Qualification Program
Training, support and career development for young researchers has been a very important mission of our CRC. We implemented a comprehensive and very successful training program in network neuroscience, systems neuroscience and clinical neuroscience for doctoral students and postdocs. The CRC has also catalyzed structural innovations with regard to teaching and training. The training activities and curricular developments in the Research Training Group of the CRC have been foundational for the implementation of an integrated neuroscience graduate school, the Hamburg Brain School (HBS; coordinator, A. Engel) which has launched in summer of 2021 and has now become a permanent institution at the UKE. The HBS is open for enrollment to all doctoral students and postdocs of the Hamburg Center of Neuroscience (HCNS).
In the first and second funding period, we had successfully implemented the curriculum for the Integrated Research Training Group, enabling us to offer substantial training with a comprehensive course program for all doctoral students and postdocs of the CRC. The training program covered all course categories required by the UKE graduate programs. In addition to the medical doctorate, the graduate programs at UKE comprise a doctoral program for students with a non-medical background leading to a “PhD” or, alternatively, “Dr. rer. biol. hum.”. For scientifically interested medical candidates who already finished their medical doctorate, the UKE offers a 2-year MD/PhD program that also leads to the academic title “PhD”. The CRC has been training doctoral candidates in all three categories, as well as a substantial number of students enrolled in other faculties.
The qualification program offered background knowledge in the core topics of the CRC and training in relevant skills, including issues like good scientific practice as well as time and goal management. The complete course program had been formally approved by the deanery of the UKE for the awarding of the credits required for graduation.
The program featured lectures, seminars and courses on scientific topics of the CRC, methods workshops and seminars, as well as courses for training of transferable skills. Visiting scientists contributed to the lectures, seminars and journal clubs offered.
The lecture series of the CRC over the entire funding period included 126 lectures of national and international speakers. In addition to this lecture series, training on relevant methods was offered through the CRC “Methods Academy”, a series of seminars and training workshops that aimed at enhancing data analysis skills and at driving further development of analysis methods. A total of 101 Methods Academy events took place over the three funding periods. In this series, hands-on courses on Matlab programming, courses in FieldTrip analyses, as well as courses in EEG/MEG signal analysis and non-invasive brain stimulation techniques have been offered. In the second funding phase, we have expanded our curriculum by developing an online course (SPOC, „Small Private Online Course“) with introductory lectures on network neuroscience which went online in summer 2019. This course provided an introduction into the core themes to all new students joining the CRC, but has since been open for general admission of interested students and not restricted to CRC members.
Training for both doctoral candidates and postdoctoral researchers has also been offered through workshops, conferences and other scientific meetings. The scientific program of the CRC comprised 10 working retreats for all members that held in all three funding periods, where all groups presented their data and interactions between the projects were discussed and further developed. In addition, 7 retreats for the doctoral students were organized by the students themselves where progress reports were held and lectures on relevant background topics were offered. Due to the COVID-19 pandemic, the retreats were held as online events in 2020 and 2021. The CRC organized 15 smaller workshops on analysis, modulation and modeling of networks, on open science, on the challenges addressed in the CRC and on many other aspects relevant to strategic planning of the projects. In addition, we organized 12 large international symposia, including the Brain Connectivity Workshop 2014, a satellite symposium to the FENS Forum 2018 in Berlin, several symposia on network science and three science and gender equality symposia, to name just a few examples. PhD students and postdocs were actively involved in the planning and organization of these meetings and had the opportunity to meet distinguished scientists in the field. Other sources of support and training included the participation of students and postdocs in EU-funded summer schools on topics related to the theme of the CRC. For example, events organized by the EU-funded Marie-Curie-Network “European School of Network Neuroscience” (euSNN; coordinator A. Engel) were open for junior researchers of the CRC. As early as possible, junior researchers were supported in presenting their results at international conferences such as the annual meeting of the Society for Neuroscience, the Biannual FENS Meeting, or the annual Human Brain Mapping Meeting.