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Biotechnology Engineering

Architecture and EngineeringHealth, Therapy and Complementary MedicineIndustry and Manufacturing

programs
4
institutions
4

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Where to study it

University2

College (state-funded)2

What you study

Biotechnology engineering deals with the use and harnessing of life processes in biological systems to produce products for industry, medicine, agriculture, and cosmetics for human well-being. These include innovative medical treatments, the development of biosensors, controlled drug release, the use of engineered DNA codes, the generation of alternative energy, and the production of meat and dairy substitutes, among others. Courses in the degree include foundational studies such as mathematics, physics, statistics, biology, and chemistry, as well as advanced courses, including genetic engineering, microbiology, immunology, cell cultures, and ethics and law in biotechnology.

After the degree

What graduates work as

  • Industrial and Manufacturing Engineeringmost commonResearching, planning, organizing, and supervising the construction, operation, and maintenance of facilities and processes for industrial production. Preparing plans to coordinate production work, and assessing its safety and economic feasibility.
  • Biology, Botany and Zoologymost commonStudying living organisms, their interactions with one another, and their interactions with their environment, to solve health and environmental problems.

Graduates' salaries are above average: ₪21,700 average monthly salary 5–6 years after completing their studies(average across all institutions)

Most graduates go on to a master's degree(average across all institutions)

In short, in plain words

Biotechnology engineering teaches students to use life processes to produce products such as innovative medical treatments and meat and dairy substitutes.

The degree program includes mathematics, physics, biology, and chemistry, as well as advanced courses such as genetic engineering and microbiology.

Graduates of the field work in industrial and production engineering, as well as in biology, botany, and zoology.

A plain-words retelling of the Avodata data

Admitted students and graduates — by type of institution

average across universities

  • Program length: 4 years
  • On-time graduation rate 80% of students
  • Average bagrut score of admitted students: 103 points
  • Average psychometric score: 630 points

average across all institutions

  • Program length: 4 years
  • On-time graduation rate 80% of students
  • Average bagrut score of admitted students: 103 points
  • Average psychometric score: 630 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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