ata121 ataturk's principles and the history of turkish...
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ATA121 Ataturk's Principles and The History of Turkish Renovation I
General condition of the Ottoman Empire; General appearances of main European states
before World War I; Relationship with Turkey and Europe, East Question, wars in 1911-
1913; World War I, the position of the Ottoman Empire in World War I, fronts; Fronts,
Dardanells Wars and its effects, partition plans on Empire during the World War I; Brest-
Litowsk Treaty, principles of Wilson, other treaties with Bulgaria, Ottoman Empire, Germany
and Austurian-Hungary states; Peace Summit in Paris, end of the World War I, economical
condition of Ottoman Empire and laborer movements Mondros Armistice, minorities, the
state of Ottoman army, cabinets, occupation of Smyrna; The beginning of the new period and
Mustafa Kemal Ataturk, congresses, national assembly in Ankara; Fronts in independency
wars, economical resources; Abrogation of regency, Lousanne Treaty and its importance,
National Economic Congress, the foundation of parties, the announcement of Republic; The
acceptance of secular law, social and cultural reforms, economical improvements, secular
education and science; Principles of Ataturk and Turkish Republic, its content and concept
FZK171 Physics I
Physics, pure sciences, experiments and measurement concept, Motion in One
Dimension,Vectors and Motion in Two Dimension,,Circular Motion,Motion Laws and Other
Applications of Newton's Laws and friction,Review , exercises and problem solving
approaches,Work, Kinetic energy and Power ,Potential Energy and conservation of
Energy,Linear Momentum and Collisions,Rotation of a Rigid Object and Angular
Momentum,Universal Gravitation,Static Equilibrium and Elasticity,Fluid Mechanics,General
Review and problem solving.
KMY120 Chemistry
Subject of chemistry, Nomenclature, Atom and its structure, Periodic table, Mol and
Chemical Problems, Chemical Bonds, Gases, Liquids, Solids, Mixtures, Acids, Bases,
Chemical Kinetic and Equilibrium, Thermodynamic.
MAT185 Calculus I
Function, Trigometric, logorithm and exponential function, inverse function Hyperbolic
function. Limit definition, one sided limit, limit properties, continunity, infinite limits,
derivativesdefinition, derivative of function, implicit differention, application of derivatives,
chain rule, coomon graphs, introduction to integration.
MAT187 Linear Algebra
Linear equation systems,Matrices,Vector Spaces,Linear Transformations, Determints, Eigen
vectors and eigen values,Orthogonal,Gram-schmidth othogonalization.
TF150 Work Health and Safety
The difference between hazards and risks, Common hazards, Improving health and safety
performance, Environmental protectione between hazards and risks, Common hazards,
Improving health and safety performance, Environmental protection
TRD121 Turkish Language I
Definition and characteristics of language; the place of Turkish among other worldly
languages; historical development, correct usage, structure and grammar rules of Turkish
language. Definition of language. Language, thinking and emotion relationships. Language-
culture relationship: What is culture? Components and its specifications which constitute the
culture. Changes in the culture. Language and society relationship. Languages of the World.
The place of the Turkish language among World languages. Development of the Turkish
language and its historical periods. Turkish dialects and accents. Verbal language and written
language. The present situation of Turkish language its scope. An applied study on a text of
any Turkish dialect or a comparative work on the texts of dialects. Spelling rules. Punctuation
marks. Derivatives. Discussion and evaluation of examination papers. Discussion on a
random issue. The ways to determine the verbal equivalents of concepts (derivation,
combination etc.). Verbal and written expression. Qualities of a good expression.
Observation, thinking, reading, good usage of parent language. Speech deficiencies. Stress in
Turkish: stress on words, stress on groups, stress on sentences. Conversation, public speaking,
meetings. Written expressions: Sentence, paragraph. Types of narration: to narrate,
explanation, description, etc. Incoherent expressions (Mistakes in Turkish language exam and
composition papers and other incoherent expression examples which were determined on
television, journals and in the Media. Phrasal expressions: Proverbs and idioms (Form and
concept specifications). Interlinguistic exchange: Historical relationships of Turkish language,
the channel of the exchange among languages, types of adaptations.
YDZA121 German I
Perfekt:trennbare Verben,untrennbare Verben,Verben auf -ieren,Wetter-und Reiseberichte,
Zimmerreservierung, Personenbeschreibungen, Dativ, Possessivartikel, mit+Dativ,
Unterrichtsprojekte planen, an,auf,in+Akkusativ oder Dativ,Orientierung in der Stadt,welch-,
Übungen- Wiederholung, argumentieren und vergleichen,Stadt-und Landleben,
Verkehrsmittel, Komparativ und Superlativ, Nationalitäten und Sprachen,
Zeitungsnachrichten, aus, bei, von, zu +Dativ, Personalpronomen: Dativ, Präteritum:
Modalverben können, müssen, wollen, dürfen. Satzklammer: Modalverben, Nebensätze:
dass,weil ,über Häuser und Wohnungen sprechen,Wohnungsanzeigen, Dativ-Objekt,Verben
mit Dativ/mit Dat.und Akk.,eine Umfrage im Kurs,Anzeigen lesen und schreiben
YDZF121 French I
Alphabet et phonetique - les articles, Les adjectifs: etre, avoir - le corps, Les demonstratifs –
le jour, le mois, l'année, Les verbes en IR - les saisons, Les mesurel, l'age, Les trois groupes
de indicatif - La famille Vincent, Le passe compose de indicatif - La Mme Vincent, Le passe
compose avec etre - le salon, la cuisine, Le futur de l'indicatif, le futur proche recuit, Le verbe
pronominal La toillette de Vincent, Le passe compose d!un verbe pronominal, Le pluriel des
noms, Le superlatif L'amie a Paris
YDZI121 English I
Verb to be, possessive adjectives,guestions and negatives, present simple social expressions
informal letter, there is , there are , how many , how much , this , that, directions, prepositions
of place , some,any,these,those,linking words, can, can't,could, couldn't, formal letter, past
simple regular verbs, irregular verbs, silent letters, special occasions take part in the content of
subject.
