Course Contents
COURSE CONTENTS:
COURSE NAME ACADEMIC WRITING 1 COURSE CODE AYD101 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 2+0
COURSE OBJECTIVE In this course; How to prepare and write texts such as exams, assignments, presentations, thesis; in which way and form it would be appropriate to convey the ideas of other people in a text; It is aimed to teach how the reference should be given and its techniques in practice.
COURSE CONTENT What is Academic Writing, What are the Differences between Academic Writing and Other Types of Writing? Elements of Academic Texts, Basic Rules in Academic Writing, Basic Components of Method Section Pattern-Model-Technical How to write? How to write a Finding Section? How to write the Discussion and Conclusion Section? Source searching, literature, citation and citation, Bibliography Management in Scientific Studies and Utilities (Mendeley, Endnote, Zotero, Citavi, RefWorks etc.) How Scientific Research is Done? Effective use of electronic resources and databases in scientific research, Types of scientific research and publication ethics, Analysis of ethical violations through sample research texts.
COURSE TITLE ATATÜRK'S PRINCIPLES AND REVOLUTIONARY HISTORY-1 COURSE CODE AİT101 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 2+0
COURSE OBJECTIVE To give accurate information about the Turkish War of Independence, Atatürk's Principles and Revolutions, the Kemalist thought system and the history of the Republic of Turkey, to give accurate information about Turkey and Atatürk's Principles and Revolutions, threats to Kemalist thought, to educate Turkish youth in indivisible integrity with their homeland, nation and state. It is to unite Atatürk's principles and revolutions around national goals in line with Atatürkist thought.
COURSE CONTENT Definition of Revolution, its stages and development environment, 19th and 20th century Ottoman intellectual movements, 1876 Declaration of Kanun-i Esasi-1, I. Meşrutiyet, 1908 Announcement of Kanun-i Esasi-2, II. Constitutional Monarchy, general situation of the Ottoman Empire in the 20th century, Tripoli War, Balkan Wars, World War I, Fronts, disintegration of the Ottoman Empire, Armistice of Mudros, occupation of Anatolia, reactions against occupations, Kuva-i Milliye, preparations for the War of Independence phase (Havza Circular, Amasya Circular, Erzurum Congress, Sivas Congress, Amasya Protocol), the meeting of the last Ottoman Parliament, the National Pact, the Treaty of Sèvres, the opening of the Turkish Grand National Assembly, the transition to the regular army.
COURSE NAME FOREIGN LANGUAGE 1 COURSE CODE YBD101 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 2+0
COURSE OBJECTIVE The aim of this course is to gain basic English concepts and usages and basic grammar proficiency.
COURSE CONTENT Developing and using basic foreign language knowledge
COURSE TITLE TURKISH LANGUAGE 1 COURSE CODE TDL101 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 2+0
OBJECTIVE OF THE COURSE The aim of the Turkish Language Course; to make higher education students comprehend the structure and functioning of their mother tongue as expressed in the Higher Education Law; in terms of language-thought connection, to gain the ability to use Turkish correctly and beautifully as a written and oral expression tool, to make a unifying and integrative language dominant in teaching, to reinforce mother tongue consciousness by introducing them to beautiful and valuable examples of our literature.
COURSE CONTENT Language and Languages: Language Nation Relationship, Language Culture Relationship Languages in the World and the Place of Turkish Language among World Languages; Language Families in terms of their Sources The historical development of the Turkish Written Language; Old Turkish, Middle Turkish, Divan-ü Lügat-it Türk, Atabetü'l-Hakayık, Khwarezm Turkish, Old Turkey Turkish (Old Anatolian Turkish); New Turkish Period, Modern Turkish Period, West, South West Turkish), Turkey Turkish, East (North) East Turkish), Karatay Turkish, Phonology (PHONETHICS), Sound and sound formation, major and minor vowel harmony, main phonetic events in Turkish ; Sound features of Turkish, syllable structure of Turkish, sentence stress. Shape Knowledge (MORPHOLOGY-FORMAL KNOWLEDGE), words in terms of shape, roots, stems, affixes (constructive affixes, inflectional affixes), words in terms of expression and functions; nouns, adjectives, pronouns, verbs, verb conjugation, morphological and tense suffixes, gerunds, prepositions, derivatives and nouns, semantics; meaning in the word, the meaning frame of the word.
