DEPARTMENT OF MACHINERY AND METAL TECHNOLOGIES

ABOUT THE PROGRAM

In this department, there are 3 academicians and a total of 65 students and 24 of them are active students.

Within the department, there are Basic Manufacturing and CNC workshop, AUTOCAD Computer Laboratory and Technical Drawing Drawing Laboratory.

In this department, it is ensured that basic technical training is supported by laboratory practices and professional studies can be performed.

Courses in Mechanical and Metal Technologies Program; theoretical and applied information, experimental skills and abilities are given according to the applications in modern technology. The laboratories of the program have modern research equipment and equipment to provide scientific support. Graduates work as intermediate staff in the machinery manufacturing industry with the title of technician.

THE AIM OF THE PROGRAM

The purpose of the machine program is to train machine manufacturing technicians with the quality criteria demanded by the manufacturing industry.

To students;

Ability to recognize and use the production tools and techniques used in the manufacturing industry.

Ability to recognize and use tools and techniques used in machining and chipless production.

Welding technology knowledge and ability, gaining the ability to use measurement and control instruments used during manufacturing.

Ability to read drawing and drawing technical drawings in AUTOCAD environment or manually.

The ability to realize production by writing programs for CNC machines, by installing these programs on CNC machines, is gained.

Knowledge and skills are gained about new production, management techniques and quality management systems.

Some of the Machine Program's Interests are

• Machining and chipless manufacturing methods with conventional machine tools
• Machining methods with modern machine tools
• Hydraulic and Pneumatic machine design and production
• CAD / CAM Computer aided design and production

TECHNICAL INFRASTRUCTURE AND LABORATORY OPPORTUNITIES

Machine Shop

• CNC machine (milling) Department
• Conventional Lathe Machine Department
• Grinding and tool sharpening Department
• Handicraft and Sheet metal Works Department

Material Laboratory

Drawing and CAD lab:

Classical drawing methods, computer aided drawing methods (AutoCAD, Solid Works).

If those who graduate from high school or other departments other than the departments determined for transition without examination, who will be graduated from the high school entrance exam (YGS) held by ÖSYM Presidency, and if they have enough “Numerical (SAY)” score, they will be open to the programs that are open with additional placement after the placement. They can be placed according to their YGS scores.

WORK AREAS AND EMPLOYMENT OPPORTUNITIES

(Sectors and job types where students who graduate from the Machine Program can be employed)

• Traditional professional fields Manufacturing Sectors

• Turning Milling Grinding (cylindrical and plane)

• Welding, (Electric arc and Oxy-gas welding)

• Unconventional  advanced machinery professions

• Programming and operator of CNC turning lathes

• Programming and operator of CNC milling machines

• Advanced Welding (gas welding) CAD Computer aided design CAM Computer aided production

• Automotive industry (Road, rail, sea, air)

• Electric Machinery manufacturing and spare parts

• Mechanical (non-electrical) Machinery manufacturing and spare parts

• Household appliances

• Construction machinery,

• Electrical and mechanical home appliances

• Electrical and mechanical hand tools

• Molding and work patterns

• Engineering design offices

Maintenance and Repair sectors

Food, energy, paper, glass, chemistry, textile, building materials, etc. Factories.

UNDERGRADUATE PROGRAMS THAT GRADUATE STUDENTS CAN TRANSFER VERTICALLY

Those who successfully complete the machine associate degree program can transfer vertically to the following programs if they pass the Vertical Transfer Exam (DGS) opened by ÖSYM:

• Industrial Engineering

• Energy systems Engineering

• Shipbuilding and Marine Machinery Engineering

• Ship Machinery Management Engineering

• Ship and Marine Technology Engineering

• Manufacturing engineering

• Mechanical engineering

• Mechanical and Manufacturing Engineering

• Material science and engineering

• Materials Engineering

• Metallurgy and Materials Engineering

• Automotive engineering

• Agricultural Machinery and Technologies Engineering

ENTRY REQUIREMENTS FOR VOCATIONAL EDUCATION

Technical High School and Industrial Vocational High Schools

• Machine

• Leveling,

• Computer Numerical Control (CNC),

• Machine Technology,

• Machine Painting,

• Metal work,

• Engine,

• Automotive Technology,

• Metal Technology,

• Metallurgy,

• Ship Machinery,

• Hydraulic and Pneumatic,

• Mechatronics,

• Casting,

• Foundry,

• Casting Technology,

• Industrial Casting,

• Machine Model,

• Model,

• Modeling,

• Computer Aided Industrial Modeling,

• Mold / Molding,

• Industrial Mechanics,

• Industrial Automation Technologies,

• Industrial Automation Technology (Electronic),

• Industrial Automation Technology (Mechanics / Machinery),

• Construction Machinery,

• Construction Machinery Maintenance and Repair,

• Construction Machinery Operations,

• Garment Machinery Maintenance and Repair,

• Aircraft Maintenance,

• Aircraft Maintenance Technician and Airframe Engine,

• Aircraft Maintenance Technician and Airline Technician,

• Aircraft Engines,

• Aircraft Engines Maintenance and Repair.

Academic staff

Associate Professor Cihan YILDIRIM

Lecturer Sirer ALBAYRAK

Lecturer Cemalettin YILDIRIM