics are introduced: need of cehmsitry, definition of atom, bond types, laws on chemistry, solvents

* Material Science and Engineering

ÇEV169 5 Mathematics I Winter, 14 Weeks

This course aims to introduce functions, limits, derivatives, integrals and inverse functions.

* Mathematics

ÇEV179 5 Physiscs I Winter, 14 Weeks

The aim of the lecture is to teach basic quantities in physics, kinematics and fundamental principles of dynamics (Newton’s laws).

* Physics

ÇEV153 3 Introduction to Environmental Engineering

Winter, 14 Weeks

Introduction to Environmental Engineering course aims to create awareness and professional approach about basic knowledge level in undergraduate education such as water pollution, air pollution, control of solid waste.

Name-Surname: Prof. Dr. Ayşe MUHAMMETOĞLUE-mail: [email protected]: +90 242 310 6328

Environmental Engineering



ÇEV164 4 Mathematics II Spring, 14 Weeks

Mathematics II course focuses on indefinite integrals, definite integrals, integral applications, and multivariate functions

* Mathematics

ÇEV162 5 Physics II Spring, 14 Weeks

To give basic information about heat, thermal balance, electricity and magnetism, to have knowledge and the ability to apply these information to the other branches of physics or the science

* Physics

ÇEV160 2 Analytical Chemistry Spring, 14 Weeks

This course is to introduce basic knowledge and concepts to make necessary qualitative and quantitative chemical analysis.

* Material Science and Engineering

ÇEV156 4 Computer Programming

Spring, 14 Weeks

Teach students the programming logic and how to write a basic program

* Computer Engineering

ÇEV251 3 Fundamentals of Environmental Engineering

Winter, 14 Weeks

This course aims to provide basic understanding of the theoretical background and concepts of fundamental Environmental Engineering processes and to introduce the basic concepts of physical, chemical and biological processes, as well as kinetics,equilibrium, mass balances, energy balances, mass-transport processes, etc. as applied to the analysis of environmental problems and the design of engineered systems for environmental

Name-Surname: Assist. Prof. Dr. Murat VAROLE-mail: [email protected]: +90 242 310 6332




protection.

ÇEV253 3 Environmental Chemistry

Winter, 14 Weeks

Teaching the fundamental contents of the environmental chemistry to undergraduate students.

Name-Surname: Assist. Prof. Dr. Ayça ERDEME-mail: [email protected]: +90 242 310 6329


ÇEV252 3 Hydrology Spring, 14 Weeks

To define main factors affecting spatial and temporal distribution of water in surface and determine the amount water available in a certain place and time by using hydrological methods.

Name-Surname: Prof. Dr. Hasan MERDUNE-mail: [email protected] Tel: +90 242 310 6358


ÇEV254 5 Environmental Engineering Laboratory

Spring, 14 Weeks

Teaching the fundamental contents of the environmental chemistry laboratory applications to undergraduate students.

Name-Surname: Assist. Prof. Dr. Ayça ERDEME-mail: [email protected]: +90 242 310 6329


ÇEV353 4 Physical Unit Operations

Winter, 14 Weeks

This course is aimed to teach the bases of physical unit operations in Environmental Engineering.

Name-Surname: Assoc. Prof. Dr. Çiğdem MORALE-mail: [email protected]: +90 242 310 6354


ÇEV352 5 Fundamentals of Air Pollution

Spring, 14 Weeks

Air pollution problems, and knowing the reasons of the emergence of human and environmental activities to take preventive measures during air pollution.

Name-Surname: Assist. Prof. Dr. Güray DOĞANE-mail: [email protected]: +90 242 310 6333


ÇEV354 5 Water Treatment Spring, 14 Weeks

Identification and design of unit operations and proseses which are used to obtain waters of drinking water quality and

Name-Surname: Assoc. Prof. Dr. Çiğdem MORALE-mail: [email protected]


mailto:[email protected]






standards from different water sources.