COURSE TITLE BASIC MANUFACTURING OPERATIONS COURSE CODE 0860140180 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 3+1
COURSE OBJECTIVE It is aimed to gain competencies in basic manufacturing processes by using hand tools, drills, lathes, milling machines and grinding machines.
COURSE CONTENT 1. File, cutter types, measuring, control and marking tools, cutting principles and types.
2. Cutting tools suitable for the material, standing grinding stone benches, drill sharpening,
3. Types of drills, drill bit angles, material properties of the parts to be drilled and drills, drilling sequence, cycle calculation.
4. Reamer, tap, thread types, screw combs, tap and thread with screw opening sequence of operations.
5. Lathe types, parts, turning types, chucks, beds, cutting tools.
6. Turning pens, their types, center drill, speed and advance calculations, face and cylindrical turning process order.
7. Surface roughness, types of canal pencils, angles, sharpening, measuring instruments,
8. Taper turning methods, taper calculation, taper measuring gauges.
9. Types of drills, gradual drilling principles, types of caterpillars.
10. Screw types, gauges, types of screw pens, screwing into blind holes, number of mouths in screws.
11. Machine reamer types, lathe rail mounting techniques, workpiece reamer coaxial fastening technique.
12. Milling machines, face milling cutters, pocket cutters, depth of cut and feed rate calculations, milling directions, parallel clamping of the workpiece.
13. Types of slot and pocket milling cutters, safety measures of slot milling. Hole enlargement tools, invoice hole enlargement, simple division in milling, dividing apparatuses.
14. Grinding machines, types of grinding stones and their properties, Balancing methods, stone binding techniques, Stone sharpening technique.
COURSE TITLE SCIENTIFIC PRINCIPLES OF TECHNOLOGY COURSE CODE 0860140179 ECTS 5
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 3+1
COURSE OBJECTIVE To enable students to adapt to their advanced education, to determine variables in laboratory studies, to draw graphs and to develop their analysis skills.
COURSE CONTENT Materials and Properties, Static, Dynamic, Energy, Work and Power, Mechanical and Electromagnetic Wave Movements, Pressure in Fluids, Pressure in Fluids,
Electricity and Magnetism.
COURSE NAME MATHEMATICS 1 COURSE CODE 0860140186 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 3+1
COURSE OBJECTIVE With this course, the student; the mathematical knowledge and skills necessary for his profession.
competence will be gained.
COURSE CONTENT Week Modules/Content/Topics
1 The concept of algebra
2 The concept of polynomials and operations with polynomials
3 Ratio and proportion concepts and applications
4 Equation concept
5 The concept of inequality
6 Sum symbol, multiplication symbol
7 Sequence, finite sequence and constant sequence, equality of sequences
With four operations on strings of numbers
8 Arithmetic series, geometric series
geometric series, infinite geometric
9 Basic geometry Polygons Circle and circle
10 Geometric bodies, Coordinate systems, Conics
11 Basic trigonometry
12 Trigonometric functions
13 Basic operations in functions
Function variants
14 Parabola and its graph.
COURSE NAME TECHNICAL DRAWING COURSE CODE 0860140181 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 1 T+U 3+1
COURSE OBJECTIVE To gain the ability to read and draw technical drawings and construction drawings used in the machinery manufacturing sector.
COURSE CONTENT 1-The place and importance of technical drawing in industry, drawing tools, writing and numbers, lines and types
2 Making geometric drawings
3 Definition and definition of the concept of view subtraction and projection
classification
4 Types of projection planes
5 Dimensioning
6 Definition and importance of perspective
7 Parts expressed in one and two appearances
drawing perspective
8 Perspective of parts expressed in three views
9 Perspective of the circle
10 Definition and importance of sectioning,
11 Section lines and angles, scanning principles
12 Section applications
13 Tolerance
14 Surface treatment marks
COURSE TITLE ATATÜRK'S PRINCIPLES AND REVOLUTIONARY HISTORY 2 COURSE CODE AİT102 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 2+0
OBJECTIVE OF THE COURSE To teach and make people understand how the Republic of Turkey was shaped on Atatürk's principles and reforms, and the importance of Atatürk's goal of "capturing contemporary civilizations" for the Turkish nation.
