Industrial engineering is an engineering discipline concerned with the optimization of complex processes, systems, or organizations by developing, improving, and implementing integrated systems of people, money, information, knowledge, equipment, energy, and materials. Industrial engineering is the study of the optimization of complex processes or systems. Industrial engineering focuses on the fundamental concepts of the design, planning, and optimization of manufacturing and production processes.
Industrial Engineering is a four-year undergraduate program. Like all engineering departments, this department accepts students based solely on numerical scores.
Prospective students aiming to study industrial engineering;
- Computer Programming,
- General Economics,
- Materials Science,
- Operations Research,
- Cost Analysis,
- Scientific Research Techniques,
- Production Planning and Inventory Control,
- Database Management Systems,
- Quality Planning and Control,
- Management Information Systems,
- Occupational Health and Safety
Especially Students will be responsible for many courses throughout their eight-semester education. Students who successfully complete all of these courses will be eligible to receive an "Industrial Engineering Bachelor's Degree." Graduates will receive the title of "Industrial Engineer."
Industrial Engineering is one of the engineering disciplines that offers opportunities to work in different sectors and has a wide range of employment opportunities. Industrial engineers undertake tasks that contribute to the more efficient, high-quality, and sustainable execution of processes in the manufacturing, service, and public sectors. Graduates can work in many different areas such as production planning, quality management, supply chain and logistics, process development, operations management, project management, data analysis, maintenance planning, procurement, human resources, business development, and strategic planning.
In addition to industrial organizations, banking, healthcare, information technology, energy, defense industry, e-commerce, retail, consulting, and transportation sectors also offer significant employment opportunities for industrial engineers. Especially with the widespread adoption of digital transformation, big data analytics, AI-supported decision systems, and Industry 4.0 applications, the need for engineers competent in process analysis and system optimization is increasing every day. Therefore, industrial engineers not only manage existing systems but also play an active role in developing new business models that adapt to changing technologies.
Graduates who prefer to work in public institutions can take up positions in engineering cadres opened within the framework of relevant legislation; In the private sector, graduates can pursue careers in national and international companies. Graduates aiming for an academic career can continue their postgraduate education and work as research assistants, lecturers, or professors at universities. Furthermore, graduates interested in entrepreneurship have the opportunity to establish their own companies or participate in technology-based startups, using their acquired analytical thinking and problem-solving skills.
Industrial engineers are not limited to a specific field when it comes to the scope of their profession. For example;
- Defense Industry,
- Banking Sector,
- Consulting Companies,
- Software and Telecommunications Sector,
- Retail,
- Heavy Industry Factories,
- Automotive Companies,
- Pharmaceutical Companies,
They can continue their careers in many other similar fields. In order to benefit from the job opportunities in state institutions and organizations, the score obtained from the Public Personnel Selection Examination (KPSS) will be the determining factor for graduates.