מורה ואיש/אשת צוות לכיתה הארצית למדעי המוח
למכון דוידסון לחינוך מדעי במכון ויצמן דרוש/ה מורה ואיש/אשת צוות לכיתה הארצית למדעי המוח
מכון דוידסון מפעיל מגמה ייחודית לבגרות של 5 יחידות במקצוע מדעי המוח. תלמידים מכל רחבי הארץ נחשפים במסגרת המגמה לחזית המדע בתחום ומבצעים בעצמם מחקרים ברמה גבוהה לפי בחירתם. התוכנית משלבת הוראה מקוונת עם מפגשים פנים אל פנים.
אנו מחפשים איש/אשת צוות להובלת כיתת י', כולל הנחיית התלמידים בלימוד ובקריאה מדעית
- הובלת כיתת י' לבגרות בתחום מדעי המוח לאורך שנת הלימודים. כולל:
- יצירת קשר אישי משמעותי עם התלמידים.
- העברת שיעורים מקוונים.
- העברת ימי מפגש במכון דוידסון.
- בדיקת עבודות התלמידים.
- הנחיית תהליך של קריאה מדעית בעבודת הגמר.
- תואר ראשון ומעלה בתחום מדעי המוח – חובה.
- תואר שני ומעלה בתחום מדעי המוח – יתרון משמעותי.
- ניסיון בחינוך ובעבודה עם בני נוער – יתרון משמעותי.
- אהבה לחינוך, אוריינטציה טכנולוגית, סדר וארגון, יוזמה, יכולת עבודה עצמאית, אחריות ,יחסי אנוש מעולים!
- היקף משרה: 25%
- העבודה מתבצעת במכון דוידסון לחינוך מדעי ברחובות
**המשרה מיועדת לנשים ולגברים כאחד
למשלוח קורות חיים:
Open Ph.D/ postdoctoral positions
Open Ph.D./ postdoctoral positions at the School of Pharmacy - Faculty of Medicine - the Hebrew University
Discovery of drug targets for autism spectrum disorder (ASD)
The successful candidates will apply innovative approaches to study molecular mechanisms underlying behavior and to discover drug targets for autism spectrum disorder (ASD) and other neurological disorders.
Successful candidates in the fields of pharmaceuticals, medicine, biology (preferable: neurobiology), biochemistry, biomedical engineering, and computer science need to show solid communication skills in English, ability to work both independently and in a team environment, and strong scientific motivation. Experience in some of the following would be an advantage: Western Blot (WB), Mass Spectrometry (LC-MS/MS), Proteomics, Mouse Models, Immunohistochemistry (IHC), and Bioinformatics software.
Tenure Track Positions at ELSC
The Edmond and Lily Safra Center for Brain Sciences (ELSC) has moved to its new home, and we are offering tenure-track positions.
We are looking for excellent early-stage scientists who aspire to establish active innovative and interdisciplinary research programs in neuroscience.
ELSC builds upon Hebrew University’s record of excellence and innovation in its multidisciplinary approach to brain sciences. ELSC provides a thriving interface between theoretical and experimental neuroscience across levels.
We offer: *State-of-the-art, individually-designed laboratories and research facilities *Competitive start-up funding * Top ranking Ph.D. interdisciplinary program * Ph.D. and post-doc fellowships * State-of-the-art central research facilities * Outstanding academic milieu.
We seek to recruit scientists in the following areas:
1. Theoretical and computational neuroscience
2. Cognitive neuroscience & human brain imaging
3. System neuroscience
4. Neural circuits and behavior
5. Molecular neuroscience
Application requirements: * Curriculum vitae * A letter of intent * An outline of future research and scientific vision * Reference letters from the PhD advisor and Post-Doctoral host * A copy of 3-5 publications that represent your work * Names of 2-3 additional colleagues willing to provide letters of reference
Call for Tenure Track Faculty Positions in Neurobiology – Tel Aviv University
Call for Tenure Track Faculty Positions in Neurobiology – Tel Aviv University
The School of Neurobiology, Biochemistry and Biophysics Faculty of Life Sciences at Tel Aviv University invite applications for a tenure-track faculty position, with expertise in Molecular and Cellular Neurophysiology and Brain Disorders, beginning October 2020.