COURSE CONTENT The War of Independence (Eastern Front, Southern Front, Western Front), Mudanya Armistice, Abolition of the Sultanate, Lausanne Conference, Proclamation of the Republic, Abolition of the Caliphate, attempts to transition to multi-party political life, 1925 Sheikh Said uprising, 1930 Menemen Incident, Ataturk's Principles and Revolutions , Atatürk Era Turkish Foreign Policy, II. World War.
COURSE TITLE MEASUREMENT AND CONTROL COURSE CODE 0860140185 ECTS 3
COURSE TYPE ELECTIVE COURSE SEMESTER 1 T+U 2+0
COURSE OBJECTIVE It is aimed to measure and control machine parts and to introduce the tools and devices used for these purposes.
COURSE CONTENT 1.The definition of measurement and control and its importance in mechanics. calipers
2.Micrometers
3. Angle measurement
4.Surface roughness measurement
5. Surface roughness measurement
6.Measuring the screws
7.Measuring gear wheels
8.Midterm Exam
9. Performing surface control with gauges and optical glasses
10. Checking the surface with gauges and optical glasses
11. To check the shape tolerance
12. To check the shape tolerance
13. To check the size tolerance
14. General repetition
COURSE TITLE TURKISH LANGUAGE 2 COURSE CODE TDL102 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 2+0
OBJECTIVE OF THE COURSE The aim of the Turkish Language Course; to higher education students, as expressed in the Higher Education Law? To be able to comprehend the structure and functioning of the mother tongue properly; in terms of language-thought connection, to gain the ability to use Turkish correctly and beautifully as a written and oral expression tool, to make a unifying and integrative language dominant in teaching, to reinforce mother tongue consciousness by introducing them to beautiful and valuable examples of our literature.
COURSE CONTENT Word groups, literal, figurative and literal meanings of words, Idioms, reduplications, terms, language mistakes, Turkish sentence structure, sentence elements, sentence analysis, written expression types such as novels, articles, essays, poems, presentations, reports and minutes examples Types of expression such as petition, business letter and CV writing, conversation and discussion
COURSE NAME CAREER PLANNING COURSE CODE KRP102 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 1+0
COURSE OBJECTIVE The main aim of the Career Planning Course is; to create career awareness, to ensure that students have information about different sectors, to recognize the tools they can use for their own development, and to direct them to the areas where they will be most productive and happy.
COURSE CONTENT It is recommended that the Career Planning course be taught within the framework of the draft created by the Presidency Human Resources Office, with videos and activities prepared for each week, and guest trainers to be invited from university lecturers, industry professionals, non-governmental organizations and international organizations.
COURSE NAME VOCATIONAL MATHEMATICS COURSE CODE 0860140191 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 2+0
COURSE OBJECTIVE In this course, exponential functions and logarithms, limit
and mathematical skills related to continuity, derivative and integral
competencies to be applied in their profession will be gained.
COURSE CONTENT Week Modules/Content/Topics
1 Exponential functions
2 Exponential functions and logarithms
3 Logarithms
4 Limits
5 Limits and Continuity
6 Continuity
7 Derivative
8 Using formulas in professional calculations
9 Derivative
10 Using formulas in professional calculations
11 Integral
12 Integral
13 Integral
14 Using formulas in professional calculations.
COURSE NAME FOREIGN LANGUAGE 2 COURSE CODE YBD102 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 2+0
COURSE OBJECTIVE The aim of this course is to gain basic English concepts and usages and basic grammar proficiency.
COURSE CONTENT Developing and using basic foreign language knowledge
COURSE TITLE MANUFACTURING PROCEDURES 1 COURSE CODE 0860140195 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 3+1
COURSE OBJECTIVE In the manufacturing workshop, it is aimed to turn the screws according to the standards by using the lathe, to perform special turning operations and to gain the proficiency of spur and helical gears using the milling machine.
COURSE CONTENT 1. Definition and properties of square screw. Square tapping techniques
2.Square screw cutters, Connecting square screw cutters to the workbench
Considerations for square screw pulling
3, Trapezoidal screw definition and features
Trapezoidal screw opening techniques
4.Trapezoidal screw cutters
Connecting the trapezoidal cutters to the machine
Considerations in pulling trapezoidal screws.
5, Round screw definition and specification
Round threading techniques
6.Round screw cutters
Connecting the cutters to the machine
Issues to be considered in screw pulling .