ATA122 Ataturk's Principles and The History of Turkish Renovation II
Turkish revolution and basic characteristics of Turkish revolution; The other revolutions that
effected Turkish revolution; The aim of Turkish revolution: Democratic Law State;
Establishment of secular Turkish secular law system; Establishment of Turkish secular
education system. Reconstruction of Turkish economy, national economic and globalization;
Novelties that made the Turkish society contemporary General quality of Kemalist principles
and republicanism; Nationalism; Etatism and Populism; Secularism; Revolutionism;
Criticisms against Kemalist ideology and answers to them.
BLM110 Using Fundamentals of Information Technologies
This lesson introduces students to a well-rounded approach to computer literacy that includes
basic computer concepts, software applications keyboarding/word processing review,
spreadsheets and presentation .
FZK172 Physics II
Electrical charge and Coulomb's law, Electrical fields, Gauss's law, Electric potential,
Capacitors and Dielectrics, Current, resistance and electromotive force, Simple direct currnt
circuits and application of Ohm's anf Kirchoft's laws, Magnetic field and magnetic forces,
Soueces of Magnetic fields, Electromagnetic induction and Faraday's law, Inductance,
Magnetic propertion of matter, Alternating current, Simple alternating current circuits.
MAM102 Basic Manufacturing Operations
Introduction of design and technology projects and applications. Introduction of marking
Definition of measurement and control. Introduction to machining and manufacturing
processes chipless.
MAM120 Technical Drawing
Informatıon relating to tools of Manufacture drawing Definition and project of Manufacture
drawing Classification of Manufacture drawing Informatıon relating to Manufacture drawing.
Drawing tolls, drawing paper , norm writing, line class Ancillary information : line, angle,
circle, arc, tangent Polygon drawing General information about projection
systems.perspective and drawing technics Drawing steps of Manufacture drawing.General
appearance: Explanation of the firt steps Intersection, intersection class. Explanation of
intersection General appearance and drawing Explanation of Dimension, geometric tolerate
Explanation of Dimension, geometric tolerate Introduction of surface processing Explanation
of headline All steps inclusive application.
MAT186 Calculus II
Indefinite integrals, computing indefinite integral, substitution rule for indefinite integral,
average value function, area between curves, arc length of function valume revolution(
method of ring and method of cyclinder) , generalized integration, series and sequences,
vector calculation vector arithmetic, multiple integration, double integration, triplen
integration.
MLM110 Materials Science
The classification and properties of materials are introduced with examples from everyday
life. Atomic structure and atomic properties. Atomic bonds.
Crystal structure, unit celles. Crystal directions, planes and atomic density.
Crystal structure imperfections. Atomic diffusion and industrial applications.
Phase diagrams and phase rules. The ore, grade and mineral processing methods are explained
and introduction stages. Extractive metallurgy and principles (Prometallurgy,
Eletrometallurgy, Hydrometallurgy), and reactions to disclosure of this process. Explanation
of pig iron production and production reactions. Ore and scrap steel production and the
introduction of reactions. Iron - carbon equilibrium diagram describes the formation and
benefits. Steel types and standards, together with the importance of the user specified
locations. Aluminum, copper and magnesium nonferrous metals production. Ceramics,
polymers and composite materials non-metallic engineering materials.
TRD122 Turkish Language II
Types of oral and narrative expressions; methods of scientific research. Subject, aim, theme,
plan. Writing a request. Report, essay. Column, article, critic, presentation. Letter, diary.
Autobiography, biography. Travel log, conversation, interview, speech. Discussion about
examination papers, evaluation of replies. Discussion on a random issue. Theatre, tale, poem.
Story, novel. Conference, declaration, report, research paper. Scientific research methods:
book, the usage of library and computer, reading, note taking. Formatting a book: Front cover,
acknowledgements, inside cover, abbreviations, etc. Types, forms and rules of bibliographies.
Footnotes.
YDZA122 German II
Kennenlernen,Begrüssung,Vorstellung,das Alphabet, Präsens: Konjugation, sein
,Personalpronomen, Imperativ mit Sie,Aussagesatz,Fragesatz,Imperativ-Satz,Woher?Wo?
Wohin?, Zahlen bis 100, Menschen und Dinge beschreiben,Nomen:unbestimmter,bestimmter
Artikel;Singular/Plural, Menschen und Dinge beschreiben, Nomen: unbestimmter, bestimmter
Artikel; Singular/ Plural, Negation:nicht, kein, sein+ Adjektiv, Zahlen ab 100, Wie hoch? Wie
alt? Wie viele?, Uhrzeit (offiziell), Wochentage, ein Brief, Modalverben: möcht-,
Satzklammer: trennbare Verben, haben und brauchen, Modalverben: können, müssen,
Satzklammer: Modalverben,Pronomen:man Berufe, aktivitäten in der Stadt,Akkusativ,
Wechselpräpositionen:auf, in+Akkusativ, Possessivartikel.
