Charlotte B. Wit

Experienced Scientific Project Manager dedicated to improving health outcomes through strategic project management and innovative solutions. Highly motivated and with a dynamic and results-oriented approach. Specializes in life sciences and global health initiatives. Demonstrated success in leading cross-functional WP teams projects and managing international healthcare projects ISIDORe, CanSERV and EOSC4Cancer. Skilled in driving data-driven decision-making processes for optimal outcomes.

• Attended international conferences and workshops on neurobiology and development for scientific research (including presentations and poster presentation), and international project management meetings.
• Continuous learning in project management tools and software, including Asana and SharePoint.

• Axonal self-sorting without target guidance in Drosophila visual map formation, E. Agi, E.T. Reifenstein, C. Wit, T. Schneider, M. Kauer, M. Kehribar, A. Kulkarni, M. von Kleist, and P.R. Hiesinger, 2024
• Umbrella Data Management Plans to Integrate FAIR Data: Lessons From the ISIDORe and BYCOVID Consortia for Pandemic Preparedness, David, R, Richard, AS, Connellan, C, Lauer, KB, Chiusano, ML, Goble, C, Houde, M, Kemmer, I, Keppler, A, Lieutaud, P, Ohmann, C, Panagiotopoulou, M, Khan, SR, Rybina, A, Soiland-Reyes, S, Wit, C, Wittner, R, Buono, RA, Marsh, SA, Audergon, P, Bonfils, D, Carazo, J-M, Charrel, R, Coppens, F, Fecke, W, Filippone, C, Alvarez, EG, Gul, S, Hermjakob, H, Herzog, K, Holub, P, Kozera, L, Lister, AL, López-Coronado, J, Madon, B, Majcen, K, Martin, W, Müller, W, Papadopoulou, E, Prat, CMA, Romano, P, Sansone, S-A, Saunders, G, Blomberg, N and Ewbank, J., Data Science Journal, 2023
• Neuronal filopodia: From stochastic dynamics to robustness of brain morphogenesis, C.B. Wit, P.R. Hiesinger, Seminars in Cell and Developmental Biology, 2022
• Aging affects the capacity of photoperiodic adaptation downstream from the central molecular clock, MR Buijink, AHO Olde Engberink, CB Wit, A Almog, JH Meijer, Jos HT Rohling, Stephan Michel, Journal of Biological Rhythms, 35, 2, 167-179, 2020
• Evidence for weakened intercellular coupling in the mammalian circadian clock under long photoperiod, MR Buijink, A Almog, CB Wit, O Roethler, AHO Olde Engberink, JH Meijer, Jos HT Rohling, Stephan Michel, PLoS One, 11, 12, e0168954, 2016