1ST SEMESTER

PHYS105 PHYSICS LABORATORY -I-

Length measurements, error analysis, motion in one and two dimensions, vibration motion, collisions, conservation laws.

PHYS111 PHYSICS -I-

Measurement Information, Vectors, Motion on Lines, Motion in Two or Three Dimensions, Newton's Law of Motion, Applications of Newton's Law, Work and Kinetic Energy, Conservation of Energy and Potential Energy, Multi-Particle Systems and Center of Mass, Linear Momentum and Collision, Rotational Motion, Rolling Motion and Angular Momentum, Universal Gravitation Law, Static Balance and Elasticity, Vibrational Motion and Waves, Harmonics, Applications.

MAT161 MATHEMATICS -I-

Numbers; Complex Numbers, Functions: Definition, types, specially defined functions; Trigonometry, Hyperbolic Functions, Limit; Continuity; Derivative; Maximum and Minimum Problems; Graphic Drawings, Coordinate Systems, Differential of Functions; Integral Calculus; Indefinite Integral Methods; Definite Integral; Area Volume Calculations, finding the area between curves, arc length, center of gravity and moment of inertia, Matrices and Types, Rank Operation in Matrices, Determinants, Linear Equation Systems, Cramer's Theorem

OTO103 COMPUTER PROGRAMMING

Problem solving. Input-Process-Output process. Algorithm design and flow charts. Constants, variables and expressions. Arithmetic, relational and logical operators. Input-Output statements. Conditional and repetition statements, loops. Vector and matrix representations. Character information operations. Creating subfunctions and functions. Writing programs in a structured programming language (C, C++). Applications in C programming language.

OTO105 BASIC MANUFACTURING PROCESSES

Acquiring skills with chip removal tools and their features, shelling tools and machines, filing, rasping, reaming, marking, turning, grinding and drilling operations, welding, soldering

OTO109 COMPUTER AIDED TECHNICAL DRAWING -I-

Introduction, introduction to two dimensions, line drawing methods, drawing commands, geometric drawings, vertical projection, editing commands, isometric perspective, isometric drawing commands, section views, scanning commands, dimensioning, dimensioning commands.

YDİ107 ENGLISH -I-

Greetings, Introducing oneself, Occupations, Nationalities, Countries, Giving information about people and possessions, Asking for and telling dates and time, Describing places, Giving directions, Expressing abilities, 'There is- there are', Talking about routines and habits, Expressing likes and dislikes, Frequency adverbs, Expressing future plans, Permission and Request, Expressing obligations, making suggestions and giving advice. Talking about present and past, talking about past, comparing things and using adjectives and adverbs.

2ND SEMESTER

PHYS106 PHYSICS LABORATORY -II-

Length measurements, error analysis, motion in one and two dimensions, vibration motion, collisions, conservation laws.

PHYS112 PHYSICS -II-

Coulomb's Law, Electric Field, Gauss's Law, Faraday's Law, Electric Potential, Current and Resistance, Direct Current Phases, Magnet Field, Magnetic Properties Affecting Current Carrying Conductors, Magnetic Field and Magnetic Properties of a Current, Induction Electromotive Force, Capacitance, Properties of Dielectrics, Induction and Transient Currents, Alternating Currents and Electromagnetic Waves.

KIM110 CHEMISTRY LABORATORY

General Chemistry Laboratory information and rules, Extraction, Sublimation, Determination of boiling and melting points, Distillation, Solution preparation, Acid-base titration, Law of conservation of mass, Effect of temperature and pressure on chemical balance, Effect of contact surface and catalyst on reaction rate, Oxidation and reduction.