7.Multi-toothed screw definition and features
Multi-tooth tapping techniques
8, Visa Exam
9.Multi-toothed screw cutters
Connecting the cutters to the machine
Considerations for screw pulling
10. Definition of springs, features, types, usage areas
Spring calculation, Spring winding on the lathe
11. Definition of off-center turning process The points to be considered in the mis-centered turning process and the places where it is used
12. Definition and types of beds
Usage areas of beds
Turning with bearings
Considerations when using beds
13. Definition and usage areas of spur gear wheels
Spur gear calculations
Choosing the module milling cutter
Spur gear manufacturing techniques
Checking the opened gear with the module caliper
14. Definition and usage areas of helical gear wheels
Helical gear wheel manufacturing techniques
Helical gear calculations
Choosing the module milling cutter
Control of the opened gear with the module caliper.
COURSE TITLE MATERIAL TECHNOLOGY COURSE CODE 0860140196 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 3+1
COURSE OBJECTIVE In this course; material selection and inspection
aimed at acquiring competencies.
COURSE CONTENT 1. Materials used in the technical field, Basic concepts of atomic structure,
Basic concepts of solidification and melting,
2. Solidification and cooling curves of pure and alloyed metals, Dendrite and grain formation during solidification Crystal defects,
3. Standard designations of pure metal, Intermediate phase or compound and solid solution, Alloy steels,
4. Alloys that dissolve in each other in liquid state in every ratio, partially dissolve and never dissolve in each other in liquid and solid states, Solid state transformations,
5. Cooling curve of pure iron and allotropic change, Transformations in iron cementite phase diagram and iron cementite phase diagram,
6. Softening annealing, Normalization annealing, Spheroidization annealing, Stress relief annealing,
7. Quenching hardening, Martensitic structure, Isothermal transformation diagrams, Tempering,
8. Surface hardening by carburizing, surface hardening by nitriding, Flame hardening, Induction Hardening,
9. Elastic, plastic deformation and fracture,
10. Sampling, moulding, grinding and polishing, etching, Structural evaluation with microscopes and microscope,
11. The stress-strain curve obtained after the tensile test,
12. Hardness measurement methods, Fracture energy after impact test, S-N diagram after fatigue test,
13. Visual inspection method, Penetrant liquid inspection method, Ultrasonic inspection method,
14. X-ray inspection method, Magnetic inspection method,
COURSE NAME MACHINE VOCATION OFFICIAL COURSE CODE 0860140197 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 3+1
COURSE OBJECTIVE To ensure that the assembly and part manufacturing drawings of the machines are drawn in accordance with Turkish and International standards.
COURSE CONTENT 1 Surface treatment marks and application examples
2 Run-in tolerances and applications
3 Figure - position tolerances and applications
4 Bolts, nuts, pins, pins, wedges, circlips, etc. selection of standard elements and springs, drawing techniques and applications of one-piece-assembly drawings
5 Assembly drawings and rules to be observed in drawing assembly drawings
6 Assembly drawing applications Drawing assembly drawings from parts with construction drawings
7 Assembly drawing drawing applications Drawing construction pictures from assembly pictures
8 The design of the Shaft Bearing system, the rules to be considered in the design in terms of bedding, the way to be followed in the design, shaping and drawing of the axles and shafts. Example applications
9. Types of plain bearings, materials, lubrication elements and design of plain bearings
10. Plain bearing drawing applications
11. Rolling bearings (bearings) main elements, types, lubrication methods and the way to be followed in the selection of bearings.
12. Placement methods and fit tolerances of bearings on the shaft and in the housing
13. Bearing bearing drawing applications
14.5 Assembly drawing applications. Drawing construction pictures from assembly pictures.
COURSE NAME STRENGTH COURSE CODE 0860140194 ECTS 2
COURSE TYPE ELECTIVE COURSE SEMESTER 2 T+U 2+0
COURSE OBJECTIVE To be able to comprehend the design rules of machine elements.
COURSE CONTENT General concepts of strength, external and internal forces, types of support and reaction forces
Structural materials, stress types, simple tensile test, strain, strength values of materials, factor of safety
Normal force, shear force bending moment and diagrams in beams
Normal force, shear force bending moment and diagrams in beams Moment field method
Normal stress (tensile, compression) and strain
Normal stress (tensile, compression) and strain
Stress, strain with thermal loads, stresses in thin-walled pressure vessels
Simple cutting and shaping
Midterm / Course repetition
Torsional stress and strain
Calculation of center of gravity and moment of inertia in sections
Simple Bending, stress and strain
Simple Bending, stress and strain
Buckling stress and related calculations (Stability check)
Compound Strength, Tensile-Shear, Tensile-Torsion, Bending-Torsion, Tensile-Torsion-Bending.
