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The “Demo Day” is the peak event of the mentoring program, which brings together entrepreneurs and potential investors. 

Neta Cohen, a graduate of the Industrial Design Department at the Faculty of Design at HIT, has already won three international design awards for her final project

Industrial Design students from the Design Faculty at HIT developed, prepared, and designed unique Purim costumes for the children at Beit Issie Shapiro. 

Certificates of recognition and cash prizes were awarded to the winners of the first three places in the "Sustainable Campus" competition, which was held at HIT. The projects were selected by the Institute's Green Campus" Committee from dozens of projects submitted to it.

Applying geometric principles to music is not a new phenomenon. From as far back as the 5th century BCE, the Greek philosopher Pythagoras believed that numbers could explain everything, and that mathematics could guide our interpretation of the universe.

The Department of Digital Medical Technologies’ LIVING LAB is one of 340 living labs in the world accepted to the ENOLL (European Network of Living Labs).

Prof. Shmuel Reis helps create a roadmap for integrating important lessons learned from Nazi medical atrocities into contemporary medical and health science curriculums worldwide

Yossi Ze’evi, who graduated in Computer Science from HIT Holon Institute of Technology, talks about his path, the exit he made from the first company he worked for, the company he founded with his partners, and the tips he gives every student.

Collaboration between HIT Holon Institute of Technology, the teaching authority of the Sheba Medical Center, and the Sheba-BEYOND virtual hospital will allow training nurses in Israel and around the world to work in a digital environment the teaching authority of the Sheba Medical Center and the Sheba-BEYOND virtual hospital will allow training nurses in Israel and around the world to work in a digital environment.

The prestigious scientific journals Nature Electronics and Nature Communications, have reported on the progress made by a joint research team from Israel and China, confirming that a structure with as few as 5000 atoms (10nm in diameter) can still exhibit solid-state ferroelectric effects suitable for production of devices with binary information storage.