Bachelor Education Course Contents

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Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 101

General Mathematics-I

3

0

3

6

Course Content:

Plane in space and. Sets, sets of numbers. Functions, Composition Functions, Inverse Functions, Limits, Limits, Limits of Uncertainty Status, Functions and Continuity, Derivative, Derivative applications, engineering applications, derivatives, exponential and logarithmic functions, trigonometric and hyperbolic functions. L 'Hospital's Rule, examination of the parametric curves.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 103

Linear Algebra and Its Engineering Applications

2

0

2

3

Course Content:

Basic concepts, matrices, determinants, matrices and multiplication of the collection. transposes a matrix, inverse of a matrix. Systems of linear equations, Gauss elimination method, Gauss Jardon method, LU decomposition method. Cramer's rule. Coefficients matrix and the extended matrix. Linear independence and rank of a matrix. Homogeneous and non-homogeneous systems. Engineering applications, circuit analysis using linear algebra, linear algebra, the use of vibration problems. Vectors. Coordinate transformations and engineering applications. Eigenvalues ??and eigenvectors, eigenvalues ??and eigenvectors, applications engineering systems.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 105

Engineering Physics I

3

0

3

5

Course Content:

Engineering physics, Vectors, Kinematics Introduction to kinematics of particles. Rectilinear motion, plane curvilinear motion. Cartesian coordinates, curvilinear motion, normal-tangential coordinates. Curvilinear motion in polar coordinates. Curvilinear motion in space. Relative motion. (Axes routing) Relative movement. (Axis rotation) Restricted movement. Rotational kinematics of rigid body motion, absolute motion. The concept of relative velocity. Instantaneous center of rotation. The concept of relative acceleration. Space kinematics of rigid bodies. Absolute motion, relative motion.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 107

Engineering Chemistry-I

3

0

3

5

Course Content:

Atomic and molecular structure, the periodic system, chemical bonding, periodic and group relations, crystallization, sublimation, electrochemistry, electrochemical energy stores input systems, introduction to nuclear energy, nuclear chemistry, radioactivity, nuclear stability, radioactive decay, nuclear fusion and fission, nuclear reactors, nuclear power engineering.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 109

Introduction to Energy Engineering

2

0

2

3

Course Content:

Date of engineering,what is engineering? Learning and creative thought, the historical development of power engineering, energy engineering subjects and departments, engineering designs, sizes and volumes of various concepts, energy, engineering laboratories, mechanisms, stress and strength, the materials used in the construction of the machine and test methods, the importance of practical training at the university, manufacturing methods, machine elements, gears, machine tools. Energy sources, steam power and machinery, internal combustion engines, power plants, energy statistics, renewable energy, nuclear energy, energy production, new searches, conventional sources of energy, science and technology developments.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 111

Computer Aided Engineering Drawing-I

3

0

3

4

Course Content:

Technical Drawing Equipment and Supplies, technical drawing standards, papers, folding shapes. Lines, articles, drawing technique, and the rules of dimensioning, geometric drawings, tangents, arcs, creating views, perspective drawings, sections. Introduction to computer aided drafting. AutoCAD software, AutoCAD 2D and 3D drawing.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 113

Fundamentals of Information Technology

2

0

2

2

Course Content:

Basic information about computer systems, computer hardware and software, input, DOS and Windows operating systems, office applications, word processing, database, presentation, spreadsheet and graphics applications, and uses of the interne

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESYD 101

English-I

2

0

2

2

Course Content:

Countable and uncountable nouns when the envelopes, indefinite pronouns, imperatives, showing the time prepositions, exclamation expression, frequency adverbs, modal verbs with the colors, days, months, and related text studies. Present and past tense verb to be. (Have got) the structure of the use of examples.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESTD 101

Turkish Language I

2

0

2

0

Course Content:

What is language? National life and the importance of language as a social institution. The relationship between language and culture. Turkish language and its distribution areas. English voices and their classification. The rules of sound characteristics of Turkish and audio information. Spelling, spelling rules and punctuation marks.

Course Period:

1. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESAİ 101

Ataturk's Principles and History-I

2

0

2

0

Course Content:

19. at the end of the 20th century reform movements in the Ottoman Empire general condition of the early centuries of the Ottoman Empire. Tripoli and the Balkan Wars. I. World War II. I. Overview of World War I, the Ottoman Empire in the war. Armistice Armistice, the preparation period of the War of Independence. Erzurum Congress. Sivas Congress. The opening of The Great National Meslisi'nin. The establishment of the Government of the Grand National Assembly, internal revolts.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 102

General Mathematics-II

3

0

3

6

Course Content:

The Indefinite Integral. Integration rules. Definite Integrals and Applications,, İntegralle Area and Volume Calculation, polar coordinates, polar curves analysis, Sequences, series, power series. Binomial, Taylor Series. Taylor and Maclaurin series expansions of functions.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 104

Engineering Ethics

2

0

2

3

Course Content:

The origin and meaning of the word Ethics, ethical theory, ethical-moral relationship. The values ??of ethics, ethical values, top values??, universal values??, rights and freedoms. Business and professional ethics concepts and definition of engineering ethics, engineering integrity, engineering, liability, product liability. Ethical reasoning and justification, ethics, global and universal dimension. Principles of engineering ethics, responsibility towards society, nature and environmental responsibility, responsibility to the profession and colleagues, employers and responsibility towards customers, personal responsibility. Ethical code of conduct and the World Association of Professional Engineers TMMOB codes.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 106

Engineering Physics-II

3

0

3

5

Course Content:

Kinetics of particles: Equations of motion (linear, cylindrical and polar coordinates), Work and Energy, Impulse and Momentum. Kinetics of systems of particles: Equations of motion, Work and Energy, Impulse and Momentum; fixed and variable mass flow. Kinetics of rigid bodies: Motion equations (moment of inertia), work and energy, impulse and momentum. Three-dimensional kinetics of rigid bodies: the General Movements; Impulse and Momentum. Vibrations: Free and forced vibrations. Rigid-body vibration.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 108

Engineering Chemistry-II

3

0

3

5

Course Content:

Engineering, chemistry, material and liquids, general characteristics of the liquid state, solid state and their properties, general properties of matter and gases in gas form, alloys and solid solutions, semi-conductor Weighted Structures and Solar pilindeki applications, Chemical Reaction Engineering Analysis, fuels and combustion, chemical thermodynamics, environmentally friendly and alternative energy sources, types, features, and power generation efficiency.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 110

Electrical Circuits

2

0

2

3

Course Content:

Charges and electric field. Gauss's law, electric potential. Capacitance and capacitors, current and resistance. Electromotive force, circuits and magnetic fields. Ampere's law and Faraday's law of induction. Inductance and magnetic properties of materials. Electromagnetic waves. Current, voltage, power concepts and circuit elements (dependent, independent sources) introduction. Used in the analysis of resistive circuits, Kirchoff's laws, node and environmental analysis techniques, basic op-amp analysis. Linearity, superposition, source transformation, Thevenin's and Norton's theorem, Maximum power transfer and sensitivity analysis. Current-voltage characteristics of capacitors and inductors in the circuit

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 112

Computer Aided Engineering Drawing-II

3

0

3

4

Course Content:

Basic technical drawing steps and projection techniques. Rules of section and elevation. Solid Works applications. Basic concepts in three-dimensional modeling. three-dimensional part design and solid modeling. The creation of a three-dimensional model of two-dimensional technical drawings and detailing. Assembly modeling and assembly of components. Surface modeling. Computer-aided design (CAD) and its applications.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 114

Computer Programming-I

2

0

2

2

Course Content:

Problem solving. Input-Process-Output process. Algorithm analysis and design. Precision algorithms, finiteness, events. Algorithm Language. Constants, variables, and expressions. Arithmetic, relational and logical operators. Input-output statements. Conditional and iterative statements. Vector and matrix representations. Character information processing. Subroutines and Functions. Structured programming (C, Fortran) language applications.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESYD 102

English-II

2

0

2

2

Course Content:

Subject pronouns, possessive adjectives, nouns and plural forms, adjectives and some adverbs. The simple past tense, and it's about being positive, negative and question forms. Conjunctions, sign pronouns, and indefinite, noun verbs and object pronouns. Modal auxiliary verbs "can" and the use of examples.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESTD 102

Turkish Language II

2

0

2

0

Course Content:

Turkish affixes and their application. Rules about composition, composition writing and implementation of the plan will be used. English nouns and verbs. Composition expression and its implementation. Turkish adverbs and prepositions usage patterns.

Course Period:

2. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESAI 102

Ataturk's Principles and Revolution History-II

2

0

2

0

Course Content:

The Paris Peace Conference. The occupation of Izmir. Internal affairs and minorities. Event Cerkez Ethem. I. and II. İnönü Battles. Sakarya War and its consequences. Treaty of Kars and Ankara. The Great Raid. Mudanya Armistice and its importance. And the importance of the Lausanne Conference. The Turkish Revolution, political, legal, social, cultural, educational reforms in the fields. Transition to a multiparty system. Developments in the economic field. Turkish Foreign Policy. The Armenian issue. II. World War I and Turkey. Ataturk's Principles

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 201

Differential Equations in Engineering

4

0

4

6

Course Content:

Engineering and theoretical analysis of the problem. Physical constants and variables. Differential calculus, differential element and the equation, initial and boundary conditions. Evaluation of the theoretical solution and the solution of differential equations, equations, ordinary differential equations and engineering applications, systems and engineering applications of ordinary differential equations, partial differential equations, Laplace transform solution of differential equations.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 203

Engineering Mechanics I

3

0

3

5

Course Content:

Statics of particles. Material point. Space system of forces. Rigid bodies. Equivalent force systems. Equilibrium of rigid bodies. Distributed forces. Center of gravity. Carrier systems. Beams and cables. Moments of inertia of areas and masses. Friction. Virtual work. External Forces, review of static equilibrium, the normal stress, shear stress, bearing stress. Factor of safety, allowable stress, general stress directions. Strain, axial strain, strain components, the mechanical properties of a rigid body input. Tensile test, modulus of elasticity, Poisson's ratio concepts. One-dimensional problems.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 205

Thermodynamics-I

3

0

3

5

Course Content:

The basic definitions of thermodynamics. Properties of pure substances. The first law of thermodynamics (closed systems). The first law of thermodynamics (control volumes). Second law of thermodynamics. Entropy.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 207

Electronic Circuits

2

0

2

3

Course Content:

BJT's structure, operation, self-curves, the physical parameters and the Ebers Moll model. The biasing of BJT amplifier is used as the DC and AC analysis, the use of multi-storey. Output stages and power amplifiers, voltage regülatörleri.BJT the small-signal parameters, re, r, and hybrid equivalent circuit. Common emitter (OE), OB and OK'lü amplifiers, cascade, cascode and Darlington circuits. BJT high-frequency (HF) behavior. JFET and MOSFET structure of the work, özeğrileri. Examination of AF and YF'ta FET common source and OA. The frequency response of an amplifier. Examination of the concept of feedback and feedback amplifiers. Stability of feedback amplifiers, sinusoidal oscillators and types.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 209

Statistical Methods in Engineering

3

0

3

5

Course Content:

Introduction to statistics, data, and event concepts, statistics, events, control, frequency distributions, central tendency measures and dispersion, mode median, arithmetic, geometric and harmonic means, the definition and the rules of probability and distribution, and permutations and combinations, probability distribution functions, discontinuous distribution types, normal distribution, sampling distributions, regression analysis, the method of least squares curve fitting, correlation.