YDZF122 French II
Les pronoms passessifs - maison ou appartement, Les pronoms personnels - l'appartement des
Monsieur. Vincent, Les objet directs et indirects, Le conjugasion des verbes en aler, ater, cer,
ger, L'imparfait de l'indicatif, la dunie, L'adverbe -le metro, L'autobus, Le futur anterieur, le
plus que parfait, Le participe present - la féte au vilage, Le conditionnel present - les sportifs,
Le gerondif - une lettre.
YDZI122 English II
Past simple tense, count and uncount nouns, comparatives and superlatives, present
continuous tense, going to, question forms, present perfect tense, ever and never, just and yet,
present perfect and simple past tense.
ELM201 Fundamental of Electric and Electronics
Studying of electrons, electric current, insulators, electrical laws, circuit devices, RLC
circuits, electrical and electronic systems in the vehicles. Studying of electrical values,
calculating and converting them other units. Studying the principles of measuring devices and
oscilloscopes, making different measurements. Studying of electric circuits, serial, paralel and
mixed circuits. Definition of the troubles in the circuits (short circuit, open circuit).
Implementing serial, parallel and mixed circuits using the various circuit devices.
MAM201 Statics
Introduction to static, Vectors and vector operations, Force systems. Moment. Force-couple
and wrench, Static equilibrium and equilibrium conditions; Free body diagrams, Support
types, Statically determinate structures; Bars; Trusses; Beams; Space structures, Distributed
loads, Centre of gravity, Moment of inertia, Bending of beams, shear force and bending
moment, Friction and friction types, Virtual work.
MAM203 Fluid Mechanics
The general concepts of the fluid. Duran fluids. Bernoulli's equation and applications. System
and control volume, mass, momentum and energy conservation equations. Navier-Stokes
equations. Dimensional analysis and similarity. Flow in pipes and channels. Laminar and
turbulent boundary layer. Pipe friction losses and terrestrial. Flow and pressure
measurements.
MAM219 Computer Aided Technical Drawing
Introduction to computer aided drawing. Software and versions Determine coordinates,
options, layers, drafting Drawing commands Section, quick sections, drawing commands
Modify commands. Modify commands, view commands, setup command, Shortcuts, paper
space, modelling space, layouts, applications Formats, dimension commands, applications.
Applications Applications Applications and other properties.
MAT285 Differential Equations
Introduction to differential equations, relation with engineering sciences, general and special
solution, First order differential equations, separable and homogeneous differential equations,
Homogenized differential equations, Linear differential equations, Bernoulli differential
equations, Exact differential equations, integrating factor, Second and high order differential
equations, constant-coefficient homogeneous differential equations, Non-homogeneous
constant-coefficient differential equations, Cauchy-Euler differential equations, Solution of
variable -coefficient differential equations by series, Bessel differential equations.
MAM231 Spark Ignition Engines
Mixture formation in spark ignition engines, effect of air/fuel ratio on the performance,
Ignition systems and controls, determination of ignition timing, combustion and detonation
control, diagnostics equipments, investigation of ignition system signals, mixture preparation
systems in spark ignition engines: carburettors and fuel injection systems, calculation of
injection duration, sensors and actuators of fuel injection systems and operating principles,
lambda control, catalytic converters, idle speed control, cylinder balance, engine diagnostic
and applications on vehicles, cylinder leakage and compression tests.
MAM233 Power Transmission
Requirement of power transmission systems, drive systems, mechanical clutches and clutch
tests, gears, basic equations and gear ratios, vehicle resist forces, traction force, transmissions,
selection of gear steps, disassembling, examination and installation of transmissions,
disassembling, examination and installation of shafts, joints, differential and axles, hydraulic
friction clutch, torque converters, planet gear systems and mechanical circuits at automatic
transmissions, hydraulic circuits at automatic transmissions and investigation, disassembling,
examination and installation of automatic transmissions, tests of automatic transmissions,
continuously variable transmissions (CVT), automatic and manual selection transmissions.
MAM235 Automotive Industry
The historical development of the automotive industry World automotive sector - general
Fordist production Automobile industry after World War II America, Europe and Japan
Automotive Industry Automotive Sector in Turkey The whole automotive industry in
Turkey Employment, production, export and import in automotive industry Automotive
Industry Logistics Services Supply chain in automotive sector Big actors in the automotive
sector at the present time 12. Automobile ownership and car-parking problems Automotive
sector in 2050 Automobile: “Made in Turkey” or “Design in Turkey”.
MAM241 Building Energy Automation
Indoor and outdoor lighting systems, intelligent systems, remote control of electrical
appliances, boiler, furnace, to be controlled remotely over a phone line, washing machine and
dishwasher to be controlled remotely over a telephone line, video door machines, sensor stair
machines, air-conditioning systems, air conditioners, heating and cooling systems, fire alarm
and extinguishing systems. Indoor and outdoor security camera systems, burglar alarms,
closed and open areas, telephone, television, computers, sound systems. Elevator and
escalator systems.
MAM243 Mechanic Installation Technics
Forms of clean water systems. Calculation and design of water supply and sewage pipe
diameters. Systems and accounts. Control and safety systems. Hot water systems, and boilers
combiler. Fire equipment and fire safety. High buildings, clean water and fire systems.
MAM245 Renewable Energy Sources
Meeting with students, recognizing the related literature, solar energy, wind energy,
geothermal energy, biogas, other alternative energy resources.
MAM251 Ergonomics
Environmental factors, human capabilities, occupational tension and stress.
