I have experience across STEM research, from wet-lab biology and behavioral work to computational analysis and data-driven workflows. My background combines life sciences, neurobiology, bioinformatics, scientific operations, and knowledge transfer.
Much of my work has been interdisciplinary — I am especially interested in work that bridges research, computation, operations, communication, and creative problem solving.
My expertise includes defining and characterizing systems as a basis for analysis, modeling, and interpretation. I work on identifying the relevant population, components, attributes, relationships, and interactions, then translating them into structured data representations.
→ View section· My life sciences experience includes neurobiology research using behavioral experiments, rodent models, DNA-related methods, and molecular work.
· At the Weizmann Institute, I developed strong expertise in optical imaging and immunostaining while consulting, supporting, and training students and scientists across many biological labs and broader STEM projects.
Experience supporting research environments and data-driven operations, including clinical trial operations, scientific infrastructure, lab logistics, and scientific consultation.
→ View sectionExperience teaching, mentoring, training, and communicating scientific and computational ideas to different audiences, including students, researchers, and the public.
→ View sectionA focused collection of selected projects, including computational case studies, optimisation work, algorithmic explorations, and independent tools or prototypes.
→ View sectionA concise overview of my background, education, technical and scientific experience, selected courses, CV, and contact information.
→ View sectionMy expertise includes defining and characterizing systems as a basis for analysis, modeling, and interpretation. I work on identifying the relevant population, components, attributes, relationships, and interactions, then translating them into structured data representations.
Life Sciences· My life sciences experience includes neurobiology research using behavioral experiments, rodent models, DNA-related methods, and molecular work.
· At the Weizmann Institute, I developed strong expertise in optical imaging and immunostaining while consulting, supporting, and training students and scientists across many biological labs and broader STEM projects.
Experience supporting research environments and data-driven operations, including clinical trial operations, scientific infrastructure, lab logistics, and scientific consultation.
Teaching & CommunicationExperience teaching, mentoring, training, and communicating scientific and computational ideas to different audiences, including students, researchers, and the public.
Selected ProjectsA focused collection of selected projects, including computational case studies, optimisation work, algorithmic explorations, and independent tools or prototypes.
BioA concise overview of my background, education, technical and scientific experience, selected courses, CV, and contact information.