KIM114 CHEMISTRY

Chemistry and matter, Atom and its structure, Periodic table and energy levels, Chemical bonds, Stoichiometry, Properties of gases, liquids and solids, Properties of solutions, Chemical reactions, Chemical equilibrium, Reaction kinetics, Acids, Bases and pH calculations, Electrochemistry, Chemical thermodynamics, Properties and chemical investigation of conductive, insulating and semiconductor materials

MAT162 MATHEMATICS -II-

Solution of linear equation systems with the help of matrices, vectors and operations, vector space; linear transformations, analytical geometry, series, series expansions of functions, Taylor and Maclaurin series, functions of several variables, limit, continuity, partial derivative in functions of several variables; Derivatives of Complete (Total) Differential, Compound, Closed and Inverse Functions, Maximum and Minimum Point Operations in Multivariable Functions, Application of Partial Derivatives, Jacobians, Multiple Integrals; Area and Volume Calculations, Surface Integral, Gradient, Divergence, Rotational and Laplace concepts.

OTO104 ENGINE TECHNOLOGY

To provide definitions and basic concepts related to vehicles, vehicle engines, engine operating principles, theoretical and real cycles, professional behaviors related to vehicle and engine systems, fixed and mobile engine parts, engine auxiliary systems, duties, operating principles, to provide the ability to measure and control engine parts using tools, sets and devices and to compare them with standard values.

OTO110 COMPUTER AIDED TECHNICAL DRAWING -II-

Text, layers, blocks, printer settings, size tolerance, shape and position tolerance, surface roughness, screws, pins, wedges, gears, welded joints, construction drawings, auxiliary views, assembly drawings, introduction to three dimensions, solid model drawing commands, three-dimensional editing commands.

YDİ108 ENGLISH -II-

Greetings, Introducing oneself, Occupations, Nationalities, Countries, Giving information about people and possessions, Asking for and telling dates and time, Describing places, Giving directions, Expressing abilities, 'There is- there are' , Talking about routines and habits, Expressing likes and dislikes, Frequency adverbs, Expressing future plans, Permission and Request, Expressing obligations, making suggestions and giving advice. Talking about present and past, talking about past, comparing things and using adjectives and adverbs

3RD SEMESTER

AİT209 ATATURK'S PRINCIPLES AND HISTORY OF REVOLUTION -I-

Events, principles and ideas in the birth and development process of the Republic of Turkey

IST217 PROBABILITY AND STATISTICS

Introduction to probability, discrete random variables, continuous random variables, two-dimensional distributions, introduction to estimation, statistical hypothesis testing, linear models

MAT215 LINEAR ALGEBRA

Vector spaces, Inner product spaces, linear transformations. Symmetric matrix diagonalization, eigenvalues ​​and eigenvectors.

OTO203 STATIC

Basic concepts: Principles of mechanics, Statics of material points

OTO205 THERMODYNAMICS -I-

Thermodynamics and energy, dimensions and units, system and control volume, properties of the system, state and equilibrium, changes of state and cycles, temperature and the zeroth law of thermodynamics, pressure, thermodynamic problem solving technique, energy transformations, internal energy, heat energy, work and energy transfer, mechanical forms of work, the first law of thermodynamics, energy conversion efficiencies, pure substance and pressure-specific volume-temperature diagrams, property tables, ideal gases, closed and open system analysis, enthalpy and specific heats, the second law of thermodynamics, heat engines, refrigerators, heat pumps, reversible and irreversible changes of state, Carnot cycle, entropy, exergy, second law efficiency.

OTO207 OILS AND LUBRICATION

Industrial importance of lubrication. Journal and axial bearings and seals. Derivation of formulas in conservation equations. Linear stabilized analysis of journal bearings. Measurement of position angle and film thickness under external loading. Tribological systems, wear characteristics, oil types, properties, additives, chemistry, viscosity. Lubrication systems used in engines. Oils used in motor vehicle powertrains. OTO209 MATERIAL

Basic Material Information

OTO211 POWER TRAIN

Powertrain requirements, drive systems, Mechanical clutches and clutch tests, Gear wheels, basic equations and gear ratios, Vehicle resistance forces, drive force, Mechanical gearboxes and selection of gear stages, Disassembly, examination and assembly of mechanical gearboxes, Disassembly, examination and assembly of shafts, joints, differentials and axles, Hydraulic clutches and torque converters, Planetary gear systems and mechanical circuits in automatic gearboxes, Hydraulic circuits and examination in automatic gearboxes, Disassembly, examination and assembly of automatic gearboxes, Automatic gearbox tests, Continuously variable gearboxes (CVT), Automatic and manual selection gearboxes

TRD209 TURKISH LANGUAGE -I-

Definition of language, its features, its place in human life. Language-thought, language-nation, language-culture connection. Classification of languages, the place of Turkish among world languages. Historical periods of Turkish. Alphabets used by Turks, establishment of Turkish Language Association. Spelling rules and punctuation marks. Phonetics of Turkish. Morphology, Semantics, Relationships between words, Sentence information.