MAM253 Materials Examination and Thermal Processes
Classification of the material testing methods. Measurement methods of hardness; Rockwell
and Brinell Tests. Measurement methods of hardness; Vickers and Knoop Tests.
Measurement methods of hardness; Dynamic Hardness Tests. Tensile Tests. Problems with
Tensile Tests. Compression Tests. Bending and Folding tests. Notch impact tests. Fatigue
tests. Problems with Fatigue tests. Creep Tests. Problems with Creep tests.
MAM452 Flexible Manufacturing Systems
Introduction to Flexible Manufacturing Systems (FMS). Flexibilty concept. Advantages and
disadvantages of FMS and application areas. Industrial Robots and configurations.
Programmiming and simulation of RV-E' Robot by using COSIMIR Educational software.
RV-E2 Robot programming, uploading and running with Move Master. RV-AJ Robot
programming, uploading and running with Melfa Basic IV. Presentation of CIM system
stations. Working on the AS-RS station. Working on the soldering station. Working on the
Quality Control Station. Working on the SCADA ststion. Working on the Pres station.
Working on the industrial communication systems placed on the CIM system. Implementing
flexible manufacturing by using all the stations of the CIM system.
BLM120 Computer Programming
Program development , codification, compiling, error handling,objects, Sub program
structures, arrays, one dimensional and multidimensional arrays, inheritance, text and binary
files, GUIs.
MAM202 Strength of Materials
Introduction; External loads on structures; Support types of structures and reaction forces;
Internal forces: Section method; Stress: Normal, shear ve bearing stresses; Strain: Hooke’s
law and modulus of elasticity, Deflections of axially loaded bars, Strain measurement and
strain gages; Stress transformations: Mohr circle; Statically indeterminate problems; Stresses
in thin-walled pressure vessels, Moments of areas: First moment of an area, Second moment
of an area (Moment of inertia); Internal shear force, Normal force and bending moment in
beams; Shear force and bending moment diagrams; Torsion; Stresses in beams; Deflections of
beams and elastic curve; Composite beams; Statically indeterminate beams.
MAM204 Dynamics
Equation of Motion, Work and Energy, Impulse and Momentum). Planar Kinematics,
Equations of Motion, (Work and Energy, Impulse and Momentum.
MAM206 Thermodynamics
The basic principles of thermodynamics, properties of pure substances, thermodynamic tables,
and diagrams of pure substances, first law of thermodynamics the implementation of closed
and open systems, second law of thermodynamics, entropy, power cycles, refrigeration
cycles.
MAT286 Numerical Analysis
Solving systems of linear equations, Cramer’s rule, Jacobi iteration, Gauss-Seidel method,
Over-relaxation method, Gauss-Jordan and Gauss-Elimination methods, Solving systems of
non-linear equations, Cramer’s rule, Secant method, Newton-Raphson method, computer
applications, Interpolation and extrapolation, linear interpolation, extrapolation using Taylor
series, extrapolation with divided differences, Lagrange interpolation, Least squares
approximations of power series, quadratic least square, exponentially weighted least square,
trigonometric approximation of least square, computer applications, Numerical
differentiation, numerical partial differentiation, Taylor series method and error analysis,
numerical differentiation with divided differences, Lagrangien numerical differentiation,
Numerical integration, rectangle rule, trapezoid rule, Simpson’s 1/3 and 3/8 rules, computer
applications, Multi-dimensional integrals, Romberg rule of integration, computer applications,
Fourier series, Fourier coefficients, Fourier series of odd and even functions, Ordinary
differential equations, Initial value problems, Euler method, taylor series method, Runge-kutta
method, Boundary value problems, shooting method, finite difference method, partial-
differential equations, Numerical solution of elliptic partial-differential equations (Laplace’s
Equation).
MAM232 Automotive Electricity and Electronics
General electrical principles, writing short technical report, Batteries, various properties,
charge and discharge tests, battery tests, Starting system, circuit diagrams, figure out the
starter motor characteristics, selection of starter and tests, Starting system applications,
Disassembling of the different starter motors and investigation of operating systems, Charging
systems, circuit diagrams, rectify of AC currents, obtaining of alternator characteristic,
alternator selection and tests, Alternator regulators, charging system applications,
Disassembling and examining the different charging systems, Ignition system, magnetism,
circuit elements, the system's operation, ignition system types, Examination of various
ignition system and ignition system experiments, Vehicle electrical circuit elements, switches,
lighting systems, warning systems, Glass wipers, horns, signal systems, display systems,
signal transmission techniques and sensor types, digital display systems, The students will
follow the different circuits on the similated body electrical system unit and operate the
systems in basic principles given previously. student will check the operation of gauges,
sensors, wiper motors, automatic door locks and displays circuit, Circuit boards and circuit
establishment and examining.
MAM234 Service Management and Costumer Services
Labor laws, required law sanctions for service business. Legal rights and obligations of the
employee. Service work flow organization, working instructions and job descriptions,
employee training, development, career planning, monitoring and organization of work,
reporting on service operations. Oral, telephone and written communication rules, the basic
contact information, to evaluate and meet the demand for roads. Consumer rights according to
consumer law.
MAM236 Compression Ignition Engines
Some general definitions and terms for internal combustion engine; The ideal diesel cycle
thermodynamic analysis; Real diesel cycle thermodynamic analysis; Work, thermal
efficiency, mean effective pressure; Engine characteristics; Valve-timing diagrams at two and
four stroke diesel engines; The basic parts of diesel engines; Intake and exhaust systems, and
supercharging applications; Lubrication and cooling systems; Starter and charging systems;
Fuel systems of diesel engines; Classification and properties of diesel engine fuels.
