Program Classification / Faculty: B.Sc. in Electrical Engineering / Faculty of Engineering

Years of Study / Required Hours for Graduation: 4 years/ 144 Credit Hours

Language of Instruction: English

Career Prospects for Graduates:

Graduates of this program will attain mastery in technical leadership skills within the fields of Electronics Engineering and Artificial Intelligence (AI). These disciplines are currently among the fastest-growing engineering domains worldwide, driven by rapid advancements in areas such as:

* Intelligent Systems

* Machine Learning

* Multimedia Systems

* Data Science

* Cloud Computing

* Cybersecurity & Network Security

* Internet of Things (IoT)

* Embedded Systems

* Computer Engineering

* Electronic Design Automation (EDA)

* VLSI Systems, among others.

Graduates are expected to contribute as highly skilled engineers, capable of effective collaboration and innovation in their respective specializations.

Career Opportunities

The Electronics and AI Engineering program equips graduates with access to high-level career prospects in:

* Electronics Engineering

* Artificial Intelligence & Machine Learning

* Networks & Communications

* Software Engineering

* Distributed & Mobile Computing

* Embedded Systems

* Cybersecurity

* Multimedia Systems

* Data Science, and related fields.

This program addresses the rising demand for professionals in this field, meeting labor market needs at the local, regional, and international levels.

Why do you choose to enroll at Ain Shams National Faculty of Engineering?

The Electronics and Artificial Intelligence Engineering program is designed to meet the growing demand for skilled electronics and computer engineers in the local market, specializing in electronics engineering and AI applications. The rapid expansion of the electronics and AI sectors has outpaced the supply of qualified professionals. This program offers an interdisciplinary curriculum combining electronics engineering, computer engineering, and business knowledge, equipping students with the fundamental principles and technical skills required to thrive in today’s fast-evolving computing and electronics industries.

The curriculum spans both technical and non-technical domains, covering:

* The nature of information and organizational requirements in electronics and computer engineering.

* Innovative techniques to address industry demands.

* Critical professional skills in communication, design, development, and management necessary for component creation, implementation, and system validation.

Additionally, the program fosters organizational and managerial competencies, preparing graduates to meet national, regional, and international labor market needs.