Machine

In the 1000m2 closed area where the vocational courses and applications of the program are held; There are workshops with conventional benches and laboratories for other courses. For courses that require computers, 3 computer laboratories of the School are used. Existing machine tools, devices and test sets maintain their up-to-dateness at 60%, and updates are made as needed.

Machine program; Technical Sciences Vocational School, which is located in Akdeniz University's campus in the center of Antalya, provides education in 1 branch in formal education and in 2 separate branches in secondary education. The quota of the branches is limited to 60 students. A total of 120 credits of courses in 4 semesters covering 2 years, theoretically and practically; It is given by expert and experienced instructors in classrooms, laboratories and workshops. However, our students; They can also develop themselves socially by participating in cultural and artistic activities held on the university campus.

Machine program; It is an associate degree program that aims to provide 5th level academic and professional qualifications. Student; Graduates from the program by completing 120 ECTS/ECTS credits, provided that they take 30 ECTS/ECTS credits each semester. The graduate student is awarded an associate degree diploma in the Machinery Program.

In the program; In addition to the compulsory courses of YÖK and basic science courses, in order to gain professional knowledge and skills; There are conventional bench training, computer-controlled design and production courses covering today's technologies, engineering courses at the associate degree level, and courses in which industrial materials used in the production of machine parts are taught. The details of the courses in the curriculum are specified in the course catalogues.

Mechanical program graduates graduate with the title of technical staff-Technician with 5th level academic and professional qualifications and receive an associate degree diploma.

Large, medium and small scale industrial establishments and public institutions operating in the machinery manufacturing sector, especially machining; He can work at the level of Technician (5th level professional staff) in material purchasing and testing departments, drawing design offices, all machines and benches used in the production process, and quality control units.

In the program; Related to the field of Machinery and Metal Technologies; It is aimed to train technical staff with 5th level academic and professional qualifications related to knowledge, skills, comprehension, application, analysis, synthesis, creativity and evaluation.

MMAK101 Measurement Control

Measuring with advanced calipers, gauges and micrometers, Comparators, Measurement of Angle and Angle Scales, Determination of Shapes and Positions, Surface Control with Gauges and Optical Glasses, Principles of Lapping and Gauging, Surface Completeness, Measuring Screw Threads, Measuring Gears, Calibration.

1. Characteristics, principles, scope and duties of machine technician. 2. Knowledge and skill operations of adjustable measuring and control instruments. 3. Basic turning knowledge and skill operations on universal lathes4. Basic milling knowledge and skill processes in universal milling machines 5. Sharpening of cutting tools in grinding wheels, knowledge and skill processes.

MMAK105 Material Technology

Fundamentals of material knowledge, Metal materials are composed of very small crystals and the properties of this formation, Iron-carbon alloys (steels), Stages of iron-carbon alloy. Iron carbon ratios and its effect on steel, Classification of steels, Obtaining of steel types. Heat treatments, Heat treatment methods and stages, Material inspections. Destructive and non-destructive testing methods, Non-ferrous metals. Aluminum, copper and its alloys. Other non-ferrous metals.

MMAK102 Machinery Occupation Picture

Dimensional tolerances, Importance of dimensional tolerances in manufacturing, Lapping systems (Normal Hole-Normal Shaft), Lapping types, Tolerance applications, Shape and position tolerances, symbols and standards, Showing shape and position tolerances in sample drawing applications, Gear wheel, profiles and types, Straight Drawing gear pictures, Helical gear, bevel gear drawings, Worm screw, rack-pinion gear drawings, Chain gear drawings, Dimensioning in construction drawings, Showing tolerance and roughness in construction drawings, Letterhead arrangement and material determination, Assembly drawings, Group assembly drawing , Main assembly drawing, Drawing assembly drawings, Determining assembly numbers and assembly order, Editing assembly letterhead.

MMAK104 Manufacturing Operations I

1. Characteristics, principles, scope and duties of mechanical technician. 2. Knowledge and skill operations of adjustable measuring and control instruments.3. Basic turning knowledge and skill operations on universal lathes4. Basic milling knowledge and skills in universal milling machines5. Sharpening of cutting tools in grinding wheels, knowledge and skill processes.

MMAK106 Computer Aided Drawing I

Basic CAD Concepts and Introduction to AutoCAde; Basic AutoCAD Drawing and Editing Commands; The use and creation of the layer concept; Settings, Customization, Dimensioning; Letterhead drawing and template creation; Isometric perspective drawings; Creating and using block drawings, Drawing of standard machine elements; Printing and settings from the printer; 3D drawing, Professional applications.

MMAK201 Computer Aided Drawing II

Modeling of simple and complex machine parts. Assembling the parts by associating them. Advanced and mechanical linking and animation of assembled machines, devices and tools. Modeling of machine parts made of sheet “Sheet” material.

MMAK203 Computer Aided Manufacturing I

Creating toolpaths for all turning operations used in the industry with CAM software for CNC lathes. Simulation of operations. Generating G-M codes according to the various control units of the processes and using these codes on the CNC lathe to produce.

