General Information

The CNC Programming and Operation Program provides both theoretical and practical training on the use of CNC (Computer Numerical Control) machines, which form the foundation of modern manufacturing technologies. The program covers machining methods, CNC lathe and milling technologies, CAD/CAM software, cutting tool selection, occupational safety, quality control, and production standards. Students gain competence in programming, operating, and maintaining CNC machines used in industrial production processes. Throughout their education, they acquire sectoral experience through workshop practices, computer laboratory work, and workplace training.

Length of Programme & Number of Credits

2 Year - 120 ECTS

Feature & Definition

This is a two-year associate degree program where students receive training in CNC machine programming, technical drawing interpretation, computer-aided design (CAD), and computer-aided manufacturing (CAM). Key features of the program include: Writing and editing programs using G and M codes for CNC lathes and milling machines Proficiency in CAD/CAM software such as SolidWorks, AutoCAD, and Mastercam for design and manufacturing programming Cutting tool selection, machining parameters, and machining techniques Maintenance and troubleshooting of CNC machines Error analysis, problem-solving, and quality control techniques in production Occupational safety, environmental protection, and professional ethics practices

Mode of Study

Full Time

Head of Department

Doç. Dr. DENİZ MUTLU ALA

ECTS / Course Catalog Coordinator

Öğr. Gör. ARDA YENİÇUN

Erasmus Coordinator

Öğr. Gör. ARDA YENİÇUN

Internship Coordinator

Öğr. Gör. ARDA YENİÇUN

Orientation Staff

Öğr. Gör. ARDA YENİÇUN

Goals

The main purpose of the program is to train qualified intermediate staff in the programming, operation, and maintenance of CNC machines, which are widely used in the industry. In line with this purpose: To teach students the theoretical foundations and practical applications of manufacturing processes To provide competence in CNC programming and CAD/CAM software To instill awareness of quality, efficiency, and occupational safety in industrial production To train technicians who can follow technological developments, are open to learning, and possess problem-solving skills

Objectives

The program aims to achieve the following objectives: To provide the knowledge and skills necessary to teach the working principles, programming techniques, and application processes of CNC machines To graduate individuals who can effectively use CAD/CAM software, interpret technical drawings, and accurately analyze production data To train technicians who are conscious of quality control, error analysis, and occupational safety in production To produce individuals who can adapt to current technologies in the industry, and are creative and solution-oriented To educate intermediate staff with high employability in the manufacturing sector, both locally and nationally, and who possess professional ethical values

Specific Admission Requirements

Admission to the program in the Department of Student Affairs Minister Çukurova University in the "Student Admission and Registration under the heading" described in detail.

Qualification Awarded

Students who successfully complete the Mechanical Engineering Program are awarded an Associate Degree and the title of "Mechanical Technician". When students complete a certain amount of credits and meet graduation requirements, they gain the knowledge and skills to work as a qualified technical staff in industrial and manufacturing areas.

Level of Qualification

Associate

Qualification Requirements of Graduation

To graduate from the CNC Program, students must meet the following requirements: Completion of Courses and Credits: Students must successfully complete the courses specified in the program curriculum and complete the required number of credits in total (usually 120 credits). Achievement Grade: Students must receive the passing grade determined for each course (usually 60/100) and their general grade point average (GPA) must be at a certain level (usually 2.00/4.00). Internship and Practice: Students are required to complete the internship program that provides direct contact with the business world. The duration and content of the internship are determined in accordance with the academic calendar of the program and must be completed successfully. Occupational Health and Safety Training: Students must receive occupational health and safety training and obtain the necessary certificate. Practical Training: Participation in workshop and laboratory courses given within the scope of the program is mandatory. These courses are important in order to enable students to develop their practical skills. Course Content and Completion of Deficiencies: Students must complete all required courses in order not to fail any course and to complete their graduation without delay due to missing courses. If all these conditions for graduation are met, students receive an Associate Degree with the title of Mechanical Technician.

Access to Further Studies

Students who complete the CNC program have various opportunities to move to higher levels in their education and careers after graduation. These transition paths vary depending on the knowledge and skills that students have, as well as the career goals and education options they want to pursue. Undergraduate Education with Vertical Transfer Exam (DGS): Students have the opportunity to receive undergraduate education through the Vertical Transfer Exam (DGS) after graduation. This exam allows vocational school (VOC) graduates to transfer to undergraduate programs at various universities. They can gain more in-depth expertise by receiving undergraduate education in fields such as machinery, mechanical engineering, industrial engineering, and automotive engineering. Undergraduate programs offer students broader career opportunities and enable them to take on higher-level positions in their professions. Career Advancement in the Business World: Graduates can reach higher positions in the business world as they gain sectoral experience and develop their professional skills. During this process, they can develop in leadership, project management, and expertise areas and assume positions such as production managers, quality control managers, and project managers. These types of positions allow graduates to take on more responsibility and use their professional skills. Starting Their Own Business (Entrepreneurship): Graduates with an entrepreneurial spirit can also evaluate the opportunity to start their own business. Especially in the manufacturing sector, they can offer innovative solutions to the sector by establishing their own engineering and manufacturing companies. For students who want to start their own business, MYO education provides technical knowledge and practical experience, allowing them to evaluate opportunities in this field. As a result, students have the opportunity to continue their undergraduate education through the Vertical Transfer Exam (DGS). In addition, they can advance their careers in the business world with entrepreneurship and professional development opportunities.