COURSE NAME INTERNSHIP (25 WORKING DAYS) COURSE CODE 0860140226 ECTS 8
COURSE TYPE COMPULSORY COURSE SEMESTER 2 T+U 0+0
OBJECTIVE OF THE COURSE The application possibilities of the theoretical knowledge learned in the courses on the workbench in the Factory / Workshop environment.
COURSE CONTENT 1.Writing the internship book; It should start with the introduction of the workplace, production activities, location, facilities and general information such as occupational safety.
2. Introduction of the enterprise: The name, title, address, work, production capacity, etc. of the enterprise.
3.Theoretical information about the internship book workplace should be given briefly and practical information should be given in detail. In addition, it should be stated by giving reference from which publication the theoretical information given is taken. In the parts where practical information is given, technical drawings that have been photocopied or drawn in computer environment should not be placed.
4. A simple layout plan should be drawn for each unit where the internship takes place.
5. For each internship topic, it is necessary to record the examined applications in the notebook, in which the students participate in person or as a spectator.
COURSE NAME THERMODYNAMIC COURSE CODE 0860140203 ECTS 2
COURSE TYPE COMPULSORY COURSE SEMESTER 3 T+U 2+0
COURSE OBJECTIVE COURSE OBJECTIVES Competences related to basic thermodynamic concepts, laws of thermodynamics, work, heat, power, cycles, engine cycles, efficiency expressions, theory of combustion and fuels will be gained.
COURSE CONTENT Thermodynamic concepts and definitions (system, environment, cycle,...), Zeroth Law of Thermodynamics
Heat and work concepts and applications
Thermodynamic properties of pure substance
Ideal gas equation and state changes of ideal gases
Internal energy, volume change work, enthalpy, p-v Diagram
1st Law of Thermodynamics, Work in closed systems
Isotherm and Isobar State Changes
Isochor and Isentropic State Changes
Course repetition and midterm exam
1st Law of Thermodynamics for open systems, Technical work, Power
2nd Law of Thermodynamics, Entropy
Cycles, T-S Diagrams
Carnot Cycle
Engine cycles, comparison of cycles, Work, efficiency, power in internal combustion engines
Combustion products and analysis, fuel and combustion tables, alternative fuels and combustion, knocking caused by combustion in engines, evaporation of fuels, knock resistance.
COURSE TITLE MANUFACTURING PROCESS 2 COURSE CODE 0860140204 ECTS
4
COURSE TYPE COMPULSORY COURSE SEMESTER 3 T+U 3+1
COURSE OBJECTIVE In this course, it is aimed to provide the student with the competency of using the milling machine in the production workshop, gearing according to the standards and making special grinding operations using the grinding machine.
COURSE CONTENT 1. Definition of Rack and Rack Gear and its usage areas
Rack gear wheel manufacturing techniques
Rack gear calculations
2.Choosing the module milling cutter for rack gear
Checking the opened gear with the module caliper
3. Definition and usage areas of bevel gear wheel
Bevel gear wheel manufacturing techniques
Bevel gear calculations
4. Choosing the bevel gear module milling cutter
Checking the opened gear with the module caliper
5. Definition of worm screw and counter gear wheel and their usage areas
Worm screw and counter gear manufacturing techniques
Worm screw and counter gear calculations
6.Choosing the module milling cutter
7. Checking the gear opened with the module caliper
8. Chain gear definition and usage areas, Chain gear manufacturing techniques,
9.Hole grinding, Definition and importance, Tools and equipment used, Measurement and control in hole grinding,
10. Definition and properties of taper, Calculation of taper,
11.Conical grinding, Definition and importance, Tools and equipment used, Measurement and control in conical grinding,
12. Centerless grinding machines, Definition and importance of centerless grinding,
Tools and equipment used in centerless grinding,
13. Centerless grinding, Measurement and control,
14. General Examination.
COURSE TITLE COMPUTER AIDED DRAWING 1 COURSE CODE 0860140206 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 3 T+U 3+1
COURSE OBJECTIVE To give students the ability to prepare computer aided drawings.