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 211

Materials Science

3

0

3

3

Course Content:

Atomic bonding of materials with physical properties of the chemical composition, crystal planes and directions, and Miller Bravais indices, structural defects in the crystal structure of materials properties and their effects, to understand the mechanical properties of materials and their measurement, the effect of diffusion and mechanical properties of crystalline materials, the chemical composition of the identification and one-dimensional problems, the two-component phase diagrams, solidification and diffusion in alloy systems principles, metals, ceramics, polymers and composite materials, structure-property relationships, types of corrosion protection methods

Course Period:

3. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 213

Computer Programming-II

2

0

2

3

Course Content:

The concept of structured programming. C / C + +, and Fortran programming languages??, Fundamentals, data types, expressions, character handling functions. Subscripted variables and processes. Function routines. Recursion. Sorting and searching algorithms. Basic file applications. Dynamic variables and simple data structures, pointers, Stack, Queue, Linked list.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 202

Engineering Mathematics

4

0

4

5

Course Content:

Partial derivatives, higher order derivatives, partial derivatives and continuity of existence; Full diferansiyellik, Directional derivatives, vector functions and operations; Gradient, divergence, curl and Laplacian operators; Composite functions and partial derivatives of implicit functions; Differential Variable swapping, the mean value theorem , Maximum and minimum applications of partial derivatives of analytic geometry, line integrals, surface integrals, surface integrals of mass, moments of inertia of plane and axially account: Gaussian, divergence, Green's and Stokes' theorems and their applications.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 204

Engineering Mechanics II

3

0

3

5

Course Content:

Static certain problems, statically indeterminate problems. Multi-axis loading, general Hooke's law. State of plane stress. Stress notation, the principal stresses and principal axes. State of plane strain deformation characteristics of the plane. Yield and fracture criteria. Comparison of fracture theories. Beams, shear force and bending moment diagram drawings. Shear force and bending moment, bending of beams, normal and shear stresses in beams, composite beams, elastic-plastic behavior of beams, shear stress, shear center, circular shafts, buckling, shear stresses, torsion angles, torsion of non-circular section shafts, beams, deflection, energy methods, buckling of columns.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 206

Thermodynamics-II

3

0

3

5

Course Content:

Second law analysis of engineering systems. Gas power cycles. Steam power systems. Refrigeration cycles. Thermodynamic property relations. Gas mixtures.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 208

Numerical Methods in Engineering

3

0

3

4

Course Content:

Introduction to Numerical Analysis. Matrices and Determinants. Numerical Solution of linear algebraic equations. Eigenvalue and Eigenvectors. Solutions of Nonlinear Equations. Interpolation and Approximate Solutions, Lagrange Method. Newton's Method of Nonlinear Solutions Teams. Finite Difference Method. Numerical Differentiation. Numerical Integration. Diff. Numerical Solution of Equations. Runge-Kutta method, Euler's method, Picards Method, Taylor Series with the Help of integration. Differential Equation Systems. Curve Fitting Method of Least Squares. Boundary Value Problems. Partial Differential Equations

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 210

Renewable Energy Resources

3

0

3

4

Course Content:

Types of Renewable Energy (Solar, Wind, Geothermal, wave, biomass, hydrogen, hydraulic, etc.)., Economy Status, Use by Countries, Energy Comparison of Varieties.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 212

Electromechanical Energy Conversion

2

0

2

3

Course Content:

Magnetic circuits and systems. The basic principles of transformers, and transformers, equivalent circuits. The power factor and voltage regulation. Electromechanical energy conversion, co-energy, the energy and rotary machines. The basic principles of DC machines. DC generators, motors and equivalent circuits. The basic principles of AC machines and rotary magnetic field. Equivalent circuit of AC machines. Induction motors, synchronous motors, brushless DC motors, AC servo motors.

Course Period:

4. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 214

Manufacturing Methods

3

0

3

3

Course Content:

Casting Information: Casting techniques, Sand casting, sand mold, model and core preparation, molding technique, metal mold casting, casting defects, means of melting. Consolidation procedures: Welding methods, Oxy-acetylene welding, arc sources, submerged arc welding, Tig welding, welding defects. Machine tools, metal cutting procedures. Plastic forming: Shape-shifting principles, free forging and pressing, forging and pressing mold, extrusion, rolling. Wire drawing.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 301

Heat and Mass Transfer-I

3

0

3

4

Course Content:

Heat Transfer, Thermal Resistance Circuits, Steady-State One-Dimensional Heat Conduction, Extended Surfaces, Transient Analysis of Total Mass, Transient Heat Conduction, Convection, forced flows in a channel, Channel Outside Force Flows, natural Transport Phenomena, Heat Exchangers.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 303

Fluid Mechanics-I

3

0

3

4

Course Content:

And physical properties of the fluid, the fluid kinematics, fluid statics, fluid flow pressure distribution, fluid flow statements of differential equations, potential flows.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 305

Signals and Systems

2

0

2

3

Course Content:

Continuous and discrete time signals and convolution. Fourier series. Fourier and Laplace transforms. Discrete Fourier and Z transforms. Linear and stationary systems. Impulse reaction, the system representation. State-space representation and realization of system functions. Frequency response of linear stationary systems.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 307

Logic Circuits

2

0

2

3

Course Content:

Binary number system. Boolean algebra and logic gates. Simplification of Boolean functions. Map methods. Combinational logic circuits, LSI and MSI components: adders, multiplexers, decoders and converter circuits. Sequential logic circuits, sequential circuit analysis and synthesis. State diagrams, state reduction and state encoding. Sequential LSI and MSI components: flip-flops, registers, counters, and memory units.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 309

Engineering Economics

2

0

2

3

Course Content:

Basic Concepts, Interest, and Money-Time Relationships, Basic Methods Used in Economic Analysis and Project evaluation (Present Value and Annual Cash Flow, Internal Rate of Return, External Efficiency Ratio, Future Value, Benefit-Cost Ratio, Break-Even Point), attrition and depreciation, Discount, Investment Valuation Techniques, Renovation News, Inflation and Interest Rates.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 302

Heat and Mass Transfer-II

3

0

3

4

Course Content:

Isıtransferi through boiling and condensation, Mass Transfer, Mass and heat transfer between the similarities, by way of diffusion mass transfer, mass transfer systems, including analysis, time-dependent mass transfer problems. Gas and the solid radiation. Convection and radiation heat transfer.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 304

Fluid Mechanics-II

3

0

3

4

Course Content:

Euler and Navier-Stokes equations and their solutions, and applications of the impulse-momentum equation, Bernoulli's equation and its applications, pipe systems, pressure and velocity measurement methods, Dimensional analysis and similarity.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 306

Engines

2

0

2

3

Course Content:

Introduction to internal combustion engines. Performance, volumetric, thermal and mechanical efficiencies, the mean effective pressures, basic definitions, such as specific fuel consumption. Gasoline engines, combustion, cyclic variations, knock and octane number. Basic computer model for the calculation of combustion gasoline engines. Diesel engines, diesel cetane number and types of combustion chamber. Ideally, motor cycles and efficiency. Stoichiometry, dissociation, and burnt the calculation of heat transfer products with the cylinder wall. Emissions and emission control methods.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 308

Measurement Techniques

2

0

2

3

Course Content:

Basic concepts of measurement. Statistical analysis of experimental data uncertainty and basic analog electronics. Fourier techniques. Digital electronic size, pressure, flow, temperature, heat, force, strain, vibration and sound sensors for the measurement methods and basic concepts. Uncertainty and statistical analysis of experimental data. Report writing and presentation.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 310

Automatic Control Systems

2

0

2

3

Course Content:

Definition and basic concepts of automatic control. Physical systems, and block diagram. Laplace transformations and standard input signals. Transfer functions: definition, mechanical, hydraulic and electrical systems, transfer functions, mechanical-electrical system analogy. Block diagram and block the reduction rules, the signal flow diagram. Transition functions, frequency characteristics. Control bodies and industrialized settings. Stability of control systems, root locus. Sequential compensated networks, the frequency on the basis of the design, the location of the roots using the design, pre-filter systems, state variable feed-back system design, controllability, observability, state feedback, pole placement with, Ackermann's formula, back-feed the borders of the state variables, state observers, robust control system design.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 401

Energy Economics and Policy

2

0

2

3

Course Content:

The basic concepts of the economy, macroeconomic and microeconomic fundamentals of economic analysis of energy projects, energy projects, financing, financial analysis of energy investments, energy investment planning, scheduling and pricing, energy cost analysis, energy trading, energy derivatives markets, the potential for global energy supply and demand; energy balance of global energy markets, regional views for the next 30 years: the prevailing trends and projections; energy indicators, Energy policy analysis and modeling, Energy and economic growth, energy market regulation, liberalization and competition, energy and sustainable growth. Energy policies.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 403

Energy Systems Design and Implementation-I

0

3

2

3

Course Content:

All final year students, under the guidance of the Energy Systems Engineering, Designing the design is mainly a matter of concern, the evaluation of alternatives, all of the results that may be required investigation and the presentation and defense of a report with the details of the drawings.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 405

Energy Systems Laboratory-I

0

2

1

3

Course Content:

This lab, heat transfer, thermodynamics, materials, machinery and applied fluid mechanics, power systems and provides energy-related experiments. Energy Engineering examination and observation of various factors on these experiments targeted.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 407

Energy law

2

0

2

3

Course Content:

Environmental impact of energy production and use of energy systems. The basic principles of environmental law, sustainable development, and environmental protection in international instruments, national environmental action plan with the European Union energy programs in the energy and environmental policy is to compare the environmental instruments; energy investments integrated pollution prevention and reduction of environmental impact assessment procedure for the September 24, 1996 the European Community directive (IPPC); liability arising from environmental damage.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 404

Energy Systems Laboratory-II

0

2

1

3

Course Content:

This laboratory, electrical, electronics, control systems, power systems and provides energy-related experiments. Energy Engineering examination and observation of various factors on these experiments targeted.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 404

Energy Systems Design and Implementation-II

0

3

2

3

Course Content:

All final year students, under the guidance of the Energy Systems Engineering, Designing the design is mainly a matter of concern, the evaluation of alternatives, all of the results that may be required investigation and the presentation and defense of a report with the details of the drawings.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 406

Graduation Project

0

2

2

3

Course Content:

Energy Systems Engineering and selected topics of interest to the theoretical or practical done extensive scientific research and investigations, the study section in a technical report prepared in accordance with the principles of the final project presentation and defense.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESM 408

Energy Efficiency and Management

2

0

2

3

Course Content:

Turkey's Genel Enerji Status. Energy efficiency and management concepts. Gold elements of the energy management system, the creation of an energy management system, energy efficiency of steam systems and steam boilers. Co-generation and tri-generation, energy efficiency, electrical systems, thermal insulation and methods of economic analysis. Energy Saving Lighting. Methods of Economic Analysis. Use of Alternative Energy Sources.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 025

Computational Fluid Dynamics Introduction

2

0

2

3

Course Content:

Computational Fluid Dynamics (CFD) Introduction and Importance of Principles, Fluid Dynamics and Heat Transfer Equations, Finite Difference and Finite Volume Methods, Quantitative Approaches and Network Production, Sales and Engineering Problems of CFD Codes

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 005

Heat Exchangers

2

0

2

3

Course Content:

Classification of heat exchangers and heat exchanger design methods, flow patterns, there is overall heat transfer coefficient, heat transfer relations; pollution factor, pressure drop, body-tube heat exchangers account; compact heat exchangers.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 007

Composite Materials

2

0

2

3

Course Content:

Introduction to composite materials, composite materials, introducing Accelerators matrix and reinforcement materials, adhesives, fillers, matrix and reinforcement structure of the classification and properties, and applications of the general character of the production of composite materials, mechanics and mechanical behavior of composite materials.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 025

Energy Storage Systems

2

0

2

3

Course Content:

Heat storage. Heat pumping. Solar collectors. Thermal energy storage techniques (sensible and latent heat storage). Thermal energy storage potential. Thermal energy storage systems (efficiency, thermal properties, heat losses, the temperature field) Batteries, battery components, classification of batteries, battery types, battery comparison, battery charger test, sought-after properties batteries, batteries industrial applications. Fuel Cell Systems Overview. Supercapacitors, superconducting magnetic energy storage, superconductivity definition, applications of superconductivity, superconducting magnetic energy storage systems.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 027

Water Energy and Systems

2

0

2

3

Course Content:

Hydropower potential and determination methods. Ssu energy utilization methods. Water flow is used as an energy source. Water turbines. Hydroelectric power plants (HPP). HES types, elements, and principles of operation

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 029

Nuclear Energy

2

0

2

3

Course Content:

Introduction to nuclear physics. Atomic structure and bonding energy, Natural radioactivity, radioactive decay and half-life, neutron-nucleus interactions and nuclear reactions, fusion and fission reactions, reaction energies, nuclear fuels and nuclear fuel production, proliferation and fission neutron reactors, criticality, and the sub-critical neutron slowing down control systems.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 031

Solar Energy and Systems

2

0

2

3

Course Content:

Basic definitions. Solar energy applications. Direct use of solar energy, in energy production. Transformation storage. Basic information and equations. Solar geometry and solar radiation. And uses of different types of solar collectors. Collector elements. Heat transfer. The collector thermal calculations. Solar water heating systems. Natural circulation and pump open and closed systems. Example project. Solar cooling systems. Mechanical and non-mechanical systems. Other systems, solar energy is utilized.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 033

Wind Energy and Systems

2

0

2

3

Course Content:

Definition of wind and wind generation. Wind meteorology. Wind measurement techniques. Wind Energy Potential and potential methods of determination. Wind energy utilization methods. Wind Turbines. Horizontal axis and vertical axis wind energy systems. Wind turbine aerodynamics. Wind energy and electricity production. On wind power to meet the electricity demand of a space project work.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 035

Electrical Machines

2

0

2

3

Course Content:

Energy, general principles of electromechanical energy conversion. Definitions and reference marks. Energy conservation and energy balance equation. Torque and power relations between the magnetic and electric field energies. Self and mutual inductances, torque and force, generalized and primitive machine models and continuous energy conversion conditions, various machine models.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 037

Simulation and Analysis

2

0

2

3

Course Content:

Energy Systems simulation, simulation techniques, the simulation process, the simulation results of the evaluation, analysis and interpretation of outcomes.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 039

Industrial Electronics

2

0

2

3

Course Content:

Examination of electromechanical components and electromechanical control circuits. DC and AC motors, motion, speed, and direction control study. Programmed control circuits, electro-mechanical and electronic control techniques. Programmable control circuits and systems (NC, PLD, PLC, CNC and DNC) examination.

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 041

Design and Modeling Techniques

2

0

2

3

Course Content:

Systems design, design principles, design processes, modeling. Design and modeling used to software

Course Period:

5. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 043

Entrepreneurship

2

0

2

3

Course Content:

Basic concepts of entrepreneurship, the importance of entrepreneurship and development, entrepreneurship, basic characteristics, personal characteristics required of the entrepreneur, the entrepreneur must have in order to establish his own business information (technical and functional information, planning information, management information), the basic steps in the process of establishment - motivation, the basic steps in the process of business start-ups - the identification and preliminary assessment of the business idea, the basic steps in the process of business start-ups - the preparation of the work program, the basic steps in the process of setting up a business - Feasibility study, basic steps in the process of setting up a Business - Business plan preparation (Marketing Plan - Production Plan) , the basic steps in the process of business start-ups - Business plan preparation (Management Plan - Financial Plan), the basic steps in the process of establishment - Establishment and development of the work phase of the examination of the application examples

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 002

Chemical Energy

2

0

2

3

Course Content:

Introduction to chemical energy. Energy, heat of formation of hydrates or storage of chemical compounds. High-energy solid fuels.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 006

Advanced Nuclear Technologies

2

0

2

3

Course Content:

The principle of nuclear reactors, reactor types, classification of materials used in nuclear reactors, nuclear fuel processing and fuel cycle, nuclear reactor theory and homogeneous reactors, neutron multiplication factor, a group neutron diffusion theory. Heterogeneous reactors, criticality equation, the thermal diffusion theory, Fermi age equation, the concept of critical dimension reactor calculations, geometric flux twist, Unstable Nuclear Reactor, Reactor control systems and safety, reactor shielding and reactor accidents.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 020

Electric Power Transmission and Distribution

2

0

2

3

Course Content:

Direct mounting, making poles Travers, the console assembly to do, Insulators and other elements to assemble, Overhead Line Pull the conductors and make connections, poles, fittings and lines to maintain, troubleshoot failures of PTL, Power Transformer to assemble, to assemble Instrument Transformers, Busbar system, to assemble, to assemble the separator, cutting assembling, switching systems, resolve the failures, to maintain the panels and Measurement systems.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 030

Fossil Energy Sources

2

0

2

3

Course Content:

Input of fossil energy sources. Petroleum and natural gas properties, the formation and acquisition methods. Ways to exploit oil and its derivatives. Coal, lignite characteristics, production techniques, and applications. Combustion techniques. Herbal and other biological sources of energy. This group, known as renewable energy sources and energy source or energy source to be directly subjected to the transformation used. Methane, methanol, and ethanol production.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 032

Building Energy Systems and Facilities

2

0

2

3

Course Content:

Heating and air conditioning systems. Plumbing. Fire equipment. Central heating installations. Security system and automation.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 034

Geothermal Energy

2

0

2

3

Course Content:

Types of geothermal energy generation and geothermal systems. Exploration of geothermal energy: geothermal well drilling, drilling fluids and completion. Geothermal production wells geothermal reservoir engineering measurements. Environmental impact of geothermal energy. Mineral deposition in geothermal waters. The use of geothermal energy, direct and indirect use. Electricity from geothermal energy cycles. Marketing and economics of geothermal energy

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 036

Hydrogen Energy and Systems

2

0

2

3

Course Content:

Derivation of hydrogen, storage and use of technologies. Fuel Cell Systems Overview, Alkaline Fuel Cell. Molten Carbonate Fuel Cells, Solid Oxide Fuel Cells and Solid Polymer Fuel Cells Business Terms and Principles, Typical Cell Equipment, Cell Configurations, Applications and Economics.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 038

Electrical Installations

2

0

2

3

Course Content:

Generation, transmission and distribution facilities. The general structure of a manufacturing plant. Electrical transmission lines account, the nominal and equivalent circuits. Conductors. Insulators. Insulators potential distribution. Masts and selection. Splitters, cutters. Short-circuit current and its properties. Cutting calculation and selection of short-circuit currents. Busbars and busbar systems. Measuring transformers. Grounding.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 040

Programmable Logic Devices

2

0

2

3

Course Content:

PLE. Introduction to the symbolic hardware description languages??. AND, OR logic arrays. Two-level AND / OR arrays. SPLD (Simple Programmable Logic Devices). PAL, GAL, PLA, CPLD (Complex Programmable Logic Devices). FPGA (field programmable gate array) and circuit design examples.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 042

Plumbing

2

0

2

3

Course Content:

All systems used in sanitary installations. City to start a clean water supply network water tanks, booster, clean water, pipe fittings, water heaters, water heaters, boilers, hot water preparation fastening systems for sewage and storm water connection sistemleri.Bina building plumbing systems, presentation systems, and these systems change, renewal, development, again in accordance with the comforts tasarlanmasıve diameter of these systems, capacity and power calculations.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 044

Occupational Health and Safety

2

0

2

3

Course Content:

Health Social Dimension of Work / Workplace Keeping Compulsory Health Reports and Documents / Workplace Occupational Diseases Physical and Chemical Factors / Social Security under the Legislation of Health Legislation / workplace Joint Health Unit / Noise, Vibration Health Effects And Precautions / Mapping Regulation of Noise at Work / Business Environment Powders, gases and Effects / workplace Health Issues Hygiene & Cleaning / Hygiene Food Industry business / Energy and Weight Control / Balanced Diet / Lifetime Sports. Occupational health and safety laws, business establishment, composition and arrangement of the different branches of business safety measures.

Course Period:

6. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 046

Public Relations

2

0

2

3

Course Content:

Theoretical origins of public relations, an introduction to the scope and principles. Research problems, setting objectives, identifying audiences, designing messages, communication channels, selection and evaluation of all types of organizations.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 001

Fuel Cells

2

0

2

3

Course Content:

Definitions Historical Development. Emissions, Fuel Cell Systems Overview, Alkaline Fuel Cell. Molten Carbonate Fuel Cells, Solid Oxide Fuel Cells and Solid Polymer Fuel Cells Business Terms and Principles, Typical Cell Equipment, Cell Configurations, Applications and Economics, Principles of Fuel Cell Elektrokimyasının, temperature fuel cells. Adiabatic flame temperature. Criteria of chemical equilibrium, Equilibrium constants. Chemical kinetics: reaction rates, Arrhenius relation. Activation energy. Single-step, consecutive and chain reactions. Droplet and spray combustion. Combustion systems, fuel atomization, the group combustion numbers. Fluidized bed combustion. Coal combustion. Ignition, combustion pollutant propagation environment.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 009

Wind Energy Meteorology

2

0

2

3

Course Content:

Meteorology, global winds, local winds, wind formation, change in wind profile, wind statistics, and analysis of wind turbulence, wind atlas, wind data analysis, short-term wind tahmini.rüzgar measurement techniques.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 011

Steam Boilers

2

0

2

3

Course Content:

Prior knowledge of the steam boiler and water vapor. Classification of steam boilers. Water vapor cycles. Fuels and combustion, combustion control. Steam boiler thermal calculation method. Determination of thermal efficiency, and in January sizing, January temperature determination. Transport dimensions of surfaces. Load losses. Chimney account

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 013

New Technologies in Motor Vehicles

2

0

2

3

Course Content:

General introduction of internal combustion engines, alternative fuel vehicles, natural gas and LPG vehicles and motor construction, emission characteristics, thermal efficiency, fuel economy, noise comparison in terms of alcohols to use in engines. Petrol and diesel engines, fuel alcohol use, motor and help the promotion of staff, fuel economy, ignition, emission control systems disclosed. The use of solar energy in cars. The use of hybrid propulsion systems and vehicles.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 013

Nuclear Hydrogen Production

2

0

2

3

Course Content:

Hydrogen Production Technology, electrolysis, high-temperature electrolysis, thermo-chemical Processes, sulfur-iodine cycle, steam-methane re-remodeling, remodeling steam-coal again, Steam-Biomass Re-remodeling, Thermo-chemical water separation, Fission Energy Based Hydrogen Production Systems , Fusion Energy Based Hydrogen Production Systems.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 017

Thermal Turbo Machines

2

0

2

3

Course Content:

Introduction to gas turbines. Wing design. Gas turbine performance analysis. Introduction to steam turbines and turbine components. Modern gas-steam turbine hybrid cycles. Boilers. Combined heat and power production.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 019

Lighting Techniques

2

0

2

3

Course Content:

Light Production Theories. Eye, eye, precision and visual types. Reflection, absorption and transmission Events. Lighting Terms and Definitions. Lighting Types. Fixtures and Selection Procedures. Interior Lighting accounts, Switches and Switch Installation Methods. Stairs Vending Machine and Facilities. Compensation and Importance of Internal plumbing.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 021

Heat insulation

2

0

2

3

Course Content:

General definitions and classifications of insulating, heat, sound and moisture insulation. Optimum insulation thicknesses of thermal insulation. Thermal insulation materials, classification and specifications. TS 825 standard and required by the rules of thermal insulation. Thermal insulation materials, where applicable. Damp proofing materials and their applications. Sound and noise. Noise measurement of the amount and severity of the account. Sound insulation materials.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 023

Methods of Economic Analysis

2

0

2

3

Course Content:

What is the investment? The time value of money, Uncertainty and risk analysis, payback period, today's value, future value, internal rate of return, benefit / cost ratio, net cost / benefit ratio, the economic analysis of projects.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 045

Power Electronics I

2

0

2

3

Course Content:

Examination of the main application areas of power electronics. Power semiconductors (Power Diode, Power BJT'ü, Power MOSFET, SCR, Triac, Diac, MCT, IGBT, GTO, Sith and so on.) Characteristics, examination of the basic circuits and protection circuits. Single-and multi-phase rectifiers (uncontrolled, half-controlled and fully-controlled) study. AC-AC, DC-AC and DC-DC converters of the basic circuits. Examination of the trigger circuits.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 047