Tel: +90 242 310 6354

ÇEV453 3 Seminar Winter, 14 Weeks

This course aims to let students to prepare and present a topic related to their engineering related issues under the supervision of an instructor.

All faculty of the department* Environmental Engineering

ÇEV457 5 Air Pollution Control Winter, 14 Weeks

Air Pollution Control course aims to introduce air pollutant control devices used in industry.

Name-Surname: Assist. Prof. Dr. Murat VAROLE-mail: [email protected]: +90 242 310 6332


ÇEV461 5 Air Pollution Modelling

Winter, 14 Weeks

This course focuses on use of models to predict plume dispersion and to predict ambient atmosphere contribution of pollutants

Name-Surname: Assist. Prof. Dr. Güray DOĞANE-mail: [email protected]: +90 242 310 6333


ÇEV463 5 Modelling of Activated Sludge Systems

Winter, 14 Weeks

This course aims to give information on Fundamentals of aerobic wastewater treatment, basic biochemical reactions, process stoichiometry and kinetics and basic principles of process modeling.

Name-Surname: Assoc. Prof. Dr. Aslı Seyhan ÇIĞGINE-mail: [email protected] Tel: +90 242 310 6369


ÇEV462 5 Operation of Treatment Facilities

Spring, 14 Weeks

This course is focused on the operation and maintenance of wastewater treatment plants including thedescription of main procedures to be usually applied for WWTP operation.

Name-Surname: Assoc. Prof. Dr. Aslı Seyhan ÇIĞGINE-mail: [email protected] Tel: +90 242 310 6369


* The instructor of these courses are assigned from relvant department. For contact details please visit our web site at http://cevre.akdeniz.edu.tr or send an e-mail to [email protected] later than August 31st, 2018 for Winter, 14 Weeks semester and later than January 15th, 2018 for Spring, 14 Weeks semester.




http://cevre.akdeniz.edu.tr/


Akdeniz University 2018-2019 Academic Year List of Courses

Code Credits

Course Semester Contents Lecturers Contact Details of Lecturer

Department

JEO319 4

Volcanology Fall

Definition of Volcano and Volcanism, Morphological Classification of Volcanoes, Differences Between Depth and Surface Rocks, Macroscopic and Microscopic Classification of Volcanic Rocks.

Prof. Dr. Nurdane İlbeyli [email protected]

Geological Engineering

JEO410 5

Geographical Informatıon Systems in

Earth Sciences

Spring

Definition of Geographic Information Systems (GIS), Mapping, GIS Functions, GIS Components, Coordinate Systems and Datum, GIS Data Models, GIS Softwares.

Assoc. Prof. Dr. Bekir Taner San [email protected]


JEO216 4

Geomechanic Spring

Application Areas of Geomechanic, Rock Material, Discontinuity, Shear Strength, Failure Criteria, Slope Stability, Kinematic Analysis, Laboratory and In-Situ Experiments in Rock Mechanics.

Assist. Prof. Dr. Özgür Aktürk [email protected]


Akdeniz University

International Relations Office

Adres: Dumlupınar Bulvarı 07058 Kampüs ANTALYAAyrıntılı bilgi için irtibat: Serap YETER

Telefon : (0242) 310 2125 Faks: (0242) 310 66 29

E-posta : [email protected] Elektronik Ağ: www.akdeniz.edu.tr

2018-2019 Academic YearList of courses

Code Credits Course Title WinterSemester

Spring

Semester

General Contents ContactDetails of Lecturer Department

MAT163 6 ECTS

(3+2) MATHEMATICS I

X

Functions and sequences. Limit of a sequence. Limit of a function. Continuous functions. Derivative: physical and geometric meaning, properties, chain rule. Higher derivatives, Some elementary ODE’, , s. The Mean Value Theorem, Rolle’, , s Theorem, Cauchy’, , s Mean Value Theorem, Extended Mean Value Theorem. Extreme, Convexcity. Tailors Formula. Indetermined forms, limits involving infinity, asymptotes. L’, Hospital Rule. Riemann Integral: properties, applications. Mean Value Theorem for integrals. Antiderivative, indefinite integrals. Newton-Leibnitz formula. Integration by parts. Inverse functions. Logarithms ans exponentials. Hyperbolic functions. Methods of integration. Integration of rational functions. Rationalizing Substitutions. Approximate integration. Improper integrals. Series: convergence and divergence of series. Nonnegative series. Absolute

Name-Surname: Assoc.Prof..Dr.