COURSE CONTENT Comparison of traditional drawing and computer aided drawing / Introducing software and hardware / Drawing / Editing / Dimensioning / Settings / Views / Sections / Assembly drawings and adjustments
COURSE NAME CNC LATHE TECHNOLOGY COURSE CODE 0860140207 ECTS
5
COURSE TYPE COMPULSORY COURSE SEMESTER 3 T+U 4+2
COURSE OBJECTIVE With this course, preparing the CNC lathe for work, writing a program and
It is aimed to gain the competencies of making production.
1. Features of CNC lathe, parts of CNC lathe,
Working principles of CNC lathe,
2. Machine coordinate axes, Reference points, Control panel types,
Control panel keys and features,
3. Cutter and workpiece material relationship, Cutter types, features and places of use, Tool compensation settings, Tool holders and fasteners,
4. Zero points on the parts, Features of the elements used in zeroing, Resetting the tool according to the workpiece, Element and features used in the tool setting,
5. Giving cutting depth, machining angle and feeds, Tool roughing depth calculation, Clamping apparatus, Clamping control tools, Workpiece resetting methods,
6. Programming principles in CNC lathes, Positioning systems, Process and preparation commands, Auxiliary commands, Special commands,
7. Movement systems in CNC lathes, Coordinate systems, Movement types, Control types, Axes,
8. Definition and importance of simulation, Simulation programs, Running a program,
9. Programming using CNC lathe cycles:
a. face turning cycle,
b. Longitudinal rough turning cycle,
c. Radius chamfer cycle,
D. grooving cycle,
10. Programming using CNC turning cycles:
a. Profile rough cycle,
b. cavity channel cycle,
c. deep hole drilling cycle,
D. threading cycle,
11. Subprogramming technique, Subprogramming structure,
12. Programming using subprogram on CNC lathe,
13. Alarm options available on CNC machines. Error codes used in programming, Machine progress mode settings,
14. Measurement and control,
COURSE TITLE INFORMATION TECHNOLOGIES COURSE CODE BİL101 ECTS 2
COURSE TYPE ELECTIVE COURSE SEMESTER 3 T+U 1+1
COURSE OBJECTIVE To provide students to use the computer more effectively by giving basic computer knowledge and making applications.
COURSE CONTENT Basic Information / Windows Operating System / Word Processing / Using Databases / Preparing Presentations / Spreadsheet Applications / Using Information Networks: E-Mail, www
COURSE TITLE MACHINE ELEMENTS COURSE CODE 0860140205 ECTS 4
COURSE TYPE ELECTIVE COURSE SEMESTER 3 T+U 3+0
COURSE OBJECTIVE In this course; It is aimed to gain the competencies to comprehend the basic strength information to be encountered in the design, to classify the machine elements according to their properties, to calculate the strengths of the machine elements and to select the appropriate element.
COURSE CONTENT Unit Systems, dimensional analysis, Standards-Tolerances
Strength Calculations of Machine Elements
Material selection for Machine Element
Rivet connections
resource links
Solder and paste connections
Bolt connections
Bolt connections
Midterm
Shaft-hub connections
Shaft-Hub joints, Shafts and Axles
Plain Bearings, Bearings
Gear Wheels
Belt Pulley Mechanisms
Springs, Clutches.
COURSE TITLE WELDING TECHNOLOGY COURSE CODE 0860140209 ECTS 3
COURSE TYPE ELECTIVE COURSE SEMESTER 3 T+U 2+0
COURSE OBJECTIVE In this course; It is aimed to gain the competencies of melting-based welding methods and welding under protective atmosphere.
COURSE CONTENT 1. Gas fusion welding,
2. Gas melting welding,
3. Gas melting welding,
4. Electric arc welding,
5. Electric arc welding,
6. Electric arc welding,
7. MIG/MAG welding,
8. MIG/MAG welding,
9. MIG/MAG welding,
10. MIG/MAG welding,
11. TIG welding,
12. TIG welding,
13. TIG welding,
14. TIG welding,
COURSE TITLE BUSINESS PATTERNS COURSE CODE 0860140210 ECTS
3
COURSE TYPE ELECTIVE COURSE SEMESTER 3 T+U 2+0
COURSE OBJECTIVE In this course, it is aimed to provide the student with the competency of making drilling and fastening patterns in accordance with their technique.