4TH SEMESTER

AİT210 ATATURK'S PRINCIPLES AND HISTORY OF REVOLUTION -II-

Ataturk's Principles and Revolutions. The structuring of the social, cultural, political and economic approaches of the Republic.

MAT220 DIFFERENTIAL EQUATIONS

Basic concepts and classification of differential equations, First order equations and engineering applications, Second and higher order differential equations and engineering applications, Equations with variable coefficients, Systems of linear equations: Scalar and matrix methods, Laplace transform, Engineering applications, Introduction to numerical solution of differential equations

OTO202 NUMERICAL ANALYSIS

Mathematical modeling and solution of engineering problems. Programming and software, error analysis. Solution of linear equations, solution of nonlinear equations. Optimization, curve fitting. Numerical differentiation, numerical integration. Solution of ordinary differential equations, solution of partial differential equations. Fourier series.

OTO204 STRENGTH

Introduction-Concept of Stress, Stress and Strain-Axial Loading, Torsion, Simple Bending, Analysis and Design of Beams in Bending, Transformations of Stress and Strain, Principal Stresses Occurring in a Loading, Displacement of Beams, Columns, Energy Methods

OTO206 THERMODYNAMICS -II-

Second law analysis of engineering solutions, Irreversibility, Gas power cycles. Comparison of gas power cycles. Theoretical vapor power cycles. Calculations and applications of vapor power cycles. Refrigerator cycles. Gas mixtures. Combustion thermodynamics.

OTO208 FUELS COMBUSTION

Study of thermodynamics and chemical kinetics. Conservation equations of multicomponent chemical reaction flows. Combustion in premixed flammable gases. Detonation. Diffusion flames. Fuels, production, gasoline, diesel fuel, kerosene, use of additional gases, combustion, combustion in otto engines, combustion in diesel engines, chemical combustion in theoretical combustion., Calculation of incomplete combustion in thermal value.

OTO210 DYNAMICS

Definition and Classification of Mechanics, Purpose, Principles of Dynamics - Newton's Laws, Dimensional Analysis, Unit Systems, Kinematics of Particle Points, Linear Motion of Particle Points - Uniform linear motion - Uniformly varying linear motion, Specifying the motion of a particle point, Curvilinear Motion of Particle Points - Derivatives of vector functions, Curvilinear motion in the plane - Relative motion - Angular motion of a line, Curvilinear motion in space - Coordinate Transformations - Relative motion in space, Kinetics of Particle Points (Force - Mass - Acceleration) - Equations of motion, Work and Energy, Impulse and Momentum, Angular Momentum, Conservation of Momentum, Inertial Properties.

OTO212 AUTOMOTIVE ELECTRICAL-ELECTRONICS

Electrical system circuit elements, basic electrical principles, parallel, series and mixed electrical circuits and related problem solutions, ignition systems in engines, starter motors and installations, charging systems and installations, lighting and warning systems, motor vehicle installations and troubleshooting. Examination of the circuit elements in the electrical systems listed above, drawing of electrical circuits and working principles.

TRD210 TURKISH LANGUAGE -II-

Writing of petitions and CVs, Expression Disorders, Written expression types (letter, essay, conversation, interview, memoir, criticism, travel writing, article), Theater, Story, Novel, Poetry, Speech and oral expression, Prepared speeches

5TH SEMESTER

OTO301 HEAT TRANSFER -I-

Introduction to heat transfer and basic concepts, Heat Transfer Mechanisms; conduction, convection and radiation, General Heat Conduction Equation; Cartesian, cylindrical and spherical coordinates, initial and boundary conditions, Steady-State Heat Conduction; Cartesian, cylindrical and spherical systems, thermal contact resistance, critical insulation radius, Systems with heat generation, Heat Transfer on Finned Surfaces; fin equation, efficiency and effectiveness, Time-Dependent Heat Conduction; heat conduction in long wall, long cylinder and sphere.