Mehmet CENKÇI

E-mail:

Tel:

Electrical &

Electronic

Engineering

Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


and conditional convergence tests.

EEM103

4 ECTS

(2+2) PHYSICS I

X

Measurements. Vectors. Motion in one and two dimentions. Particle dynamics. Work and energy. Conservation of energy. Dynamics of particle systems. Collisions. Rotational kinematics and dynamics. Equilibrium of rigid bodies. Oscillations. Fluid mechanics. Waves in elastic Media. Soundwaves.

Name-Surname: Assoc.Prof.Dr.

Hüseyin Göksu

E-mail:

[email protected]

Tel: +90 (242) 310 63 84

Electrical &

Electronic

Engineering

KİM175

4 ECTS

(2+2) FUNDAMENTALS OF CHEMISTRY

X

Chemical principles and their application. Includes stoichiometry, states of matter, atomic and molecular structure, chemical bonds, solutions, thermodynamics, equilibrium, oxidation-reduction, kinetics, gases, nonmetals, metals and coordination compounds, and nuclear chemistry


Numan HODA

E-mail:

Tel:

Electrical &

Electronic

Engineering

MAT164

6 ECTS

(3+2) MATHEMATICS II

X

Power series. Convergence of power series. Differentiation and integration of power series. Taylor and Maclaurin Series. Newton’, s method. Elements of the analytic geometry. Second degree curves. Area of surface of revolution. Volume of a solid of revolution. Vectors in the plane. The Dot

Name-Surname: Assoc.Prof..Dr.

Mehmet CENKÇI

E-mail:

Tel:

Electrical &

Electronic

Engineering

Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


Product. Vector functions. Velocity and the unit tangent vector. The unit normal vector, curvature and acceleration. Vectors in space. Cross Product. Space curves. Vector functions in space. Functions of several variables. Limit and continuity. Partial derivatives and differentiability. The Chain Rule. Directional derivative and gradient. Extremal problems. Double integrals. Triple integrals. Line integrals. Fundamental theorem of line integrals. Surface integrals. Green’, s Theorem. Change of variables in multiple integrals. The Divergence Theorem. The Stokes Theorem. Elementary PDE’, s.

EEM110

5 ECTS

(3+0) LINEER ALGEBRA and VECTOR ANALYSIS

X

Systems of Linear Equations and Matrices, Gaussian and Gauss-Jordan Elimination, Homogeneous Linear Systems, Matrices and Matrix Operations, Matrix Form of a Linear System, Inverse of a Matrix, Elementary Matrices and Row Operations, Diagonal, Triangular and Symmetric Matrices, Applications of Linear Systems, Determinants, Determinants by Cofactor Expansion, Determinants by Row Reduction, Cramer’s Rule, Eigenvalues and Eigenvectors,

Name-Surname: Asst.Prof.Dr. H.

Feza CARLAK

E-mail: [email protected]

Tel: +90 (242) 310 63 89

Electrical &

Electronic

Engineering

Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


Vectors and Scalars, The Dot and Cross Product, Vector Differentiation, Ordinary and Partial Derivatives of Vectors, Space Curves, Differentials of Vectors, Differential Geometry, Gradient, Divergence and Curl, Invariance, Vector Integration, Ordinary Integrals of Vectors, Line Integrals, Surface Integrals, Volume Integrals

EEM104

5 ECTS

(2+2) PHYSICS II

X

Temperature. Heat and first law of thermodynamics. Kinetic theory of gases. Entropy and second law of thermodynamics. Charge and matter. Electric field. Gausss’s law. Electric potential. Capacitors. Current and resistance. Electromotive force and circuits. Magnetic field. Ampere’s Law. Faraday’s Law. Electromagnetic waves. Geometric optics. Interference. Diffraction. Light and quantum physics. Waves and particles. Nuclear physics.


