This module introduces students to the fundamental structure and operation of computer systems. Students learn how processors, memory systems, input/output devices, and hardware components interact to execute software instructions. The course provides essential knowledge for understanding how modern computers are designed and optimized.

Students develop essential programming skills by learning computational thinking, algorithms, programming logic, and software development techniques. This module provides the foundation required for careers in software engineering, application development, and technology innovation.

This course explores methods for organizing, storing, and processing information efficiently. Students learn algorithm design, problem-solving strategies, and performance analysis—critical skills for developing scalable software applications and intelligent digital systems.

Students examine how computer operating systems manage hardware resources, applications, memory, files, and user interactions. The module prepares students to understand platforms such as Windows, Linux, and embedded operating systems used in modern technology environments.

This module introduces the principles of digital communication and networking technologies. Students learn about network architectures, protocols, internet technologies, cybersecurity fundamentals, and how computers communicate across local and global networks.

Students learn how data is stored, managed, secured, and retrieved using modern database technologies. The course covers database design, SQL, data management principles, and information systems that support businesses and organizations.

This course focuses on professional software development practices, including requirements analysis, software design, testing, project management, and maintenance. Students gain skills needed to work effectively within technology teams and software development environments.

Students study the electronic foundations behind computer hardware and digital technologies. Topics include digital circuits, logic systems, electronic components, and hardware design principles used in computing devices and embedded systems.

This module introduces students to the concepts, techniques, and applications of artificial intelligence. Students explore machine learning principles, intelligent systems, automation, and how AI technologies are transforming industries worldwide.

Students learn how computer engineering principles are applied to smart devices and connected technologies. The course explores microcontrollers, sensors, embedded programming, and IoT applications in areas such as healthcare, manufacturing, agriculture, and smart cities.

This module examines communication technologies that enable modern digital connectivity. Students explore wireless communication, signal transmission, mobile networks, and emerging technologies supporting global digital transformation.

The final thesis allows students to apply their accumulated knowledge to solve a real-world computer engineering challenge. Students conduct research, design solutions, analyze results, and demonstrate their ability to complete an independent engineering project.