OTO303 FLUID MECHANICS -I-

Introduction and Basic Concepts; application areas of fluid mechanics, no-slip condition, classification of flows, system and control volume, Properties of Fluids; relative density, vapor pressure and cavitation, compressibility, speed of sound and Mach number, viscosity, surface tension and capillarity effect, Pressure and Fluid Statics; pressure, barometers, manometers, hydrostatic forces on submerged surfaces, lift and stability, fluids in rigid body motion, Fluid Kinematics; Lagrange and Euler approaches, Reynolds transport theorem, Mass, Bernoulli and Energy Equations; conservation of mass, mechanical energy and efficiency, applications of Bernoulli equation, energy analysis for steady flows.

OTO305 VEHICLE DYNAMICS AND CONTROL

Tire forces and moments, tire models. Yaw and lateral motion. Two-wheel and four-wheel bicycle models. Balanced roadholding characteristics. Flexible and unflexible mass. Yaw-Roll model. Segel's equations. Roll center. Vehicle suspension system modeling, vibrations.

OTO307 ENGINE TEST METHODS

Temperature measuring elements, thermo elements, pressure measuring and elements, flow measuring, U-manometers, inclined manometers, drawing engine performance curves by measuring power, moment, specific fuel consumption and speed with a dynamometer bench, measuring energy losses, pressure, temperature, air flow and fuel consumption in engines.

OTO309 MACHINE ELEMENTS

Introduction to machine elements, static and dynamic loads, safety stresses, welded joints, screws, bolts and nuts, shaft hub connections, keys, pins, pins, springs, shafts and axles, sliding bearings, rolling bearings, couplings and clutches, gear wheels, belt pulley mechanisms, chain gears.

OTO311 SPARK IGNITION ENGINES

Mixture formation in spark ignition engines, effect of air/fuel ratio on performance, Ignition systems in spark ignition engines, determination of ignition timing, combustion and knock control, Types of ignition systems and examination of systems, Engine test devices, examination of ignition system signals, Mixture preparation systems in spark ignition engines (carburetors and fuel injection systems), Mechanically controlled injection systems, Electronically controlled injection systems, Fuel control, fuel injection, calculation of injection duration, Sensors, actuators used in fuel injection systems, operating principles, processing of signals received from sensors, Lambda control, catalytic converters, idle speed control, cylinder balance, Engine and vehicle diagnostics, Applications on vehicles, Cylinder leakage and compression tests.

OTO321 OCCUPATIONAL HEALTH AND SAFETY

Definition and history of occupational health and safety, Labor Law, National and international standards and developments. Health and safety regulations, Danger and warning signs, Prevention of work accidents and precautions to be taken, Accident analysis, Risk analysis and management, Legal requirements, Behavior-oriented safety management.

OTO339 CAD-CATIA -I-

Main menu options, toolbars, sketch module, profile toolbar, operation toolbar, constraint toolbar, solid modeling module, sketch-based elements toolbar, editing elements toolbar, offset elements toolbar, boolean operations toolbar, assembly design module, view extraction module.

6TH SEMESTER

OTO302 HEAT TRANSFER -II-

Introduction to convection heat transfer; natural and forced convection, boundary layer concept, Continuity, Momentum and Energy equations, Dimensionless numbers used in heat transfer, Flow and heat transfer over a plate in laminar flow, Flow and heat transfer over a cylinder, sphere and tube bundle, Flow and heat transfer in pipes and channels, friction and heat transfer coefficient in fully developed flow, Natural convection; boundary layer concept, natural convection heat transfer over horizontal and vertical plates, Natural convection heat transfer over horizontal and vertical cylinders and spheres, Boiling and condensation; natural convection, bubble and film boiling, Heat exchangers; definition and classification, determination of total heat transfer coefficient, Thermal analysis of heat exchangers; Logarithmic mean temperature difference (LOSF) method, Thermal analysis of heat exchangers; epsilon-NTU Efficiency method, Radiation heat transfer; heat transfer by radiation between two black surfaces, heat transfer by radiation; relations between shape factors.