Hüseyin Göksu

E-mail:

[email protected]

Tel: +90 (242) 310 63 84

Electrical &

Electronic

Engineering

EEM209

3 ECTS

(3+0) PROBABILITY THEORY

X

Sample Space and Probability, Sets,

Probabilistic Models, Conditional

Probability, Independence, Total

Probability Theorem and Bayes’

Rule, Counting, Basic Concepts,

Probability Mass Functions,

Functions of Random Variables,

Expectation, Mean, and Variance,

Joint PMFs of Multiple Random

Variables, Conditioning, General

Random Variables, Continuous

Name-Surname: Asst.Prof.Dr.

Ümit Deniz ULUŞAR

E-mail:

Tel:

Electrical &

Electronic

Engineering

Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


Random Variables and PDFs,

Cumulative Distribution Functions,

Normal Random Variables,

Conditioning on an Event, Multiple

Continuous Random Variables,

EEM301

5 ECTS

(3+0) ELECTRONICS II

X

Amplifier design, High frequency

common emitter BJT amplifiers, Differential amplifiers, Feedback

effect in amplifiers, Frequency

response of amplifiers, Pulse response and stabilization of

amplifiers, Feedback and negative feedback applications of

amplifiers, Multi stage amplifiers:

DC amplifiers, Multi stage amplifiers: AC amplifiers,

Differential amplifiers, Operational amplifiers,

Applications of operational amplifiers, Class A, B, AB and

class C amplifiers, Positive

feedback and oscillators, oscillator types


Feza CARLAK

E-mail:

Tel:

Electrical &

Electronic

Engineering

EEM303

4 ECTS

(1+1) ELECTRONICS LABORATORY II

X

Frequency and Pulse response of

amplifiers with BJT's, Low frequency oscillators,

Characterization of PLL Structures, Feedback and

stability, Analog integrated circuit

structures, Wide Band Amplifiers, Power supplies, Differential

amplifiers, Operational amplifier (opamp), bandwidth of LM 741

opamp


Feza CARLAK

E-mail:

Tel:

Electrical &

Electronic

Engineering

Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


EEM307

4 ECTS

(4+0) ELECTRICAL MACHINES

X

To expose the students to the basic principles of Electro mechanical Energy Conversion in Electrical Apparatus and the operation of Transformers and DC Machines. and to study the working principles of DC machines as Generator and Motor

Name-Surname: Selim Borekci


Tel: +90 242 3106396

Electrical &

Electronic

Engineering

EEM309

3 ECTS

(1+1) ELECTRICAL MACHINES LABORATORY

X

Safety Issues. Voltage, current, resistance and power measuring instruments; Terminal characteristics of DC synchronous

and asynchronous machine, transformers, measurement.



Tel: +90 242 3106396

Electrical &

Electronic

Engineering

EEM381

4 ECTS

(3+0) MICROWAVE TECHNİQUES

X

Matching circuits, analysis of

transmission lines ,

communucation basics,

waveguide principles and design

basics, wireless transmission

basics, analysis with s-

parameters


Selçuk HELHEL

E-mail:

[email protected]

Tel: +90 242 3106393

Electrical &

Electronic

Engineering

EEM304 4 ECTS

(3+0) POWER ELECTRONICS

X

Experiments on driving

semiconductors, and building

simple application of power

electronic converter without

feedback.



Tel: +90 242 3106396

Electrical &

Electronic

Engineering

EEM306 2 ECTS

(1+1) POWER ELECTRONICS LABORATORY I

X

Introduction of designing DC and

AC converters, power supplies,

inverters and driver circuits.