MAM242 Natural Gas Technics
The subject describes the scope, basic information about gaseous fuels, building interior
installations or definitions, boiler installations, counters, stacks, natural gas plant account, the
pipe diameter calculation introduction schedule, the flue cross section calculation, ventilation
calculations, LNG, CNG (PNG) functions and selection criteria used in the plants, LPG
plants.
MAM244 Energy Economy and Its Management
Meeting with students and recognizing the related literature, politics of energy and
environment, planning of energy savings, gaining back the energy, energy savings in the
production and usage of energy at factories, examples for the energy savings at industries.
MAM246 Pumps and Compressors
Introduction of the pump, determine the types and use of systems. Introduction of the
compressor, and the systems used to determine types.
MAM252 Maintenance and Repairment
Maintenance and repair concepts; Workers' occupational health and safety in maintenance and
repair; Tools and measuring devices used in maintenance and repair; Management in terms of
energy efficiency, labor, and environment in maintenance and repair; Using of common
language and culture in maintenance and repair; Maintenance and repair in serial production;
Scientific and sustainable management of maintenance and repair; Phases of repair and
maintenance at model applications; Management of road maintenance and repair of motor
vehicles.
MAM254 Design of Mechatronic Systems
What is mechatronics? Technologies forming mechatronics and application areas. Automation
concept and automation pyramid. Pneumatic systems, application areas, direct and indirect
control basic. Position, pressure, time and counter dependent control. Electropneumatics
system circuit elements and basics of electropneumatic circuit design. Squential circuits
control with PLC. PLC controlled project applications.
MAM256 Machine Tools and Manufacturing Machines
Teaches analytic approaches used in machining. Gives general theory for drilling. Shows the
cutting tool selection criteria for turning and gives tool life calculation technique in metal
cutting process Teaches cutting types used in milling machine and shows the selection
techniques of cutting parameters .Shows grinding theory. Shows the calculation methods of
cutting forces and engine power for any machine tool.
IST345 Statistics for Engineers
Organizing and analyzing data, introduction to probability, rules of probability, random
variables.
MAM300 Internship 1
Summer practice of at least 36 workdays carried out in an suitable establishment with option
courses followed third year. A comprehensive report is required which will combine the
knowledge gained in the third year courses with the practical experience gained by the
student.
MAM301 Machine Elements I
General concepts, stress analysis, compound stress, breaking theory. Fatigue, factor of safety.
Notch, size, surface and other factors. Material selection. Joining by rivet, welding, soldering.
Effect of force and momentum. Screws ant nuts. Analysis of spindles. Wedges. Springs.
MAM303 Heat Transfer
Meeting with students, recognizing the related literature, Introduction, Heat Conduction, Heat
Convection, Heat Radiaton, Heat Exchangers.
MAM305 Manufactoring Processes
Aim of lathing, introduction of lathe machines. Working instructions according to the safety
precauations. Movement sizes of the lathing machines. Connection mehtods. Cutting tools.
Forehead and surface lathings. Chamfering and centering. Cylidrical shaft, fixed support.
Production of gradual shaft. Calculation of tapperd shaft. Production of tapperd pin.
Introduction of machines, starting and stopping, speed control. Safety precautions. Cutting
tools. Vices. Introduction of connection lug and bolts. Connection of workpices and Cutting
tools. Calculation of tool path and cutting times. Production of rectangular prisms.
MAM311 Computer Aided Design (CAD)
To explains general concepts of wire modelling, surface modelling and solid modelling, to
acquire sketching skills and teach to sketching terms, to understand the modelling procedure
of the processing sequence, to gain familiarity how to physically animate and simulate
assemblies, contents of CAD softwares and different advantages of this software are taught.
MAM330 Automotive Mechatronics
General wiev of automotive systems, to convey content, functions and working principle of
engine management and safety systems, to present automotive systems, to put forth working
principles of automotive systems and to examine behaviors of these variables under the
different conditions and to show related applications in simulative medium and to gained
quality of performing necessary measurements.
MAM331 Engine and Vehicle Dynamics
Effect of vehicle forces, traction force, cornering force and slip, braking stability, Mu-split,
steering and suspension theory. Kinematics of piston engines, calculation and graphs of
displacement, speed and acceleration of pistons due to crank angle. Forces and moments to
be balanced in engines, static and dynamic balance, 1. and 2. degree inertia forces and
moments, analysis of engine forces and moments affecting engine balance by using graphical
and analytical methods, balancing of various type single and multi-cylinder engines, sample
solution.
MAM333 Engine and Vehicle Performance Tests
Engine characteristics; Measuring devices; Engine tests; Error analysis; Writing of technical
reports; Dynamometers; Measuring of air-fuel consumptions; Pressure indicators; Friction
power; Heat balance; Vehicle tests and test devices; Measuring external forces; Measuring of
brake forces; Measuring of fuel consumption and calculating fuel economy.
MAM341 Environmental Conservation
Meeting with students and recognizing the related literature, basic ecology data, environment
where we are living, environment and health, disasters, movements of population, social
environment, correction again the destroyed environment.
MAM343 Heating and Cooling Technics
The importance of heating and thermal comfort, heating systems, heat insulation, heat loss
calculation of safety systems, heaters, radiators, boilers, pumps, exhaust and fuel tank, etc.
account and the selection of elements, pipe calculation and design of ventilation systems and
air ducts, and a sample project work account. The basic concepts of refrigeration and the Ph
diagram, cooling cycles, the cooling circuit components (compressor, condenser, cooling
tower, expansion valve, evaporator, other elements), insulation, refrigerant fluids and cured
meats, and a model application on the cooling load calculation.
