HAIFA, Israel | Technion President Prof. Uri Sivan says Israel’s future technological strength will depend on the same combination of deep scientific education, engineering expertise and national purpose that helped produce some of the country’s most important defense and high-tech achievements.
Speaking in a Rosh Hashanah interview published Sept. 13, Sivan reflected on the unusual position of the Technion, Israel Institute of Technology, as both an academic institution and a major source of engineers, scientists and entrepreneurs who have shaped Israel’s defense, economy and technology sector.
One observation captured that connection particularly clearly.
After missile interceptions over northern Israel sent debris onto the Technion campus in Haifa, Sivan said he realized the university itself was being protected by systems developed in significant part by its own graduates.
“We are certainly the only university globally being defended by technology developed by its own graduates,” Sivan said.
The remark reflects a relationship between the Technion and Israeli defense technology that stretches back decades.
Technion graduates have played leading roles in Israel’s aerospace, missile-defense, electronics and cybersecurity industries. The university says its alumni have contributed to systems including Iron Dome, while graduates in aerospace, electrical engineering, mechanical engineering and computer science hold major positions throughout Israel’s defense sector.
Education Built for Technologies That Do Not Yet Exist
Sivan’s larger argument, however, was not about one defense system.
It was about how a university prepares students for technologies that may not yet exist when they begin their degrees.
Rather than trying to predict which software platform, programming language, or commercial application will dominate in five or 10 years, Sivan said the Technion emphasizes mathematics, physics, engineering, and rigorous problem-solving.
“We don’t train them for the first job,” he said. “We train them for a lifetime career.”
That philosophy has influenced the Technion’s development of major research capabilities in semiconductors, aerospace engineering, nanotechnology and quantum science, areas the university invested in well before their current strategic importance became obvious.
Israel’s semiconductor industry now plays a central role in the global technology economy. Quantum technologies are attracting government and private investment worldwide. Aerospace systems remain critical to Israel’s defence, while nanotechnology has applications ranging from medicine to advanced materials and electronics.
Sivan’s message is that universities cannot build leadership in those fields after they suddenly become fashionable.
The scientific foundations must already exist.
AI Is Different From Earlier Technology Revolutions
Artificial intelligence presents an even larger challenge.
Sivan argued that AI should not simply be understood as another industrial revolution comparable to earlier transformations in manufacturing, computing or communications.
“Artificial intelligence is not just yet another industrial revolution,” he said. “It is something else, as it touches at the very core of human existence, which is knowledge and thought.”
That distinction has major implications for universities.
AI can already generate text, write code, solve mathematical problems, summarize scientific literature and retrieve information almost instantly. For students, that creates powerful new tools, but it also raises fundamental questions about what learning means.
Sivan asked what it means to know something when virtually everything a person knows can potentially be retrieved through a prompt.
The danger, in his view, is not simply that students may use AI to complete assignments.
It is that people could gradually outsource the intellectual struggle through which they develop knowledge.
He compared the possibility with GPS technology, which allowed people to hand over navigation to machines. AI, he suggested, could go much further by letting people outsource parts of reasoning itself.
Human Discovery Still Matters
For Sivan, that makes scientific discovery more important, not less.
He recalled a Technion doctoral student who worked on a difficult scientific problem for more than a year before finally solving it alone in a laboratory at approximately four in the morning.
At that instant, Sivan said, the student understood that he was the only person in the world who knew the answer.
“Those eureka moments are indispensable,” Sivan said.
That experience represents the kind of intellectual development the Technion wants to preserve even as AI becomes embedded throughout research and education.
Artificial intelligence may accelerate discovery.
It may help researchers examine enormous data sets, simulate complex systems, and identify patterns humans might miss.
But Sivan argues that universities must ensure students still understand the underlying science and retain the ability to ask difficult questions, rather than merely retrieve answers.
Technion’s Role in Israel’s Defense Ecosystem
The Technion’s relationship with Israeli defense technology provides a practical example of why that deep technical training matters.
The university’s graduates have long populated Israel Aerospace Industries, Rafael Advanced Defense Systems, and other major defense organizations.
Technion aerospace and engineering alumni have worked on missile-defense platforms, aircraft, drones, armored vehicles, sensors and other systems.
The connection is particularly visible in missile defense.
Technion material has previously stated that a large proportion of engineers involved in Iron Dome were university graduates. More broadly, Technion alumni have helped develop Israel’s layered air-defense architecture.
That history makes Sivan’s observation about the campus being protected by graduate-developed technology more than a rhetorical flourish.
It illustrates a cycle in which the university educates engineers, those engineers develop national technologies, and those technologies later protect the institution that trained them.
AI, Quantum Science and Semiconductors Become Strategic Fields
The same model is now expanding into technologies that could define the coming decades.
The Technion has invested heavily in artificial intelligence research and education while maintaining substantial activity in semiconductor design, quantum technologies, aerospace, nanotechnology and advanced materials.
Sivan himself is a physicist whose research has included nanotechnology, quantum physics and biological systems. He established the Technion’s Russell Berrie Nanotechnology Institute in 2005 and helped position nanotechnology as a major Israeli research field.
The university has also become increasingly integrated into Israel’s expanding AI ecosystem.
Technion graduates have founded companies appearing on global lists of leading AI start-ups, while researchers across the university are applying artificial intelligence to medicine, engineering, biology and other scientific disciplines.
The significance extends beyond academic prestige.
Governments worldwide increasingly treat semiconductors, quantum computing, artificial intelligence and autonomous systems as strategic national capabilities.
For a small country such as Israel, maintaining expertise in those sectors can affect economic competitiveness, defense capabilities and technological independence.
Science Must Ultimately Serve Society
Sivan also cautioned against viewing technological achievement as an end in itself.
Science and technology, he said, should serve society.
That principle has long been central to how he describes the Technion’s mission.
In an earlier interview this year, Sivan said the university considers “Israel’s security, Israel’s economy and Israel’s society” integral to its responsibilities, alongside research and education.
His Rosh Hashanah interview returned to that idea.
Despite discussing missile defense, artificial intelligence and emerging technologies, Sivan said the most serious challenges facing Israel may ultimately be social rather than technological.
“The major challenges we’re facing are actually societal ones,” he said, warning about internal division.
His wish for the new year was that Israelis find ways to live together despite disagreements and focus on the substantial challenges they share.
The Infrastructure Behind Israel’s Start-Up Economy
Israel’s innovation story is often told through start-ups, billion-dollar acquisitions and venture-capital rounds.
The Technion represents something more fundamental.
Before companies can commercialize advanced technologies, universities must train the engineers, physicists, computer scientists and researchers capable of creating them.
That process can take decades.
The Technion began teaching engineering before the establishment of the State of Israel and has since helped build industries ranging from aerospace and electronics to medicine, semiconductors and cybersecurity.
Today, as artificial intelligence transforms the global economy, the university is attempting to repeat that pattern.
The technologies may change from missile interceptors and microelectronics to quantum systems and AI.
The underlying strategy remains remarkably consistent: build strong scientific foundations, train people capable of solving problems that do not yet have solutions, and give them the skills to adapt when the next technological revolution arrives.
For Israel, Sivan argues, educational infrastructure is not simply an academic asset.
It is part of the country’s national resilience.
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