Tel: +90 242 3106396

Electrical &

Electronic

Engineering


Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


EEM316 2 ECTS

(2+0) ENGINEERING MANAGEMENT

An Introduction to management

The development of Management

Theory

Project Characteristics

Pitfalls in Project Management

Planning Milestones

Organization Theory and

Responsibility Chart


Selçuk HELHEL

E-mail:

[email protected]

Tel: +90 242 3106393

Electrical &

Electronic

Engineering

EEM370 5 ECTS

(4+0) COMMUNICATION THEORY

Fundementals of Communicaiton

Theory

Transmission and Signal

Analyssis

Linear Systems and Signal

Transmission

Amlitude Modulation

Angle (Frequency and Phase)

Modulation

Noise in Analog Systems


Selçuk HELHEL

E-mail:

[email protected]

Tel: +90 242 3106393

Electrical &

Electronic

Engineering

EEM456 5 ECTS

(3+0) INTRODUCTION TO MADICAL IMAGING

X

Fundamentals of X-ray,

generation and detection of X-

rays, X-ray diagnostic

methods, X-ray image

characteristics, biological effects

of ionizing radiation.

Fundamentals of radionuclide

imaging, generation and

detection of nuclear emission,

radionuclide

imaging methods, radiation

dosimetry and biological effects.

Fundamentals of magnetic

resonance imaging, generation

and detection of NMR signal,

imaging methods, biological

effects of magnetic fields

Name-Surname:

Asst.Prof.Dr. H. Feza CARLAK

E-mail:

[email protected]

Tel:

+90 (242) 310 63 89

Electrical &

Electronic

Engineering



Akdeniz University



Telefon : (0242) 310 2125 Faks: (0242) 310 66 29


EEM407 5 ECTS

(3+0) POWER SYSTEM ANALYSIS

Name-Surname:

Asst.Prof.Dr. H. Feza CARLAK

E-mail:

[email protected]

Tel:

+90 (242) 310 63 89

Electrical &

Electronic

Engineering

EEM431 5 ECTS

(3+0) IMAGE PROCESSING

Name-Surname:

Asst.Prof.Dr. Yalçın ALBAYRAK

E-mail:

Tel:

Electrical &

Electronic

Engineering

2018-2019AcademicYearList of TraineeshipVacancy

Number

of

theVacany

Credit

(Numberifitsoffered)

Contents

ContactDetails of

theMentor

DepartmentAcademicorAdministrativedepartment

Not:

Çizelge örneğini elektronik ortamda http://erasmus.akdeniz.edu.tr/erasmus-koordinatorleri linkinden indirerek doldurunuz [email protected] adresine ve resmi

yazı ile Rektörlüğümüz Uluslararası İlişkiler Ofisine gönderiniz.

Güz döneminde açılması öngörüen bir ders, bahar döneminde de açılabilir.

İlgili akademik birimler değişim programları kapsamında stajyer öğrenci de almak istiyorlarsa 2018-2019 AcademicYearList of TraineeshipVacancytablosunu da

doldurmalıdır.

http://erasmus.akdeniz.edu.tr/erasmus-koordinatorleri


AKDENİZ UNİVERSİTY2018-2019 ACADEMİC YEAR LİST OF COURSES

Code Credits

Course Semester Winter / Spring and Duration

Contents Lecturers Contact Details of Lecturer

Department

Code: EFE467

Credits: 5

Introduction to Industrial Microbiology

Winter and Spring

This course intended to be an introduction to industrial microbiology. Its aim is to provide sufficient, albeit brief, overview of microbial structure, physiology and biochemistry to enable the student fully sppreciate the diversity of microorganisms and their metabolic capabilities. To recognize the versatility of microorganisms, their ability to grow on a wide range of substrates and to produce an extensive array of products. It covers commercil fermentation operations and requirements for large scale cultivation of microorganisms.The object of any industrial fermentation is then optimize to either growth of the organisms or the production of a target microbial products. The design and operation steps of target products such as microbial enzymes, fuels and industrial chemicals, health care products, microbial biomass production, food and bevarage fermentations (short information), food additives and supplements, environmental biotechnology, microbial biodeterioration of materials and its control, and animal and plant cell culture. Downstream processing and product development, regulation and safety.