MAM345 Advanced Thermodynamics
Meeting with students, recognizing the related literature, Introduction, Exergy, Second Law
Analysis, Chemical Equilibrium,Combustion,Statistical Thermodynamics, Unequilibrium
States Thermodynamics, Thermodynamics of Compressible Flow.
MAM351 Mould Design and Manufacturing
Shows the selection of a standard die set. Teaches mounting of die elements. Shows design
method of sheet metal cutting die. Teaches analytic approaches used in cutting and bending
dies. Shows design techniques used in drawing dies.
MAM353 Cutting Tool Desing
Mechanics of metal cutting and chip formation, Chip breakers of cutting tools, Chip removing
cutting forces, force measurement and calculation, Finishing surfaces, surface roughness and
measurement of surface roughness, Processing tool geometry on the properties, selection of
tool selection and tool holder.
MAM355 Dynamics and Theory of Machines
Introduction to mechanisms, Linkages: Four-bar linkage, slider crank mechanism, scotch-
yoke mechanism, quick-return mechanism, toggle mechanism, oldham coupling, straight line
mechanisms, Linkages: Hooke coupling, pantograph, chamber wheels, constant velocity
universal joints, Intermitted motion mechanisms: Geneva wheel, ratchet mechanism,
intermitted gear mechanism, escapements, Cams: Disc cam with radial follower, disc cam
with oscillating follower, positive return cam, cylinder cam, inverse cam, Type of
follower motion, cam production, analytic cam design, disc cam with radial flat faced
follower, disc cam with radial roller follower, disc cam with oscillating roller follower, three
dimensional cams, Spur gears: introduction to involute spur gears, involutometry, spur gear
details, characteristics of involute action, interference in involute gears, interchangeable
gears, minimum number of teeth to avoid from interference, determination of
backlash, internal annular gears, Non-standard spur gears, Bevel, helical and worm gears,
theory of helical gears, Gear trains: planet gear trains, applications, Computing mechanisms,
integration, square, square roots and square root of products, computing cams and gears,
Introduction to synthesis: spacing of accuracy points, Design of four-bar linkage for
instantaneous values of angular velocity, design of four-bar linkage as function
generator, Automotive applications of mechanisms.
IKT344 Engineering Economy
This lesson deals with the concepts and techniques of analysis useful in evaluating the worth
of systems, products, and services in relation to their costs.
MAM302 Machine Elements-2
Analyzing and designing of machine elements in mechanical systems.
MAM304 Measurement Technique
Definition and scope of the measurement. Length measurement systems and measuring tools
used in measuring. Magnification of measurements. Measuring with calippers. Measuring
with micrometers. Comparators and areas of use. Surface testers. Measuring with hole
indicators. Measuring with pasa ve pasimeters. Control with gages. Measuring angles:
measuring with universal angle tool; measuring with cylindrical bars; measuring with balls.
Measuring angles with sinus tables. Measuring screw, angle and length with profile projector.
Measuring with pneumatic tool. Measuring stress with gages.
MAM310 Hydrolic-Pneumatic
Automation, automation pyramid and place of the hydraulics and pneumatics systems.
Advantages and disadvantages of pneumatics, usage areas. Basic pneumatic system structure.
Compressed air preparation and distribution. Air compressor types. Symbol of circuit
elements. Direct and indirect control basics. Simulation of circuits by using FLUIDSIM
software.Position and pressure dependent control. Time and counter dependent control.
Squential control, time-step diagrams, signal overlaps. Signal overlap solutions: Idle valve
solution and kaskad method solutions. Electropneumatics systems. Electropneumatics system
design. Hydraulics systems, basic consepts. Hydraulics system design and dimensioning.
Pressure and position dependent control. Electrohydraulics circuit design and applications.
MAM312 Computer Aided Manufacturing (CAM)
Gives basic knowledge about computer aided manufacturing in design process. Shows
creation of tool path in turning and milling process. Shows selection of appropriate tool and
cutting parameters. Teaches creation of tool path for 3D parts. Teaches forming M and G
codes for CNC machines.
MAM332 Engine and Vehicle Design
Design and phases, design philosophy and ergonomics. Engine and vehicle design standards.
Engine types and characteristics. Determining main dimensions of an engine ascertained
power and engine speed. Task of the piston, types, dimensions, thermal characteristics,
materials and manufacturing processes. Task of the crankshaft, sizing, balancing and control,
materials and manufacturing processes. Engine block and the cylinder head duties, structure,
materials and manufacturing processes. Valve-train, valves and camshafts, dimensioning,
tasks, structure, materials and manufacturing processes. Engine and vehicle development
processes/requirements and business planning. Determination of the main dimensions of
vehicles. Resistances against to movement of vehicles and vehicle performance calculations.
Certain vehicle weight and dimensions determine the need for power. The main parts of the
computer software and dimensioning of the motor vehicle. Software/s three-dimensional
modeling and finite element analysis of the production of technical drawings.
MAM334 Vehicle Technology
Vehicle mechanics and dynamics. Hydraulic and air brake systems for vehicle. Steering
systems. Vehicle safety systems. Active and passive safety systems. Front geometry design,
suspension system. Static and dynamic axle loads. Retarders.
MAM336 Vibration and Noise in Vehicles
Vehicle vibration models, criteria for examining vehicle vibrations, transfer functions.
