| The project |
Leading team |
Domains |
| A Book On Algebra For Teacher Educators, Graduate Students And Teachers |
Prof. Abraham Arcavi, Prof. Kaye Stacey, Prof. Paul Drijvers |
Mathematics |
| A Book On Algebra For Teachers |
Dr. Alex Friedlander, Prof. Abraham Arcavi |
Mathematics |
| Abstraction in CS |
Prof. Michal Armoni |
Computer Science |
| “Chemistry of Tomorrow” should be part of the school chemistry of today |
Dr. Ron Blonder |
Chemistry |
| Cognitive coherence |
Dr. Yael Shwartz |
Chemistry |
| Computer science (CS) in middle schools |
Prof. Mordechai Ben-Ari, Prof. Michal Armoni |
Computer Science |
| Development of high-order thinking skills in contextualized learning of green chemistry topics |
Dr. Yael Shwartz |
Chemistry |
| Development of thinking skills |
Prof. Nir Orion |
Earth and Environmental Sciences |
| Distance Earth Sciences National Class (DENC) Project |
Prof. Nir Orion |
Earth and Environmental Sciences |
| Educational robotics activities |
Prof. Mordechai Ben-Ari |
Computer Science |
| Investigating Knowledge Shifts and Knowledge Agents in the mathematics classroom |
Dr. Rina Hershkowitz, Dr. Michal Tabach, Prof. Chris Rasmussen, Prof. Tommy Dreyfus |
Mathematics |
| Issues in learning the language of Live Sequence Charts (LSC) and scenario-based programming |
Prof. David Harel, Prof. Michal Armoni |
Computer Science |
| Learning mathematical logic |
Prof. Mordechai Ben-Ari |
Computer Science |
| Learning Progression for Energy |
Prof. David Fortus |
Interdisciplinary Science Education |
| Learning Skills for Science (LSS) |
Dr. Zahava Scherz, Prof. Bat Sheva Eylon |
Science and Technology for Junior High School |
| Material Sciences (Chemistry for Middle School) |
Dr. Zahava Scherz, Prof. Bat Sheva Eylon |
Science and Technology for Junior High School |
| Matriculation exams analysis – MUTAV |
Dr. Yael Shwartz |
Chemistry |
| Problem solving in biology and biotechnology: The use of bioinformatics tools and databases |
Prof. Anat Yarden |
Life Sciences |
| Program animation |
Prof. Mordechai Ben-Ari, Dr. Erkki Sutinen |
Computer Science |
| Reading Mathematical Texts |
Ms. Avital Elbaum-Cohen, Prof. Abraham Arcavi |
Mathematics |
| Research-based instructional strategies to develop reflective learning practices in problem solving |
Prof. Edit Yerushalmi, Dr. Esther Bagno, Dr. Rafi Safadi |
Physics |
| Same Teacher – Different Classes |
|
Mathematics |
| Students reflective learning practices in problem solving |
Prof. Edit Yerushalmi, Prof. Chandralekha Singh, Dr. Rafi Safadi |
Physics |
| Teaching mathematics to low achievers in secondary schools in the spirit of the projects SHAY and SHLAV |
Dr. Ronnie Karsenty |
Mathematics |
| The Abstraction in Context framework and the Dynamically Nested Epistemic Actions model |
Dr. Rina Hershkowitz, Prof. Tommy Dreyfus, Prof. Baruch Schwarz |
Mathematics |
| The contribution of computer science to the learning of computational physics |
Prof. Mordechai Ben-Ari, Prof. Michal Armoni |
Computer Science |
| The interplay of factors involved in shaping students’ opportunities to learn mathematics |
Prof. Ruhama Even |
Mathematics |
| The Physics Education Component of the Rothschild-Weizmann M.Sc. program |
Prof. Bat-Sheva Eylon, Dr. Esther Bagno, Dr. Hana Berger |
Physics |
| The Role Of A University Perspective On Mathematics In The Growth Of Mathematical Knowledge For Teaching In Elementary School |
Mr. Jason Cooper, Prof. Abraham Arcavi, Dr. Ronnie Karsenty |
Mathematics |