OTO304 FLUID MECHANICS -II-

Dimensional Analysis and Modeling; similarity, Buckhingam Pi theorem, Flow in Pipes; inlet region, laminar and turbulent flows in pipes, local losses, pipe networks and pump selection, flow and speed measurement, External Flows: Resistance and Lift; friction and pressure resistance, resistance coefficients of vehicles, flow over plates, cylinders and spheres, lift, Compressible Flow; stagnation properties, speed of sound and Mach number, isentropic flow in nozzles, Rayleigh flow, Fanno flow, Turbomachinery; pumps, turbines.

OTO306 ENGINE DYNAMICS

Reciprocating engine kinematics, piston path, speed, acceleration, force analysis in engines, gas forces, inertial forces, irregularity, engine balance, engine vibrations.

OTO308 ENGINE DESIGN

Calculation of main dimensions of the engine, engine block, piston and rings, crankshafts, camshafts, connecting rod, valves, engine bearings, construction shapes and technological features. Dimensioning of these engine elements and making strength calculations. Combustion in CI and SI engines. Number of cylinders, configuration, material selection and size, selection of mixture preparation, ignition order. Heat balance. Crank mechanisms. Crankshaft vibration. Electronic fuel regulation and control. Selection of engine suitable for desired location and purpose of use, power and basic features.

OTO310 COMPRESSION IGNITION ENGINES

Working principles of diesel engines, fuels, Combustion and combustion chambers in diesel engines, Mixture formation and emissions in diesel engines, Supercharging methods in diesel engines, Diesel fuel injection systems and elements, In-line type pumps, PE and PF type pumps, Regulators used in in-line type pumps, Star type pumps; axial and radial pumps, Regulators used in star pumps, Injectors and glow plugs used in diesel engines, Electronic control systems in diesel engines, Working principles and elements of the system, Common-Rail injection system, Pump-Injector type injection systems, Sequential type and star pumps, pump injectors, adjustments and controls of unit pumps on the device, Fault diagnosis of diesel engines on diagnostic test device

OTO340 AIR CONDITIONING IN VEHICLES

Definitions and Standards, Automobile air conditioning, Bus air conditioning, Refrigerated cooling

OTO316 ENTREPRENEURSHIP -I-

Examination and evaluations regarding economic, legal, financial, behavioral, psychological, social, cultural aspects of entrepreneurship in different types in intrapreneurship or small business-family business (entrepreneurship); Considering leadership as both an individual and social process in the dimensions of being-knowing-being (leadership theories, motivation, communication, team building, creativity); Definition of Entrepreneur-Leadership relationship and factors affecting entrepreneurship; Evaluation of entrepreneurship in the historical process with international and Turkish examples.

OTO338 CAD-CATIA -II-

Surface toolbar, operations toolbar, duplication toolbar, wireframe toolbar, sheet metal part modeling, view extraction, sectional views, dimensioning of views, printing.

7TH SEMESTER

OTO445 WORKPLACE TRAINING

To closely introduce workplaces related to undergraduate programs, to reinforce the knowledge and experience students have gained during their education and to provide them with the ability to transfer them to practice, to monitor technological developments in the sector and to provide them with the ability to apply them.

OTO449 PROFESSIONAL PRACTICE -I-

Production internship consists of the following sections that all Automotive Engineering Department students must do; Casting (Model, mold preparation, various casting techniques), Machining (Lathe, milling, drilling, planing, honing and other machining processes), Plastic Forming (Press works such as rolling, forging, bending), Steel Construction (Welding, riveting, cutting etc.), Automotive Parts Production and Assembly.

It is a study that aims for the student to gain practical information on materials and measurement techniques along with the applications within the scope of these subjects.