Physical structure of sound and noise, noise measurement environments, noise propagation,
sources of noise in vehicles, methods for determining noise sources, techniques for noise
control.
MAM342 Gas Turbines
Meeting with students, recognizing the related literature, flow of gases, theoretical and real
cycles, aerospace gas turbines, compressors, fire rooms, turbines, recent advances.
MAM344 Climatization Techniques
Meeting with students, recognizing the related literature, Repeating Thermodynamics, Fluid
Mechanics and Heat Transfer, Flow in closed volumes,Flow in open volumes, Operations of
heat and mass transfer,General air-conditioning projects.
MAM346 Boilers and Combusiton Technique
Meeting with students, recognizing the related literature, Combustion, Controls of
Combustion, Heat Transfer, Heat Exchangers, Fluid Dynamics, Thermal Calculation
Techniques of Steam Boilers.
MAM352 Automatic Control
Automatic control, areas of applications and importance. Open and closed conrol concepts.
Laplace Transforms. LT of defined functions. Inverse Laplace Transforms. System dynamics
and mathematical model concept, lineerization. Block diagrams, block alcebra , open circuit,
feedforward and feedback concept. Driving Transfer Fuction of mechanical system elements.
Transfer functions of fluid systems. Transfer functions of termal systems. Transient and
permanent response of dynamic systems, first order system responses. Second order system
responses curves. Simulations of first and second order system by using MATLAB software.
Basic control effects and controlor types used in automatic control: on-off, P, PI, PD,
PID. Lab. Appl.: Precise position control of a hydraulics cylinder by using PID block. Lab.
Appl.: Velocity control of a Servomotor system by using Computer. PLC and usage at
automation sysytems. Lab. Appl. On MPS unit.
MAM354 Reverse Engineering
Introduction to reverse engineering, Reverse engineering and applications, Advantages of
reverse engineering in industrial applications, Contact methods in reverse engineering, Non-
contact methods in reverse engineering, Point capture devices, 3D Coordinate Measuring
Machine (CMM). Three dimensional object scanning applications, Three dimensional point
process, Three dimensional point process, Geometric model development applications,
Geometric model development applications, Curve and surface creation Surface and solid
modeling, manufacturing approaches.
MAM356 Product Development
Quality of design. Traditional product development processes. Product life cycle. Process of
Design. Customer-driven product development process. Product planning. Simultenious
product development process. Product development teams. Data collecting techniques to
define the customer voiceses. Tools and techniques used for product development work.
Quality function definition (QFD), Design for manufacturability (DFM), Design for
Assambly (DFA), Design for Environment (DFE), Six Sigma.
MAM400 Internship 2
Summer practice of at least 36 workdays carried out in an suitable establishment with option
courses followed third year. A comprehensive report is required which will combine the
knowledge gained in the third year courses with the practical experience gained by the
student.
MAM401 Work placement Training
This lesson aims to introduce the students practical knowledge about business education
beside theory.
MAM497 Graduation Project 1
Meeting with students, literature scanning, examining the literature collected, preparing the
Graduation Project, writing and examining the Graduation Project, Producing the final state of
graduation project.
YDI431 Technical Foreign Language I (English)
To teach in english the technical terminologies and CV and text writing rules used in
Mechanical Engineering to communicate technical information in writing.
BSB441 History of Science
Science in ancient civilizations: Science in Egypt and Mesopotamia, Science in Ancient
Greece and the Hellenistic Period, Science in Romans, Science in Medieval Europe and
Islamic World, Renaissance and Modern Science: Situation in Astronomy, Chemistry,
Medicine, and Biology; Situation in Physics and Mathematics; Galileo , Newton; Age of
Enlightenment; Astronomy, Mathematics and Physics in 18th Century; Industrial Revolution
and Science; Modern Science: Einstein's Revolution, Quantum Theory and The Birth of
Atomic Physics.
BSB443 Environment and Energy
Meeting with students and recognizing the related literature, basic ecology data, environment
where we are living, artificial environment, politics of energy and environment, environment
in the production and the usage of energy.
BSB445 Report Preparation and Presentation Techniques
General issues in reporting and presenting. The students will be able to do own project report
and presentations to tell the poeple in an effective way.
DB441 Behavioural Science
This lesson introduces to students the sosyological and physlogical relation between human.
DB443 Work Psychology
This lesson introduces teh techniques of social behaviour in working environment.
ISL441 Entrepreneurship
Entrepreneurship, entrepreneurial intent and purpose of innovation, business creation,
entrepreneurship risks.
KSS441 City and Culture: Istanbul
Know Istanbul and its surroundings based on the interaction between the city and the culture.
HUK444 Business Law and Ethics
Law, right and obligation of working, employment law and contents of this law, Features and
sources of employment law, employment organization, Debts due to employment (labor)
contracts, Breathers, general holiday and annual leave of absence, Occupational health and
safety, Wokin Ethics.
ISL444 Industrial Organization and Management
Basic subjects of Industrial Organization and Obtaining management.
