The mission of the Bachelor’s program in Informatics Engineering aligns fully with the mission of the University "Fehmi Agani" in Gjakova and the Faculty of Applied Sciences.

The program aims to create knowledge through contemporary teaching methods and scientific research, fostering innovation, academic integrity, and interdisciplinary collaboration. The program seeks to contribute to the social and economic development of the country by preparing graduates capable of responding to the dynamics of modern technology and labor market demands.

The mission of the Bachelor’s program in "Informatics Engineering" is to equip students in the fields of computer science, engineering, and information technology. The goal is for students to acquire advanced skills and knowledge in programming, solving engineering problems, and developing integrated systems, combining mechanical, electrical, and computational components to create practical and effective solutions.

Considering the continuous advancement of technology and its impact on society, the program’s mission includes preparing professionals who not only possess technical knowledge but also the skills to integrate innovation and creativity into real-world projects. In this way, the program contributes to the development of new technologies, improving the quality of life, and building a knowledge-based society.

Learning outcomes for the Informatics Engineering study program include:

• Equipping students with skills in various programming languages (e.g., C#, Python, MATLAB, object-oriented programming) and software development, including the development of web and mobile applications tailored for informatics engineering.

• Applying advanced mathematical concepts and techniques to solve engineering problems, including financial mathematics and applied mathematics for informatics engineering.

• Designing, developing, and implementing integrated systems, automated control systems, and PLC programming within the field of informatics engineering.

• Understanding the principles of computer networks, communication protocols, network security, and cryptography, ensuring secure and efficient communication systems in informatics engineering.

• Integrating mechanical, electrical, and computer systems in engineering solutions, including IoT technologies and object automation.

• Possessing strong communication and academic writing skills tailored for informatics engineering, along with practical business skills in sales, marketing, management, entrepreneurship, and project management.

• Applying innovative technologies such as AI, machine learning, big data, cloud computing, and nanotechnology to challenges in informatics engineering.