MMAK205 Manufacturing Operations II

1. Basic Knowledge and Skill Operations on Universal Lathes 2. Basic Knowledge and Skill Operations on Universal Milling Machines3. Knowledge and Skill Operations of Adjustable Measuring and Control Instruments4. Free-Hand Single-Headed Cutter Grinding in Grinding Stone Machines (Continued) 5. Basic Knowledge and Skill Operations of Grinding Machines.

MMAK207 Machine Elements

General introduction and classification of machines. Forces affecting machine elements. Classification of machine elements. Removable machine elements. Wedges, pins, screws, bolts and nuts and standards. Non-removable machine elements. Rivets. Joinings by hot fit, welding and soldering. Lubrication systems. Miller trunnions and bearings. Grip systems. Belt pulley mechanisms. Gear wheels. Lifting and conveying machines.

MMAK209 Thermodynamics

Basic terms of thermodynamics 1. System, environment 2. Change of state 3. Cycle, unit systems 4. Specific volume, density, pressure. Laws of thermodynamics1. Zeroth law of thermodynamics (thermal equilibrium) 2. First law of thermodynamics 3. II. Law. Work and heat concepts, work and heat conversions i1. Constant volume, constant pressure, constant temperature and polytropic processes 2. Expressions of work, power, efficiency.

MMAK211 CNC Lathe Technology

Introducing CNC lathes, their usage, types and writing part production programs using G-M codes, preparing the machine for production, uploading the written production program to the control unit and making the production.

MMAK213 Strength

Elements under normal force, Elements subject to torsional moment, Elements subject to bending moment, Elements subject to combined strength states, Elements with vertical loads, Elements under buckling loads.

MMAK215 System Analysis and Design I

System Concept and General System Theory, Information System and Information System Types, Information System Development Process, System Analyst Roles and Skills, Preliminary Review and Feasibility Analysis, System Proposal Preparation and Presentation, System Analysis, System Design, System Implementation, New System Transition Process .

MMAK202 Hydraulic Pneumatic

Analysis of Hydraulic System Elements; pumps; engines; valves; Batteries; rollers; Establishment and Automation of Hydraulic Circuits; Pneumatic Circuit Elements; Establishment and Automation of Pneumatic Circuits; Comparison of Hydraulic and Mechanical Systems; Hydro Pneumatic Systems. Periodic maintenance of hydraulic and pneumatic systems.

MMAK204 Computer Aided Manufacturing II

Creating toolpaths for all milling processes used in the industry with CAM software for CNC milling machines. Simulation of operations. Generating G-M codes according to the various control units of the processes and using these codes on the CNC Milling machine to produce.

MMAK206 Unconventional Manufacturing Methods

Comparison of traditional and unconventional manufacturing methods. Industrial usage areas of unconventional manufacturing methods. Unconventional production methods and technological requirements. Classification and superiority of unconventional manufacturing methods. Water jet processing.

Abrasive Waterjet and ultrasonic (Beyond Sound) machining. Chemical (ChM) and photochemical (PCM) processing. Electrochemical processing. Machining by electro-erosion. Machining with laser beam and plasma.

MMAK208 Work Patterns

Presentation of business patterns. Usage purposes and places of use. Production benches where punching dies and fastening dies are used, die design and applications. Selection of ready-made drilling and fasteners from catalogs. Adaptation of hydraulic and pneumatic systems to clamping moulds.

MMAK210 Reverse Engineering and Quality Control

Setting up the system for 3D Optical Measurement, Calibrating, Scanning, Optimizing the Data, Reverse Engineering, Quality Control, Setting up the system for photogrammetric measurement, Positioning the auxiliary equipment, Shooting, Digitizing the photos, Exporting the points.

MMAK212 CNC Milling Technology

Introducing CNC milling machines, their usage, types and writing part production programs using G-M codes, preparing the machine for production, uploading the written production program to the control unit and making the production.

MMAK2014 Volume Mold Design

The volume mold required to produce a modeled industrial product by mass-injecting plastic and light metal alloy in the mold; Modeling using 3D element-based solid modeling software, assembly of mold cores and tools and simulation of operation.

MMAK216 System Analysis and Design II

Identifying the project, Drawing the manufacturing and assembly drawings, Analyzing the material, work and cost, Filing the documents, Making the production using the information obtained, Presenting the project.

Akdeniz University, Antalya Vocational School was established on 20.07.1982 in Antalya. Antalya Vocational School Machinery Program was included in the scope of YOK / World Bank 2nd Industrial Education Project in 1989 and within the scope of this project; The workshops and laboratories are equipped with workbenches, equipment, machines and computers, and the instructors have been given 9 and 3 monthly trainings in England. With the decision of the Higher Education Executive Board dated 11.03.1993, it was divided into 2 (two) Vocational Schools, namely the Vocational School of Technical Sciences and the School of Social Sciences. The Machinery Program has been serving within the Vocational School of Technical Sciences since this date.