Gas Turbines

2

0

2

3

Course Content:

Introduction to thermodynamics, Perfect Gas Laws, Boyle-Mariotte, the General Gas Equation, Lecture cycles, Otto, Diesel and Hybrid Cycle, Brayton Cycle, Tubi Engines and Operation, Turbine Section, Combustion Chamber, Exhaust Part, Ignition System, Fuel System, Lubrication system

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 049

Hybrid and Electric Vehicles Technology

2

0

2

3

Course Content:

The historical development of hybrid and electric vehicles. The importance of hybrid and electric vehicles, energy and the environment. Hybrid vehicles and foundations. Electric vehicles. Types and characteristics of electrical machines used in hybrid and electric vehicles. Hybrid and electric vehicles, power electronics. And the importance of the timing of the switching power electronics circuits. The battery used in hybrid and electric vehicles and battery management structures. Alternative energy sources for electric vehicles. And technological advances in the use of electric vehicles in public transport

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 051

Microprocessors

2

0

2

3

Course Content:

Structural Characteristics of microprocessors. Microprocessor Basic Signals, Evolution of microprocessors. PC Buses, CPU Design Architectures. Memory Unit and Memory Organization. Arithmetic Logic Unit, Registers and Counters General Properties. Control Unit, Input-Output Units. 8085 Microprocessor Family, Road Cycles and Timing Diagrams. Command Structure and Classification of 8085 microprocessor. Basic Commands and Programming. Data Transfer, Arithmetic and Logic Programming with instructions. Looping, Counting and Delay Procedures. Stack Operations, Subroutines, Code Conversion, BCD Arithmetic. Microcontrollers Overview.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 053

Corrosion and Prevention

2

0

2

3

Course Content:

General definition of corrosion, corrosion importance of the principles of the formation of corrosion, types of corrosion, oxidation, passivity, in various environments, corrosion, water corrosion, seawater corrosion, surface corrosion, biological corrosion, atmospheric corrosion, corrosion prevention measures that can be taken at the design stage of the media aggression relieving measures, with the protection of surface coatings, cathodic protection, selection of appropriate materials and protection.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 055

Power Transmission Mechanisms

2

0

2

3

Course Content:

Basic concepts, progressive and infinitely variable mechanical converters, planetary mechanisms (satellite converters) and torque relationship, Wolf diagram, Kutzbach speed beam, cone satellite converters and differential mechanism, satellite converters power and efficiency, hidrokinematik converters, hydrostatic converters. Cam mechanisms.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 057

Heating - Air Conditioning

2

0

2

3

Course Content:

Basic information on the definition and design of the heating system. And factors affecting thermal comfort, heating systems and selection criteria; private, central and district heating systems, heat transfer coefficients, heat load calculations - TS 2163, and TS-825 Thermal insulation project. Heating system components, and accounts; heaters, pipe diameters, pumps, boilers, expansion tanks, burners, fuel quantity and tanks, ventilation systems, accounting methods, channel calculations, the fan accounts.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 059

Air Conditioning

2

0

2

3

Course Content:

Date of air conditioning, description and classification, basic air-conditioning systems, air conditioning components and system structure, and physical properties of air conditioning base, properties of air and moisture measurement of heat transfer, air distribution principles and system testing and measurement systems

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 061

Management and Planning

2

0

2

3

Course Content:

Management: Basic concepts, importance for businesses, similar to the concept of management concepts, comparison, Development of Management Science: Classical, behavioral, and comparison of modern management approaches, management system: Characteristics and Significance of Management for Planning and Decision-Making: The planning process, plan types, Authorization and Power concept, Delegation of Authority, the Audit process and the characteristics of current management techniques and practices, current management techniques and applications (continued), case study.

Course Period:

7. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 063

Environmental Policy

2

0

2

3

Course Content:

Environmental issues and sizes. The basic functions of environmental law. The present legal regulations related to environmental pollution and international dimensions of environmental law. Environmental policies. Environmental flows. Environmental management and organization. Development plans, current debates about the environment.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 004

Experimental and Computational Fluid Dynamics

2

0

2

3

Course Content:

Pressure, temperature and velocity measurement techniques. Steady and unsteady pressure measurements, pressure sensors and transducers, pressure measurement error. Temperature measurement with thermal couples. Hot-wire anemometer and the speed measurement, single and bi-directional probe calibration. LDV and the speed measurement. PIV measurement of the speed. Data is read and signal processing techniques.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 008

Fuels and Combustion

2

0

2

3

Course Content:

Introduction and application of combustion of solid, liquid, gas, fuels, and combustion control of stoichiometry, chemical thermodynamics, the standard combustion, flue gas analysis. Excess air and incomplete combustion with air.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 028

Biofuel Technology

2

0

2

3

Course Content:

Legislation and policies related to the basic concepts and biofuels. Biofuels safety, economic and environmental impacts. Review of fossil fuels. Biyomastan used for the production of biofuels, the current technologies and processes. Biofuels used for the synthesis of biological and thermochemical methods. Fermentation processes and alternatives. Biofuel biodiesel and other fuels. Biofuel production in the world and in our country.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 012

Industrial Energy Efficiency and Management

2

0

2

3

Course Content:

Turkey's Genel Enerji Status. Energy efficiency and management concepts. Gold elements of the energy management system, the creation of an energy management system, energy efficiency of steam systems and steam boilers. Co-generation and tri-generation, energy efficiency, electrical systems, thermal insulation and methods of economic analysis. Energy Saving Lighting. Methods of Economic Analysis. Use of Alternative Energy Sources. Combined Heat-Power Generation Systems.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 014

Aerodynamics of Wind Turbines

2

0

2

3

Course Content:

Aerodynamic forces and moments. The basic principles and equations. Flow types. Potential flow approach. One-dimensional potential flows. Airfoil aerodynamics. Two-dimensional potential flows. 2-D panel methods. Thin airfoil theory, finite wing theory. 3-D incompressible flows, low Reynolds number aerodynamics, turbine aerodynamics

