This program aims to train individuals who can develop artificial intelligence techniques and tools, are capable of analyzing and producing solutions for problems that are required for data collection and interpretation. It is also aimed to train students with the ability to select, use and evaluate the analysis and development stages of software systems using current technologies in the information sector and equip students with skills in software analysis and development.
In this regard, it is aimed to enable Artificial Intelligence Engineering students to analyze data, be able to detect related problems and find appropriate solutions and implement this solution by using the possibilities offered by artificial intelligence technologies. It aims to enable students gain knowledge by working on the effective use of artificial intelligence engineering.
It is also aimed to train engineers who can always renew themselves and contribute to the field of artificial intelligence engineering and have developed a research culture about the rapidly developing software systems.
Artificial Intelligence Engineering Program was established to enable students gain interdisciplinary competence through a curriculum enriched by computer engineering, information systems engineering, and software engineering program courses.
Students have an internship in the last year of the Artificial Intelligence Engineering Program so that the student will be able to start their career life one step ahead with their practical experience. To reinforce the theoretical knowledge they have gained, students are provided with a wide range of laboratories at CIU that allow them to experience software or hardware development processes involving artificial intelligence.
Students, who will graduate from the Artificial Intelligence Engineering Program, will take the title of an “Artificial Intelligence Engineer” and will be able to be employed at all areas in the software and robotics sector.
Intelligence methods are needed in computer software and robotics practices used in many industries today. So, the students will be competent enough to do sectoral software development work mainly in engineering, banking and finance, education, medicine, and public areas. They will also be able to continue their academic careers by doing a Master's or a Doctorate Degree.