Internship

CNC Program students are required to complete a mandatory internship to gain experience in the business world. Internships provide students with a great opportunity to apply their theoretical knowledge in real work environments, follow developments in the sector and adapt to business life. Internships are a requirement for graduation and contribute to the development of students' professional skills. Purpose of Internship: To provide students with real work experience in the fields of mechanical engineering and manufacturing technologies, To ensure that they learn computer-aided manufacturing (CAD/CAM), machining and chipless manufacturing processes, To provide students with practical training in important areas such as occupational health and safety, welding applications, To strengthen the cooperation between the industry and the university and to ensure that they gain information about the sector. Internship Content: Internships are carried out in industrial establishments or companies in the relevant sector. Students complete an internship in a workplace that includes at least 5 subjects. These topics are as follows: Hand Tools and Machine Tools: Students will take part in production processes using hand tools and various machine tools, shape machine parts and learn and apply machining processes. Machining: Students will learn machining methods such as lathe, milling, and drilling in practice. Chipless Manufacturing: Students will gain experience in chipless manufacturing methods such as laser cutting and water jet cutting. Computer Aided Manufacturing (CAD/CAM): Students create their designs in a digital environment using CAD/CAM software and produce them by transferring them to the production process. Automatic Control and Systems: Students will learn the basic principles of industrial automation systems and experience automatic control applications in practice. Occupational Safety: During the internship, students will learn occupational safety rules and take the necessary precautions to ensure safe working conditions. Welding Applications: Students will learn welding methods and take an active role in various welding processes. Internship Duration and Evaluation: The internship must be completed by students for 30 working days. Students report that they have gained practical experience in the specified subjects during the internship period. The internship will be evaluated according to the students' performance in the workplace, the training they received, and the internship reports they will submit in writing. At the end of the internship, students report their experiences to their instructors, and this report is an indication that the internship has been successfully completed. The internship is a mandatory requirement that students must fulfill for graduation.

Applied Course

Practical courses are an important stage of education that allows students to use their theoretical knowledge in practice and develop their professional skills. In these courses, students strengthen their ability to solve problems they may encounter in industrial and production areas and gain experience working with various machines and equipment. The content of practical courses is aimed at providing students with practical skills they will encounter in the business world.

Work Placement

Bu programda işyeri eğitimi bulunmamaktadır.

Double Major, Additional Major & Exchange Possibilities

The Machinery and Metal Technologies program offers students different education and experience opportunities both domestically and abroad, allowing them to adapt to globally developing technology and industry trends. These opportunities aim to provide students with not only theoretical knowledge but also practical experience at an international level. The exchange opportunities of the program are as follows: Erasmus+ Program: Students have the opportunity to participate in the Erasmus+ student exchange program within the framework of agreements made with various universities in Europe. In this way, they can study at universities in Europe, meet different cultures and interact with the international business world. Domestic Exchange Programs: Students can participate in one-term exchange programs within the scope of protocols made with other universities in Turkey. These exchange programs allow students to meet different education methods and gain practical experience in industrial centers across the country. Business World and Sector Exchange Opportunities: Students can participate in projects carried out in cooperation with industry and university during the program and have the opportunity to work in cooperation with companies in different sectors. These opportunities are of great importance in terms of following the latest developments in the sector and gaining practical experience. International Internship Opportunities: Students can gain experience in the global business environment by doing internships in various industrial organizations or universities abroad during the program. These internships help students learn about international work culture and develop skills that are valid worldwide. Double Major and Minor Opportunities: Students can have a multidisciplinary education process by studying in another department in addition to their own department. Double major or minor programs allow students to gain expertise in different areas and offer a wide range of competencies in the business world. These exchange opportunities offer students the opportunity to meet different cultures, establish a wide network and be competitive in the international arena. These opportunities offered by the program contribute greatly to the personal and professional development of students.

Employment Opportunities

Graduates of the CNC Program can find the opportunity to work in a wide range of jobs with the technical knowledge and skills they have acquired. The program provides students with all the necessary equipment to effectively take part in various areas of the industry. Graduates can be employed in the following areas: Manufacturing Sector: Technicians who can work in machinery and metal processing, manufacturing and assembly lines are trained. Students can take part in the planning, monitoring and improvement of production processes in various companies in the manufacturing sector. Machinery Maintenance and Repair: In the field of machinery maintenance and repair, they can work as technicians who can maintain industrial machines and detect and solve faults. CNC Operation and Programming: Graduates who specialize in programming and operating CNC machines can work as CNC operators or CNC programmers in various manufacturing companies. Design and R&D Departments: Graduates who can use computer-aided design (CAD) and computer-aided manufacturing (CAM) software can work in design and research and development (R&D) departments. Quality Control and Inspection: They can work in the fields of quality control and inspection in production and manufacturing processes, ensuring that production processes comply with the standards. Occupational Health and Safety: Graduates who have received training in occupational health and safety can work as occupational safety specialists in industrial organizations and work to ensure the safety of working environments. Public and Private Sector: They can work in many different business lines in the public and private sectors as mechanical technicians. They can be employed in various positions in municipalities, public institutions, large industrial facilities and private production companies. Graduates of the Mechanical Program can quickly join the business world thanks to these wide employment opportunities in the industrial and manufacturing sectors. They can also evaluate the opportunity to establish their own businesses in the field of entrepreneurship.