OTO451 PROFESSIONAL PRACTICE -II-

To provide practical information about product development/R&D, production, quality assurance, structural design and analysis, testing and verification, material and process development, automation, stock control, employee-employer relations, customer relations, production and workflow organization in factories or design and project offices where students of the Automotive Engineering Department do their internships.

8TH SEMESTER

OTO402 GRADUATION PROJECT

Conducting research, scanning past studies, collecting relevant information, if deemed appropriate, designing the subject or creating new designs, making preliminary preparations for the graduation project, preparing and presenting interim reports within the scope of the study topic determined by the relevant faculty member and student.

OTO404 GAS TURBINES

Introduction and Basic Concepts; types of gas turbines, operating principles and system elements, Flow of Gases; principles of gas dynamics, classification of flow processes, compressibility effect, one-dimensional compressible flow of ideal gases, isentropic flow in variable cross-section channel, Rayleigh flow, Fanno flow, Theoretical Cycles; Stirling cycle, Ericson cycle, Brayton cycle, gas turbine cycles with regenerator, gas turbine cycles with interheater and intercooler, Real Cycles; stagnation values, compressor and turbine efficiencies, pressure losses, heat exchanger efficiency, mechanical losses, air/fuel ratio, combustion efficiency and cycle efficiency, Aviation Gas Turbines; Compressorless jet engines, Ramjet, Pulsejet, Turbojet, Turbofan, Turboprop, Various application areas of gas turbines

OTO408 EMISSION AND EXHAUST CONTROL

Automobiles and air pollution. Exhaust systems. Effect of emissions on air quality. Otto emission sources. Evaporative emissions, fuel supply losses, exhaust emissions. Combustion method. Complete combustion, engine combustion type, exhaust pollution. Hydrocarbons, nitrogen oxides, carbon monoxide, carbon dioxide. Control in emissions. Catalytic converters.

OTO410 VEHICLE TECHNOLOGY

Suspension: suspension geometry, suspension roll centers, body roll stability analysis, balance bars and roll stiffness rubber spring bump limiting stops, axle location, rear suspension arrangements, suspension design factor. Steering: steering gear box and wheel adjustment, tires: traction and braking properties of tires, cornering properties of tires, vehicle balance, braking system: braking principles, brake shoe and pad principles, disc brake pad support regulators.

OTO412 AUTOMOTIVE MANUFACTURING PROCESSES

Work accidents and safety measures, measuring instruments, crack control in engine parts, crankshafts, structure, balance, surface hardening methods, controls, failures, manufacturing, crank grinding machines, grinding of main and rod journal surfaces, polishing, cylinder blocks, types, structure, measurement and control, failures, manufacturing methods, cylinder rectification machines, turning of cylinder inner surfaces, cylinder honing machines, honing of cylinders, control and honing errors, cylinder liners, types, liner replacement, Camshafts, structure, determination of cam profile and template extraction, cam grinding machines, camshaft manufacturing, plane surface grinding, milling (cylinder head, cylinder block, flywheel and manifold surfaces), pistons, structure, types, controls, failures, piston manufacturing, piston rods, structure, controls, failures, manufacturing, grinding of connecting rod head, main bearings, bearing types, failures, bearing manufacturing, main bearing lathes, sleeve bearings, sleeve bearing lathes, valves, valve grinding machines, grinding of valves, machining of valve seating surfaces and insertion, valve guides, reaming and honing, bush honing machine, piston pin hole, brake wheel cylinders, connecting rod foot, and connecting rod head honing

OTO428 ALTERNATIVE FUEL SYSTEMS

Historical development of automotive production, major automotive manufacturing companies, effects of automobile production on society, production systems, reducing production costs, marketing strategies, fuel consumption, reducing environmental damage, increasing comfort and safety, production strategies, main-subsidiary industry relations and strategies.

OTO438 ENTREPRENEURSHIP -II-

Entrepreneurship concepts and process, recognizing entrepreneurial opportunities, determining the feasibility of a new business and preparing entrepreneurial plans such as marketing and production.