The double major in electrical engineering and computer science provides alumni with unique training that combines two leading fields: The world of hardware and that of software and algorithmics. This combination enables them to develop, lead, and plan innovative intelligent systems that constitute the core of both Israeli and global high tech.

In an age when AI, robotics, self-driving cars, 5G, and smart medical equipment are transforming the industry, the demand for engineers with system-wide understanding – of both hardware components and software and algorithmic layers – is on the rise.

The program’s alumni are equipped with the ability to see systems as a whole, from the sensor to the smart decision, and to develop innovative solutions in a world of intelligent, integrated systems.

Advantages of the Double Major in Electrical Engineering & Computer Science

  1. Broad hiring advantage
    The combination of electrical engineering and computer science opens the door to a wide variety of roles. The program’s alumni are highly sought-after, especially due to their broad system perspective and their ability to work on integrated hardware/software systems – a core skill at the heart of high tech.
  2. Ideal for students looking to lead and innovate
    The degree is designed for people who strive to be at the forefront of technological development, who combine curiosity and analytical thinking with creative ability, and who wish to influence the future design of advanced technologies.
  3. A major advantage in a world of intelligent systems
    As intelligent systems combining AI, machine learning, and IoT become the standard, the ability to understand both the hardware and software layers is a massive advantage. Program alumni take part in developing advanced systems in such fields as communications, robotics, medical technology, autonomous vehicles, smart energy, and more.
  4. A major career springboard
    Combining in-depth engineering knowledge with programming, data analysis, and problem solving-abilities trains program alumni for key roles as systems engineers, algorithm developers, hardware and software engineers, AI specialists, embedded engineers, and more.

Program Structure

The program is four years long, with a total of 160 credits. 
During the degree, students take introductory courses in mathematics, physics, and computer science, along with advanced courses in electrical engineering, electronics, control, and algorithmics.

The program concludes with an integrative final project, in which the knowledge accumulated throughout the program is applied to real-life industry challenges.
Program alumni can enter roles in:

  • Intelligent systems and AI development
  • Robotics and industrial automation
  • Autonomous vehicles and intelligent transportation systems
  • Advanced communication systems and 5G
  • Internet of Things (IoT)
  • Digital and smart medical systems
  • Hardware, electronics, and embedded systems development