Assoc.Prof.Dr. Irfan Turhan

E-mail: [email protected]: 90 242 3106573

Food Engineering

Code: EFE358

Credits: 5

Bioprocess Engineering

Winter and Spring

The objective of the course is to make students aware of the basic principles of microbial nutrition, biotechnology and bioprocess. Definition and scope of fermentation and biotechnology, raw materials, classification of microorganisms used in biotechnology and their growth kinetics. Basic principles of bioreactors; continuous stirred tank bioreactor,

Assoc.Prof.Dr. Irfan Turhan


Food Engineering

bubble column, airlift, packed bed, fluidized bed, tower bioreactors, configurations for immobilized systems, the factors which affect oxygen transfer in bioreactors. Agitation. Bioreactor design. Fermentation techniques; batch, semi continuous, continuous, fed batch. Separation techniques; precipitation, centrifuge, extraction etc.)

Code: EFE421

Credits: 5

Food Processing

Winter and Spring

This course covers the processing schemes applied for the production of various foods. Among these foods are staple foods such as coffee, sugar, glucose and high fructose syrup, as well as some traditional Turkish foods such as lokum, tahin, helva and leblebi.

Dr. Barçın KARAKAŞ BUDAK


Food Engineering

Code: EFE316

Credits: 5

Novel Food Manufacturing Technology

Winter and Spring

The aim of this course is to provide students with the basic principles of some of the more recently developed technologies applied in food processing. Specific subjects covered are irradiation, microwave heating, sonication, UV and IR applications, pulsed light, electrolyzed water and ozone applications.



Food Engineering

Code: EFE422

Credits: 5

Technology of Fermented Foods

Winter and Spring

This course covers the processing schemes applied for the production of various fermented foods. Among these foods are beer, wine, fermented olives, fermented vegetables, vine garand fermented oriental foods.



Food Engineering

Code: EFE5052

Credits: 5

Food Hydrocolloids

Winter and Spring

In this course following an introduction to the food hydrocolloids; definition, sources, their functional properties, teir use in foods, manufacture, health properties, regulatory status, specific lectures are presented to students on food hydrocolloid groups (eg. agar, xanthan gum, galactomannans, starch, gum arabic, celluloses, glucans, inulin)



Food Engineering

EFE423Credits: 5

Introduction to Molecular Biology

Winter and Spring

The structure of the cell, Nucleic acids structure and function, Proteins, Trancription, Translation, Methods in protein and nucleic acids analysis, Cloning, culturing and down stream methods, Molecular methods applied in analysis of foods

Prof.Dr. Mehmet İnan


Food Engineering

Credits: 5 Winter and Spring

Cell biology and genetics of microorganisms including bacteria, yeast. Replication, evolution and gene regulation will be examined. The practical methods of



Food Engineering

gene cloning/protein expression will also be included. Credits: 5 Winter and

SpringCommon Food borne Bacteria, Molds and yeasts. Role, and Significance of Microorganisms in Foods will be discussed. Methods for detection of microorganisms in food:



Food Engineering

Credits: 5 Winter and Spring

Principles of energy and biosynthetic metabolisms will be examined in aerobic and anaerobic microorganisms. Current biotechnology practices that incorporate these principles will also be discussed



Food Engineering

**Important notice: The students that intend on taking the course must contact and consult with the lecturing professor at least 3 weeks before the starting date of the semester and inform them that they intend on taking the course. This is imperative so that so that arrangements for opening of the course may be possible and the course may be integrated into the schedule of the lecturing professor. Otherwise, the course may not be made available to students after the start of the semester.

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