Technion Technological Innovation

Technion is involved in collaborative scientific research and outreach projects worldwide, nurturing cutting-edge cooperative discovery. Technion’s organizational flexibility and rapid response time to scientific challenges has made it a global pioneer in areas including autonomous systems, communications, nanotechnology, optoelectronics, protein engineering, stem cells and tissue regeneration, and energy.

Its 52 institutes and centers of excellence boost research on a national and international level, including those dedicated to space, water, theoretical physics, life sciences, engineering, architecture, mathematics, medical sciences, transportation, and nanotechnology.

Following are just some of the breakthroughs that can be attributed to Technion…

Cancer Research

The Technion is one of the few institutions worldwide that brings together biology with the physical sciences and engineering, to translate research more quickly into clinical solutions. Distinguished Professors Ciechanover and Avram Hershko’s Nobel Prize-winning discovery led to the drug Velcade, for the treatment of multiple myeloma. Other Technion scientists have made great strides in identifying biomarkers for early cancer detection, combating drug-resistant tumors, and developing personalized medicine and targeted drug delivery. With the launch of the Technion Integrated Cancer Center in 2016, headed by Profs. Ciechanover and Ze'ev Ronai, its interdisciplinary research is sure to reach new heights.

More breakthroughs in Cancer Research:

  • Critical Warning: Associate Professor Daphne Weihs has developed a biomechanical method for determining the metastatic potential of tumors.
  • Researchers Discover Enzyme Crucial to Tumor: Research by Associate Professor Amir Orian shows that inhibition of the enzyme RNF4 or associated genes could serve as a future treatment for certain tumors.
  • Nano-Ghost Busters: Working at the cutting edge of cancer research, Professor Marcelle Machluf is reconstructing stem cells to create vesicles that can be used as a targeted drug-delivery vehicle known as “Nano-Ghosts.” The stem cells are emptied of their content (rendering them ghosts) and refilled with treatment (genetic or drugs) that is released upon reaching the targeted tumor. Nano-Ghosts can also carry contrast agents to be used for diagnostics.
  • Tiny Barcodes Provide a Huge Advance in Personalized Cancer Therapy: Associate Professor Avi Schroeder is personalizing cancer therapy that allows for the testing of several different anticancer drugs inside a patient’s body, concurrently, to determine which will work best.

Computer Science

The Technion Faculty of Computer Science is ranked among the best in the world. If you rely on a computer, it is very likely that your processor was developed by Technion graduates working at companies such as Intel. Your online communications are for the most part made possible by the Lempel-Ziv algorithm, named for the two Technion professors who discovered a way to compress data. If you use a flash drive, the underlying technology was also developed by a Technion graduate.

More breakthroughs in Computer Science:

  • A computer science student has developed a computerized learning system that can detect emotional sentiments expressed in a text message or email based on recognizing repeated word patterns.
  • Two Technion electrical engineering students created “Cart2Go,” a shopping cart that autonomously tracks and follows its shopper throughout one store and on to the next, like a faithful puppy.
  • As part of a project, two Technion software engineering students hacked the popular navigation application Waze, and caused a traffic jam that lasted for hours. The students’ academic advisors notified Waze of the “cyber-attack” afterward, with the belief that Waze will now find a way to prevent such attacks from happening in the future.

Environmental Engineering

The Technion is a leader in the green technologies that help solve the enormous environmental challenges facing our world. In Israel, the lack of natural resources has led to innovations that help provide clean water and air, alternative energy sources and conservation. If you live in an arid region, your drinking water may be derived from desalination methods developed in part at the Technion Grand Water Research Institute. Considering an electric or alternative fuel vehicle? That too may be powered by technology created by Technion researchers or graduates of the Grand Technion Energy Program.

More breakthroughs in Environmental Engineering:

  • Hydrogen on Demand: Technion researchers use solar energy to produce hydrogen fuel safely and at the point of sale. Hydrogen fuel is extremely safe, easy to store, and its only byproduct is water.
  • Future Water Supplies: Complementing desalination with two new alternatives—storm water and gray water (relatively clean waste water from baths, sinks, appliances etc.).
  • A mission to find the cleanest place to live near Haifa led alumnus Ran Korber to co-found BreezoMeter.
  • Follow Technion Engineers Without Borders students into Ethiopia as they build a sustainable rainwater harvesting system for a village school.
  • Professor Avner Rothschild’s breakthrough makes it possible to store solar energy at nighttime or on cloudy days.

Medical Research

Technion researchers have transformed basic science into life-changing applications. The intersection of engineering and medicine at the Lorry I. Lokey Interdisciplinary Center for Life Sciences and Engineering has helped lay the foundation for a thriving medical device industry in Israel. If you suffer from cancer, heart disease, or Parkinson’s disease, it’s possible that at least part of your treatment was developed at the Technion. Velcade, for the treatment of cancer, and Azilect, for the treatment of Parkinson’s, were invented by Technion scientists.

More breakthroughs in Medical Research:

Defensive Technologies

The Technion helps keep Israel—and the world— secure. Its researchers and graduates are on the cutting edge of new technologies for national defense—on the ground, in the air, and in cyberspace. Technion technology has thwarted terrorist attacks on civilians, and saved lives in Israel and throughout the world. Notably, the Iron Dome anti-missile defense system was developed mainly by Technion graduates at Rafael Advance Defense Systems, Ltd.

More breakthroughs in Defensive Technologies:

  • IDF and Technion Join Forces to Develop Medical Glider: The Technion and the Israel Defense Forces are collaborating to develop a medical glider that could save soldiers’ lives by bringing supplies such as blood transfusion kits, antibiotics and intubation kits to the battlefield.
  • Tough, Flexible Material Could Protect Soldiers and Astronauts: Inspired by fish scales in nature, Asst. Prof. Stephan Rudykh is helping to develop a revolutionary material that could be used to make bulletproof clothing for the military and spacesuits for astronauts.


Considered futuristic a just a few years ago, nanotechnology - where scientists utilize nano-sized objects measuring less than 1/100,000 the width of a human hair -- today is showing great promise in areas such as medicine, materials science and defense technology. The Technion’s Russell Berrie Nanotechnology Institute is a world-leader in nanotechnology research having made seminal discoveries in the field.

More breakthroughs in NanoTechology:

  • Prof. Ester Segal and a team of Israeli and American researchers find that silicon nanomaterials used for the localized delivery of chemotherapy drugs behave differently in cancerous tumors than they do in healthy tissues. The findings could help scientists better design such materials to facilitate the controlled and targeted release of the chemotherapy drugs to tumors.
  • Associate Professor Alex Leshansky of the Faculty of Chemical Engineering is part of an international team that has created a tiny screw-shaped propeller that can move in a gel-like fluid, mimicking the environment in a living organism. The breakthrough brings closer the day robots that are only nanometers – billionths of a meter – in length, can maneuver and perform medicine inside the human body and possibly inside human cells.
  • Prof. Amit Miller and a team of researchers at the Technion and Boston University have discovered a simple way to control the passage of DNA molecules through nanopore sensors. The breakthrough could lead to low-cost, ultra-fast DNA sequencing that would revolutionize healthcare and biomedical research, and spark major advances in drug development, preventative medicine and personalized medicine.