Bayan chose the field of Neurobiology out of a deep fascination for understanding the complexities of the brain and its role in social behaviour, and its underlying genetic basis. 

She completed a degree in Biotechnology & Medical Science at the Tel-Hai Academic College and is now advancing her academic pursuits with a master’s degree in Neurobiology at the University of Haifa.

In the lab of Prof. Shlomo Wagner, Bayan is engaged in pioneering research that sits at the forefront of neurobiology. Her project is centred around the deep phenotyping of social behaviour in animal models of autism spectrum disorder (ASD). Utilising innovative genetic marking techniques, she aims to pinpoint and observe active cells in the brain. This approach allows her to map the complex neural networks and pathways that underlie social behaviours, contributing to a more nuanced understanding of ASD. By identifying these patterns of activation, they hope to shed light on the cellular basis of social behaviour and offer new avenues for therapeutic strategies.

Bayan’s academic journey has been a transformative one, where it fuelled her passion for research. Her experience at the Migal Research Institute was particularly influential, allowing her to delve into the practical application of theoretical knowledge and reinforce her commitment to science in general.

Bayan actively engages in various leadership programmes and volunteer work, reflecting her belief in the importance of community service. As a participant in programmes such as Rothschild's Ambassadors' leadership programme, Seeds of Peace programme, and local youth leadership programmes, Bayan has had the opportunity to refine her teamwork and leadership abilities.

The University of Haifa was a natural choice for Bayan, given its reputation for fostering innovative research and its proximity to her hometown. The university's diverse environment, excellent research facilities, and dedication to academic excellence resonate deeply with her educational ethos. Post-graduation, she aspires to continue her studies in neurobiology and to participate in pioneering research that can make a substantial difference in the field of medical science, with a particular focus on genetic disorders and potential therapeutic interventions.