COURSE CONTENT 1. Drilling mold design and drawing of construction drawings of mold elements,
2. Drawing of punching mold design and construction drawings of mold elements,
3. Processing punching die elements,
4. Processing punching die elements,
5. Processing punching die elements,
6. Assembly of punch die elements,
7. Trial the punching pattern,
8. Fastening mold design and drawing of construction drawings of mold elements,
9. Fastening mold design and drawing of construction drawings of mold elements,
10. Processing fastening mold elements,
11. Processing fastening mold elements,
12. Processing fastening mold elements,
13. Assembly of fastening formwork elements,
14. Try the binding pattern.
COURSE NAME CUTTING TOOL TECHNOLOGY COURSE CODE 0860140211 ECTS 3
COURSE TYPE ELECTIVE COURSE SEMESTER 3 T+U 2+0
COURSE OBJECTIVE It is aimed to gain qualifications related to quality assurance and standards in business life.
COURSE CONTENT 1.The Concept of Quality
2.Standard and Standardization
3. The importance of the standard in the production and service sector
4. Management quality and standards (ISO 9000s)
5. Quality management system models
6. Quality management system models.
7.Total Quality Management System
8.Midterm Exam
9.Strategic management Participation in management
10.a) Process management system
b) Resource management system
11.a) Resource management system
b) Efqm excellence model
12.a) Quality control in production
b) Inspection and sampling
13. Total quality control
14. By Statistical Distribution
COURSE NAME CNC MILLING TECHNOLOGY COURSE CODE 0860140214 ECTS
5
COURSE TYPE COMPULSORY COURSE SEMESTER 4 T+U 4+2
COURSE OBJECTIVE With this course, it is aimed to gain the competencies of preparing the CNC milling machine for work, writing a program and producing.
COURSE CONTENT 1. Features, parts and working principles of CNC milling machine,
2. Machine coordinate axes, Reference points, Control panel types, Cutter and workpiece material relationship,
3. Types of cutters, their properties and places of use,
4. Giving zero points, cutting depth, machining angle and feeds on the parts,
5. Programming principles in CNC milling machines,
6. Motion systems in CNC milling machines,
7. Definition and importance of simulation, Simulation programs, Running the program.
8. Programming using CNC milling cycles;
rectangular pocket milling cycle,
9. Programming using CNC milling cycles;
Circular pocket milling cycle,
10. Programming using CNC milling cycles;
Drilling, Tapping cycle,
11. Subprogramming technique, Subprogramming structure,
12. Programming using subprograms in CNC milling,
13. Alarm options available on CNC milling machines,
14. Measurement and control.
COURSE TITLE SYSTEM ANALYSIS AND DESIGN COURSE CODE 0860140216 ECTS 4
COURSE TYPE COMPULSORY COURSE SEMESTER 4 T+U 3+1
COURSE OBJECTIVE To complete and reinforce the teaching of manufacturing techniques, technological processes and applications. Being able to identify and list the processes related to the machine design project prepared by bringing together the theoretical knowledge gained in other courses, workshop and industry experiences. Being able to produce the prepared projects by using the acquired knowledge and skills, using the workshop and school facilities. to prepare and present a project.
COURSE CONTENT Feasibility study
feasibility study
feasibility study
feasibility study
feasibility study
Production of the project in the workshop
Production of the project in the workshop
Production of the project in the workshop
Midterm
Production of the project in the workshop
Production of the project in the workshop
Production of the project in the workshop
Production of the project in the workshop
Production of the project in the workshop
Evaluation of the project
COURSE TITLE HYDRAULIC AND PNEUMATIC COURSE CODE 0860140217 ECTS 5
COURSE TYPE COMPULSORY COURSE SEMESTER 4 T+U 3+1
COURSE OBJECTIVE It is aimed to teach the basic principles of hydraulic and pneumatic systems (pressure, force and laws of motion), hydraulic/pneumatic circuit elements, principles, design logic and industrial applications, maintenance and fault detection.
COURSE CONTENT 1. Basic principles of hydraulics and fluids (pressure, force, motion and work)
2.Fundamentals of hydraulics and fluids
3. Basic principles of hydraulics and fluids
4.Hydraulic systems and circuit elements
5.Hydraulic systems and circuit elements
6.Hydraulic systems and circuit elements
7.Hydraulic systems and circuit elements
8.Midterm Exam
9. Possible malfunctions in hydraulic systems and their elimination
10. Pneumatic systems and circuit elements
11.Pneumatic systems and circuit elements
12. Pneumatic systems and circuit elements
13. Design of hydraulic and pneumatic circuits
14. Fault detection and elimination.
COURSE TITLE COMPUTER AIDED DRAWING 2 COURSE CODE 0860140218 ECTS 5
COURSE TYPE COMPULSORY COURSE SEMESTER 4 T+U 3+1
COURSE OBJECTIVE To give students the ability to prepare computer aided drawings.
