Elige tu región

Selecciona la región que mejor se ajuste a tu ubicación o preferencias.

Elige el idioma del sitio

Esta configuración controla el idioma de la interfaz de usuario, incluidos los botones, los menús y todo el texto del sitio. Selecciona tu idioma preferido para la mejor experiencia de navegación.

Elige los idiomas para los anuncios de empleo

Selecciona los idiomas para los anuncios de empleo que deseas ver. Esta configuración determina qué anuncios de empleo se mostrarán.

DFG-Graduate School 1660 - Erlangen

DFG-Graduate School 1660 - Erlangen

Visitar página Web

Sobre el empleador

The main objective of this new training grant application is to teach and foster young scientists in the field of adaptive immunity. Our research program will focus on the molecular analysis of three cell populations (Dendritic, B cells and T cells), which will contribute to our fundamental understanding how the adaptive immune response works under physiologic as well as pathophysiologic conditions. To achieve this goal, we have recruited from 10 institutes and clinical departments at the Friedrich-Alexander University Erlangen-Nürnberg 20 research groups headed by internationally recognized experts in the field of the biology of Dendritic cells, B cells and T cells. All trainers have external funding and are experienced in graduate training. To increase the attractiveness of our program and to recruit the best students, we have developed an innovative doctoral pilot program for undergraduates with a bachelor's degree, which will lead to the Dr. rer . nat. in 4.5 years. The program will also accept 10 doctoral students with a Master's or Diplom degree (associated graduates). In addition, we have developed for six talented medical students a doctoral training program that runs parallel with their medical school program. The doctoral students with a Bachelor's degree will first pass through a 1.5-year training program where they will receive extensive training in immunology and related disciplines, participate in three research-oriented laboratory rotations (including one at an external laboratory) and attend communication and softskills workshops. After the training period they will start their thesis with one of the participating mentors. During their thesis the doctoral graduate and medical students will participate in the successfully tested core events and activities of the finished training grant GK592: (1) An bi-weekly doctoral "jour fixe" organized by the students , (2) subject-specific as well as interdisciplinary and softskills workshops, (3) research symposia and network meetings with members of other exttraining grants, (4 ) external laboratory visits, (5) and the guest speaker seminar series. The students will also organize seminars and workshops for the public and high school students and supervise small research projects for undergraduates. The doctoral students will be mentored by a 3-member thesis advisory committee. To internationally position our doctoral students, they will organize the 3rd International GK Symposium on "Regulators of Adaptive Immunity" (www.lymphozyten.de/symposia). Our research and innovative training concept will not only lead to a reduction in the time required to finish a doctoral program, but it will also provide a high-quality training environment for young scientists at an internationally competitive level.

Ubicación de la empresa

Descubre empleadores similares

Fraunhofer-Gesellschaft
Fraunhofer-Gesellschaft Alemania 2 posiciones abiertas
University of Cologne
University of Cologne Alemania 23 posiciones abiertas
Helmut Schmidt University
Helmut Schmidt University Alemania 4 posiciones abiertas
Carl von Ossietzky University of Oldenburg
Carl von Ossietzky University of Oldenburg Oldenburg, Alemania 2 posiciones abiertas
University of Bayreuth
University of Bayreuth Bayreuth, Alemania 3 posiciones abiertas
Más empleadores

Esto puede ser de tu interés

Buried treasure: How the ocean’s history reveals our climate’s future
Buried treasure: How the ocean’s history reveals our climate’s future NIOZ Royal Netherlands Institute for Sea Research 4 minutos de lectura
Using AI to accelerate recycling
Using AI to accelerate recycling OFFIS 4 minutos de lectura
Building belonging: Rethinking diversity in the classroom
Building belonging: Rethinking diversity in the classroom Free University of Bozen - Bolzano 4 minutos de lectura
Why KTH Is the Ideal Place to Shape the Future Through Your Work
Why KTH Is the Ideal Place to Shape the Future Through Your Work KTH Royal Institute of Technology 5 minutos de lectura
Bringing Society’s Voice into Science
Bringing Society’s Voice into Science University of Oulu 5 minutos de lectura
Más historias

Descubrir trabajos relacionados

Postdoctoral Researcher in Computer Vision
Postdoctoral Researcher in Computer Vision University of Luxembourg hace 4 meses
Postdoctoral researcher in Robotics Manipulation
Postdoctoral researcher in Robotics Manipulation University of Luxembourg hace 4 meses
Upcoming PhD Positions in the field of Cognitive Neuroimaging
Upcoming PhD Positions in the field of Cognitive Neuroimaging The International Max Planck Research School (IMPRS) on Cognitive NeuroImaging hace 8 meses
PhD - student: Machine learning for semiconductor wafer metrology
PhD - student: Machine learning for semiconductor wafer metrology Advanced Research Center for Nanolithography ARCNL hace 1 año
Scientist – Ion-trap chips (all genders)
Scientist – Ion-trap chips (all genders) Silicon Austria Labs (SAL) hace 4 meses
Physician-Scientist in Neurology
Physician-Scientist in Neurology University of Luxembourg hace 9 meses
Más trabajos