MAM402 Engine Fuels and Combustion
Review of Stochiometric Relations, generalized reaction equations; Basic Definitions;
mixture fraction, heat value, heat of reaction, adiabatic flame temperature; Chemical
Reactions with Finite Reaction Rate and Thermo Chemical Equilibrium; reaction rate, rate
coefficients, Arhenius model, complex chemical equilibrium and dissociation, calculation of
equilibrium constant and composition, models for combustion of hydrocarbon fuels, flame
temperature calculation, Non-Equilibrium Processes; partially equilibrium assumption,
Combustion Kinetics and Sensitivity Analyses; kinetics equations, solution methods for stiff
ODE’s ; Reduction of Chemical Reactions; justification of steady state assumption, reduced
mechanisms for hydrogen-oxygen, hydrogen-air, methane-air and higher molecule
hydrocarbons-air mixtures, Ignition and Explosion theories; Auto-ignition temperatures and
ignition delay, thermal explosion theory, explosion limits for fuel-air mixtures; Conservation
equations for multi component reacting systems; Flame phenomena; Flames in premixed
combustible gases, Laminar flames, Turbulent flames. Vaporization and burning of a fuel
droplet; Diffusion flames, soot formation and air pollution.
MAM498 Graduation Project 2
Meeting with students, literature scanning, examining the literature collected, preparing the
Graduation Project, writing and examining the Graduation Project, Producing the final state of
graduation project.
YDI432 Technical Foreign Language II (English)
The terminology used in the field of Mechanical Engineering, The grammar used in the field
of Mechanicall Engineering, The rules of English used in technical writing, The rules of
English used in presentation.
MAM432 Hybrid and Electric Vehicles
History of electrical vehicles and comparison with conventional vehicles; Energy sources and
energy storage devices: batteries, fuel cells, high capacity condensers. Energy conversion
systems; different motor types, torque-speed characteristics and control techniques. Basic
parameters used in electrical vehicle design. Software used in electrical vehicle design.
Drivetrain and power control systems in electrical vehicles. Electrical vehicle models (with
battery, hybrid and fuel cell).
MAM434 Vehicle Emissions and Their Controls
Vehicle-born pollutants, Pollutants caused by spark ignition engines (HC, CO, NOx),
Emission control techniques in SI engines, Pollutants caused by Diesel engines (HC, CO,
NOx, soot), Emission control techniques in Diesel engines, Effects of emissions on human
health and environment (greenhouse effect), Emission standards (EPA, EURO, TIER), Noise
pollution, Emission measurement techniques, Emission measurement devices, Relations
between emission production and operating conditions, Pollutants caused by vehicle wastes
(waste oils, filters, antifreeze, brake pads, refrigerant fluids, plastics, etc.,), Prediction of
the total vehicle emission production, Determination of vehicle based emission sources in
metropolis cities and comparison with international standards.
MAM442 Energy Productivity and Environmental Effects
Meeting with students and recognizing the related literature, politics of energy and
environment, environment in the production and the usage of energy, gaining back the energy
and environmental effects, environment and health, correction again the destroyed
environment.
MAM444 Thermal Turbo Machinery
Meeting with students, recognizing the related literature.Introduction, Gas Dynamics, Vapour
Turbines, Ventilators, Compressors.
MAM454 Computer Integrated Manufacturing
Flexible manufacturing systems FMS. Examples of production system CAD / CAM systems
of the design process steps, and the structure of CAD system. Preparation methods for CNC
code DNC systems and structure. Manufacturing practices in CNC machine tools. Solid and
surface modeling.
MAM456 Transport Technique
To understanding transportation engineering problems and define terms of the transportation
technique,to acquire techniques of the lifting, hoisting, conveying and transfering, to obtain
understanding how to preparing transportation sytems for appropriate condition, to gain
familiarity classification of the different materials for the transportation. Conveyors, hoisting
material, elevators, jacks, different type of cranes are taught.
BSB442 History of Civilization
Ancient Greek History, History of Urartu, the Uyghur History, History of the Khazars,
Khorezm Empire History, Ghaznavids History, Alexander the Great Empire, History of the
Oghuz Turks, Egyptian civilization, the Mesopotamian civilization, the Lydian Civilization,
History of the Hittites, Phrygian.
BSB444 Ottoman History
Emergence of the Ottomans as a principality; Osman Gazi and Establishment of the Ottoman
sultanate; The process of Orhan Bey and becoming a state; The Ottoman Empire until War of
Ankara; Ottoman Empire from War of Ankara to the conquest of Istanbul; Fatih and the
conquest of Istanbul; Ottoman Empire until the period of Yavuz Sultan Selim; Yavuz Sultan
Selim and caliphate; Kanuni’s Period; Organizations in Ottoman State; Decline of the
Ottoman Empire; Activities to halt the decline; The Fall of the Ottoman Empire; Emergence
of a new Turkish State in Anatolia.
BSB446 Social Organization
Science concepts (science, theories, laws, rules, policies, systems, arguments, assumptions,
hypotheses, methods). The process of scientific research, Scientific research methods. Phases
of scientific research methods, Scientific determination of the requirements for project
preparation Scientific project preparation and identification of targets. The emphasis on
content creation and identification of projects, Project management and team building.
Extraction of the project results, evaluation of home in terms of content of statistical analysis,
Dissemination of project results, Preparation of technical papers and articles. Preparing
scientific papers and general formatting. As an effective presentation of data and presentation
techniques, Ethical conduct and confidentiality agreements.
KSS442 Technical Communication
This lesson aims to introduce the students basic knowledge about technical communication.
PAZ444 Techinal Sales and Marketing
This lesson includes basic technical sales and marketing techniques.
YON444 Leadership
This lesson includes basic concepts of leadership and principal management.
YON448 Technology Management
Create value from science and technology. Critical factors in technology management.
Sources and types of the innovations. Case analysis on innovation. Technology and
competitiveness of the company. Basic competences and technology life cycle. The
commercialitaiton of the tehnology. Technology stratey. Technology planning. Technology
transfer. Green technology management. National innovation systems.
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