COURSE CONTENT Comparison of traditional drawing and computer aided drawing / Introducing software and hardware / Drawing / Editing / Dimensioning / Settings / Views / Sections / Assembly drawings and adjustments
COURSE TITLE UNCONDITIONAL PRODUCTION METHODS COURSE CODE 0860140221 ECTS 3
COURSE TYPE COMPULSORY COURSE SEMESTER 4 T+U 3+0
COURSE OBJECTIVE To be able to comprehend the types and basic functions of advanced and non-traditional production methods in the machinery industry.
COURSE CONTENT 1.The definition and types of these methods at the basic level.
2. Cutting with water jet and abrasive water jet.
3. Electro-erosion methods. Dielectric fluids.
4. Electrode types used in electro-erosion.
5. Machining by wire erosion.
6. Laser and Plasma energy.
7. Machining with these energies.
8.Advanced welding methods.
9. Laser welding method.
10. Plasma welding method.
11. Friction and mixing welding.
12. Electron source. Ultrasound source.
13. Gas and submerged arc welding.
14. Comparison of advanced and classical welding methods.
COURSE TITLE OCCUPATIONAL SAFETY COURSE CODE 0860140199 ECTS 2
COURSE TYPE ELECTIVE COURSE SEMESTER 4 T+U 2+0
COURSE OBJECTIVE With this course, it is aimed to provide students with the competencies to take safety precautions in a way that will not harm employees and to evaluate recycling wastes in accordance with AWS Z49.1 and TSE TS 6263.
COURSE CONTENT Definition and legislation of occupational safety
occupational diseases
Protective and preventive measures
Legislation on emitted gases, environmental pollution and harmful gases
Occupational safety and Occupational safety equipment
Burns and protective measures
Electric shock and preventive measures
Eye protection measures during welding
indoor air quality
ventilation equipment
Waste and waste classification
waste storage
Recycling and recycling systems
Hazardous waste regulations
COURSE NAME BUSINESS MANAGEMENT AND MANUFACTURING CONTROL COURSE CODE 0860140215 ECTS 3
COURSE TYPE ELECTIVE COURSE SEMESTER 4 T+U 3+0
COURSE OBJECTIVE To gain competencies related to establishment and development of a business.
COURSE CONTENT 1. Following Microeconomic Data,
2. Analyzing Macroeconomic Indicators,
3. Identifying Gaps in the Market,
4. Evaluating the Investment Alternatives and Choosing the Most Appropriate One,
5. Conducting Feasibility Studies,
6. Knowing the Environment of the Business,
7. Demand Analysis and Estimation, Determining the Establishment Place of the Business,
8. Determining the Place of Establishment of the Business, Determining the Legal Structure of the Business,
9. Determining the Legal Structure of the Business,
10. Determining the Capacity of the Workplace, Determining the Total Investment Cost and Providing Financing,
11. Estimated Income-Expense Calculation,
12. Estimated Income-Expense Calculation, Workplace and Production Plan,
13. Making Workplace and Production Plan, Executing the Installation Procedures of the Investment,
14. Establishing the appropriate structure and opening the workplace,
COURSE TITLE QUALITY ASSURANCE AND STANDARDS COURSE CODE 0860140220 ECTS 3
COURSE TYPE ELECTIVE COURSE SEMESTER 4 T+U 3+0
COURSE OBJECTIVE It is aimed to gain qualifications related to quality assurance and standards in business life.
COURSE CONTENT 1.The Concept of Quality
2.Standard and Standardization
3. The importance of the standard in the production and service sector
4. Management quality and standards (ISO 9000s)
5. Quality management system models
6. Quality management system models.
7.Total Quality Management System
8.Midterm Exam
9.Strategic management Participation in management
10.a) Process management system
b) Resource management system
11.a) Resource management system
b) Efqm excellence model
12.a) Quality control in production
b) Inspection and sampling
13. Total quality control
14. By Statistical Distribution
