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Electronics Engineering

Architecture and EngineeringDevelopment, Programming and DigitalIndustry and Manufacturing

programs
3
institutions
3

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Where to study it

College (state-funded)3

What you study

Electronics engineering deals with tiny electronic systems in computers and integrated circuits. It uses electricity to transmit information, unlike electrical engineering, which uses electricity to transmit energy. The curriculum includes basic science courses in mathematics, physics, and computer programming; engineering courses; advanced courses such as semiconductors, signals and systems, communication systems, electromagnetic fields, and computer architecture; and a practical final project.

After the degree

What graduates work as

  • Electronics Engineeringmost commonResearch, design, and guidance for the construction, operation, maintenance, and repair of electronic systems. Study of the technological aspects of materials, products, and processes, and providing advice about them.
  • Management of Other Professional ServicesPlanning, directing, coordinating, and evaluating the provision of professional and technical services.
  • Software DevelopmentResearching, analyzing, and evaluating requirements for software applications. Designing, developing, testing, and maintaining software solutions that meet those requirements.

Which industries they work in

  • Scientific Research and Development27%
  • Computer programming, computer consulting, and other related services25%
  • Manufacture of Computers, Electronic and Optical Equipment12%

Employment rate above average 81% of graduates are employed 3–4 years after completing their studies(average across all institutions)

Graduates’ salaries are above average 27,300 ₪ average monthly salary 5–6 years after graduation(average across all institutions)

In short, in plain words

In electronics engineering, students learn about tiny electronic systems in computers and integrated circuits, and about using electricity to transmit information.

The curriculum includes mathematics, physics, computer programming, communication systems, and computer architecture, as well as a practical final project.

Graduates of the field work in research and design of electronic systems, and in overseeing their construction, maintenance, and repair.

A plain-words retelling of the Avodata data

Admitted students and graduates — by type of institution

average across colleges

  • Program length: 4 years
  • On-time graduation rate 65% of students
  • Average bagrut score of admitted students: 96 points
  • Average psychometric score: 560 points

average across all institutions

  • Program length: 4 years
  • On-time graduation rate 65% of students
  • Average bagrut score of admitted students: 96 points
  • Average psychometric score: 560 points

An unofficial guide. Every fact comes from a public source — the institutions' sites, the Council for Higher Education, the Labor Ministry's Avodata, the Ministry of Defense — and links to it. Requirements change: check the institution's site before you apply.

How the data was collected

  • The Council for Higher Education register of institutions and programs — 2 Oct 2026
  • Avodata, Ministry of Labor: fields, employment and pay — 2023 data, collected 2 Oct 2026
  • Institutions' sites: admission requirements — checked 2 Oct 2026–5 Oct 2026
  • The Russian, English and French text is machine-translated and reviewed; where they differ, the Hebrew original prevails

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