Admission Requirements

Applicants must hold a bachelor’s degree in computer and information sciences with a specialization in Computer Systems or Computer Engineering.

Target Group

Egyptian and International Students.

Program Duration

One year of Master’s Preparatory Studies.

The maximum period for obtaining Master’s degree is three years from the date of registration.

Application Periods

Applications for Diploma and Master’s Preparatory Programs are accepted during:

First Semester: August and September of each year.

Second Semester: Applications begin in January.

Credit Hours

24 Credit Hours (Preparatory Coursework).

12 Credit Hours (Master’s Thesis).

Program Advantages

1-Internet of Things (IoT): The world is increasingly dependent on smart systems and smart homes, and this specialization equips graduates to design connected devices and sensors from the ground up.

2-Autonomous Vehicles and Robotics: These industries require experts capable of integrating artificial intelligence algorithms with mechanical and electronic systems, which lies at the core of computer systems engineering.

3-Green Computing Challenges: Major data centers such as Google and Amazon continuously seek engineers who can design software and systems with lower energy consumption and higher performance optimization.

4-Edge Computing: Enables ultra-fast data processing directly on smart devices without relying heavily on cloud infrastructure or internet connectivity.

5-Specialized Skill Scarcity: While the job market is saturated with application and web developers, there is a strong shortage of systems engineers who understand processors, machine-level code, and digital circuits—making graduates highly valuable.

6-Strong Industry Demand: Leading semiconductor and technology companies such as Intel, NVIDIA, Apple, AMD, and Qualcomm actively seek professionals in this field to develop next-generation processors and hardware systems.

Graduate Competencies

  Graduates of the program will be able to:

1-Demonstrate proficiency in operating systems, computer networks, and hardware/software integration, including embedded systems design.

2-Design and develop embedded systems used in automobiles, aircraft, medical devices, and smart consumer electronics.

3-Apply low-level programming skills using languages such as Assembly, C, and C++ to directly control hardware components.

4-Design and model digital circuits using hardware description languages such as VHDL and Verilog for chip and processor development.

Contact Information

Program Website:

https://ums.asu.edu.eg/

Email: http://Vice_graduates@cis.asu.edu.eg