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 016

Natural Gas Systems

2

0

2

3

Course Content:

Natural gas properties, production and transportation. Comparison with other fuels, and natural gas reserves. Gas flow equations and their applications. Gas pipelines, pressure reduction and metering stations. Natural gas power plants. Natural gas burners. Natural gas boilers. Installation sealing tests. Natural gas combustion systems. The use of natural gas in industry and households. Residential natural gas accounts.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 018

Petroleum Technology

2

0

2

3

Course Content:

Petroleum Technology, Petroleum Geological Formation, oil wells, character and Types of Crude Oil, Petroleum Products, Petroleum Refinery Processes: Crude Oil Distillation, Thermal and Catalytic Cracking, Reforming Processes, polymerization and alkylation processes, Polimerasation Processes, Solvent extraction, absorption and adsorption crystallization processes.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 022

Quality and Environmental Management Systems

2

0

2

3

Course Content:

Quality and environmental management concept and scope, methods of improving the quality, maximize productivity, shortening the process time, continuous improvement and development, global environmental problems, environmental management tools, pollution control strategies, environmental problems and policies in Turkey, national and international standards, environmental and industrial relations, environment, technology developments, environmental management systems.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 024

Design and Optimization of Energy Systems

2

0

2

3

Course Content:

Introduction to design of energy systems. Thermodynamic modeling, design analysis. Heat transfer modeling, design analysis. Computer Aided Design of Thermal Systems. Exergy Analysis. Thermodynamic Efficiency Evaluation and Development Guidelines. Heat and fluid flow applications. Thermodynamics, heat and fluid flow applications. Economic analysis. Thermoeconomic analysis. Thermoeconomic optimization.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 026

Coal Technology

2

0

2

3

Course Content:

The importance of coal in Turkey and in the world coal reserves, coal, Physical, Mechanical and Chemical Properties, Classification of coals, Coal Preparation Technology, Methods of Coal Washing, Coal Petrography, Coal Sampling, Coal Dewatering, desulfurization of coal, and coal Fluidized Bed Combustion, coal and Water Slurry, Coal Briquetting, carbonization and coking, liquefaction, gasification, coal Environment Relations, Landscaping coal Mines, Coal-based Air Pollution, coal Consumption Areas, Coal Trading, Carbon Containing Other Important Energy Resources, peat, bituminous schist, Asphaltite , Petrocoke.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 028

Facilities Planning

2

0

2

3

Course Content:

Facility description and purpose of planning. Facility site selection, site selection factors affecting the decision, location detection methods. The basic steps Facility placement. Type of product placement. Sequential placement process type. Process-type layout. Material handling systems. Storage. Assembly line balancing.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 048

Power Electronics-II

2

0

2

3

Course Content:

SCR, triac, diac, power BJT'si, and the power MOSFET circuits examination of the basic application elements. Examination of single and multi-phase rectifiers. AC-AC converters (direct and intermediate circuit) examination. Examination of the DC-AC and DC-DC converters.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 050

High Voltage Engineering

2

0

2

3

Course Content:

A brief overview of the theory of electric and electromagnetic fields. Generation and measurement of high voltages. Electrostatic fields and field coercions control. Electrical breakdown in gases. Solid and fluid biyoelektriklerde puncture. Resistant insulation testing techniques. Overvoltages, testing procedures and insulation coordination. External isolation design and test. High-voltage circuit elements: transformers, circuit breakers, disconnectors and lightning arresters. High voltage earthing facilities.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 052

Absorption Energy Systems

2

0

2

3

Course Content:

What is absorption? Absorption systems, absorption heating systems, absorption cooling systems, renewable energy systems, the use of absorption system.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 054

Introduction to Robotics

2

0

2

3

Course Content:

General information about Robots (Robot What is the different robot types, etc.), a motion control system, Position measurement, Robot kinematics and homogeneous transformation matrices, Denavit-Hartenberg representation, statics and dynamics of the robot, Robot control, Robot programming, Business-time diagrams, robot design of the foundations of economic analysis of robots, robot specific issues (vision, hearing, etc.).

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 056

Hydraulic Machines

2

0

2

3

Course Content:

Power, head and efficiency. Similarity, specific speed. Pumps, reciprocating and centrifugal pumps. Centrifugal pumps, structures and characteristics. Water turbines, Pelton turbines, special type reaction and adversely affected turbines, Francis, Propeller, and Kaplan turbines.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 058

Welding Technology

2

0

2

3

Course Content:

Adding methods. Liquid and solid phases of the welding process, oxygen gas welding, arc welding, electric resistance welding, optical welding process, soldering, welding and coating and cutting. Welding metallurgy, adhesives.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 060

Modern Control Techniques

2

0

2

3

Course Content:

Analysis of the time-domain responses of the control systems. The system response to the effects of poles and zeros, steady state errors. Systems in the frequency domain analysis, stability criteria. Control systems, design criteria, presentation of the methods used. Control system design, controller types and designs. The state feedback control. Integral state feedback control. Observer design. Robust control systems.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 062

Engineering Human Relations

2

0

2

3

Course Content:

Management is responsible for the engineers to do business with people inside and outside of an organization götürmesinin ways and means to a healthy relationship, the definition of governance, human and human characteristics and ways of obtaining and influence, communication, toplkantı management techniques, motivation, organizational, conflict resolution, stress, and solutions.

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 064

Climate Change and Environmental Impacts

2

0

2

3

Course Content:

Global balances, concepts of climate change and global warming, the causes of climate change, greenhouse gases and the greenhouse effect, flood and drought, climate change and its effects on ecosystems, climate change and water management, climate change and Turkey, measures to prevent climate change, climate change, compliance with the International protocols

Course Period:

8. Semester

Course Code

Course Title

T

P

K

ECTS-Cr

ESMS 066

Steel Structures

2

0

2

3

Course Content:

Steel structural elements, Design of Steel Structural Elements, Elements of Steel Structure Coupling Calculation, Rolled products, profiles, blades, plates, loads and load states, combining elements, riveted, bolted, welded compositions; pull rods, pressure bars, multi-piece pressure bars

 

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