Research Capabilities and Key Laboratories
The School of Science and Engineering is one of the leading research centers in terms of scale, boasting more than 40 research centers and laboratories whose scope spans a wide range of fields, including nanotechnology and marine science.
- Core Research Platforms: The Russell Berry Institute of Nanotechnology is the school’s first interdisciplinary nanotechnology research center, featuring state-of-the-art facilities, including world-class cleanrooms and characterization equipment. The Lider Marine Research Center focuses on the Mediterranean marine environment and is equipped with multiple research vessels.
- Research Funding: The university invests over $400 million annually in research, accounting for 15% of the total research funding in the higher education system.
- Technology Commercialization: In terms of commercializing technology, the university’s Computer Vision Laboratory, Robotics Laboratory, and others have achieved breakthroughs, producing a large number of research outcomes with global impact.
Leading Disciplines and Program Rankings
The School of Science and Engineering boasts strong disciplinary capabilities, covering multiple key fields ranging from basic sciences to cutting-edge engineering. In the 2025 subject rankings released by Shanghai Ranking Consultancy, the university performed exceptionally well: Aerospace Engineering ranked 21st globally, Chemistry ranked 41st globally, and Electrical and Electronic Engineering ranked 43rd globally. Additionally, the university has entered the global top 100 in fields such as robotics, physics, and mathematics. It is worth noting that computer science is another flagship discipline at the university; according to the 2025 Times Higher Education subject rankings, it ranks 34th globally and 5th in Europe, with particularly outstanding performance in the field of artificial intelligence, where it ranks first in Europe. Next, we will provide a more detailed overview of the strengths of these core disciplines. Instructions for Redrafting a Technion – Israel Institute of Technology degree
| Discipline | Global Ranking and Highlights | Key Features |
|---|---|---|
| Aerospace Engineering | 21st globally (Shanghai Ranking 2025) | The only Israeli university ranked in this field, rising 19 places from last year |
| Electrical and Electronic Engineering | Ranked 43rd globally (Shanghai Ranking 2025) | One of Israel’s top engineering disciplines |
| Computer Science | Ranked 34th globally, 5th in Europe, and 1st in Israel | Ranked No. 1 in Europe in the field of artificial intelligence, producing a large number of high-tech professionals |
| Chemistry | 41st globally (Shanghai Ranking 2025) | No. 1 in Israel; all three Nobel laureates hail from this field |
| Robotics | Ranked 76th–100th globally (Shanghai Ranking 2025) | The only institution in Israel to make the list |
Notable Alumni and Outstanding Contributions
The School of Engineering’s alumni network is hailed as the “central nervous system of the high-tech industry,” exerting far-reaching influence.
The university takes pride in its four Nobel laureates: Aaron Ciechanover and Avram Hershko shared the 2004 Nobel Prize in Chemistry for their discovery of ubiquitin-mediated protein degradation; Daniel Shechtman was awarded the 2011 Nobel Prize in Chemistry for his discovery of quasicrystals; notably, Aaron Ciechanover remains a professor at the university. In the realm of tech entrepreneurship, numerous alumni of the Faculty of Engineering have achieved great success, founding well-known unicorn companies such as Check Point Software Technologies, Compugen, and Radware. Additionally, Simon Becker, the inventor of drip irrigation technology, is also a distinguished alumnus of the university. According to statistics, companies led by alumni of the Faculty of Engineering make a significant contribution to the local economy, accounting for over 50% of GDP.