Individuals holding Ph.D. and/or M.D., or equivalent degrees, with two or more years of postdoctoral experience and a strong publication records are encouraged to apply. Applicants should demonstrate excellence in research and strong potential for securing and sustaining independent and collaborative extramural funding. A successful applicant will be expected to develop an innovative, independent research program, and to share our commitment to excellence in undergraduate and graduate education.
For full consideration, applications should be received by September 26, 2019, and should include:
1) Cover letter
2) Curriculum vitae
3) Research statement
4) Teaching statement
5) Three letters of recommendation.
The closing date for receipt of applications is 26 September 2019
PhD positions in visual neuroscience, mood and behavior at the Hebrew University
The laboratory of Dr. Shai Sabbah in the Department of Medical Neurobiology at the Faculty of Medicine, Hebrew University of Jerusalem, is seeking motivated PhD candidates to study retinal and brain circuits that mediate the effect of abnormal lighting on mood.
Light impacts mood in ways we are only beginning to recognize. The short days of winter can trigger seasonal affective disorder (SAD). Whereas, combining light with antidepressant therapy outperforms antidepressant therapy alone, not only in SAD patients, but also in non-seasonal major depressive disorder (MDD). Thus, light affects mood and can augment antidepressant therapy. However, the mechanisms underlying the effect of light on mood have remained unclear. The recent demonstration that a novel retino-thalamo-frontocortical pathway is necessary and sufficient for the induction of depression by abnormal lighting places us in a unique position to resolve this mystery. Our lab studies the synaptic input, functional organization, and broader behavioral significance of this pathway. The mechanistic insights obtained will pave the way for the development of treatments for diverse light-dependent mood disorders.
We use mouse genetic models and combine: (1) in vitro and in vivo functional imaging and electrophysiology, (2) reconstructions of neural circuits using light and electron microscopy, (3)
optogenetic and chemogenetic manipulations of neural activity, and (4) behavioral analysis.
Successful candidates will show solid communication skills in English, ability to work both independently and as part of a research team, strong scientific motivation, and skill in data processing. Experience in one or more of the following would be an advantage: intracranial surgeries, optogenetics, animal behavioral analysis, two-photon imaging, in vivo electrophysiology, and Matlab or python programing.
An application package, including a motivation letter, curriculum vitae, list of publications and names of 2-3 referees, should be sent to Dr. Shai Sabbah.
Department of Medical Neurobiology
Faculty of Medicine
The Hebrew University of Jerusalem, Ein Kerem
P.O. Box 12271, Jerusalem, 9112102 Israel
For a research project in Dr. Inna Gaisler-Salomon’s lab at the University of Haifa, we are looking for a talented, hard-working and fun post-doctoral researcher to study molecular mechanisms of cognitive behavior in a mouse model.
Must have experience working with mice or rats, in vivo, preferably in behavioral models.
Experience with intra-cerebral injections and molecular techniques (PCR, RT-PCR, IHC) – a plus.
Open PhD/Postdoc positions in the Evolutionary Neural Coding Lab at Tel-Aviv University
We are looking for outstanding, highly motivated, and scientifically curious PhD students or postdocs to fill two positions in two ongoing projects in the lab.
In these two projects we investigate different aspect of cortical computation. Our approach is motivated by the notion that to understanding cortical computations we need to study simpler cortical systems. We therefor set to investigate the ancestral cortex of reptiles which is the closest to the first cortex appearing in evolution.
CortiCodes – In this project we set out to study visual processing in turtle cortex. Surprisingly, unlike mammalian primary cortices, the turtle cortex lacks a topographic representation of visual space and exhibits sparse and variable responses to visual stimuli. Consistently, visual stimulation recruits waves and oscillations that span the entire cortex. These characteristics are not in-line with the notion that neurons extract local features of visual space, but rather suggest that global population codes are employed. We will explore these codes by employing a combination of in-vivo and ex-vivo large-scale electrophysiology and behavioral analysis.
Brain state evolution - In this project we set out to investigate the functional role of neuronal organization across different brain states. During such states the neo-cortex and the hippocampus exhibit marked transitions in population patterns, the function of which is still not understood. We will focus on bearded dragons which brain exhibits very organized transitions between states during sleep and wakefulness. We will study the organization and function of these transitions by employing in-vivo electrophysiology, quantitative behavioral analysis and new behavioral paradigms.
Requirements - We encourage candidates with diverse backgrounds to apply. Preference will be given to students with a background in engineering, computer science or physics or students with experience in electrophysiology (extra-cellular or intracellular) or animal behavior.