Website University of Kiel
Your tasks:
The Leibniz ScienceCampus AMR-PLAS investigates how microorganisms adapt during antibiotic treatment in order to better understand bacterial plasticity and gain deeper insight into the emergence of antimicrobial resistance (AMR).
The successful candidate will investigate genomic and non-genomic mechanisms of bacterial plasticity in clinically relevant pathogens, including ESKAPE pathogens and mycobacteria, with a particular focus on the phenotypic plasticity of antimicrobial resistance in Corynebacterium striatum. The project aims to elucidate the molecular mechanisms underlying AMR.
As a doctoral researcher, you will become part of the Leibniz ScienceCampus AMR-PLAS, joining a cohort of seven PhD candidates based at the Research Center Borstel and Kiel University. You will work closely with an early-career principal investigator and benefit from a structured training programme, comprehensive methodological supervision, and continuous scientific exchange within an interdisciplinary research environment.
Your profile:
- a completed university degree (Master’s) in microbiology, biochemistry or molecular biology, or a related subject, with a very good final grade
- excellent expertise in the field of microbiology
- experience with molecular genetic methods (cloning, strain construction, genetic screens)
- experience in handling bacterial cultures, as well as standard microbiological methods and sterile working techniques
- basic knowledge of bioinformatics and statistics
- English (at least C1 level) – spoken and written
Soft skills:
- ability to work as part of a team
- communication skills
- analytical and scientific thinking
- an independent, structured and meticulous approach to work
- a strong willingness to learn and a keen sense of curiosity
- perseverance and resilience when working on long-term projects
Beneficial:
- experience in supervising laboratory courses/modules
- experience with Corynebacteria (this also includes experience with non-pathogenic Corynebacteria)
- experience with single-molecule microscopy
- experience using ‘R’ or similar statistical software
- knowledge of mechanisms of antimicrobial resistance and resistance testing methods
- publications in the field of microbiology/genetics
We offer:
- A varied, independent, and diverse role in a committed, innovative environment with the opportunity to shape change
- Salary aligned with the collective agreement, including annual bonus
- A good work-life balance thanks to the option of flexible working hours
- Employee benefits (e.g., cafeteria, university sports)
- 30 days of paid vacation per year
- Discounted public transportation pass
- A company pension plan with high employer contribution
- A secure job with the state and a university environment with a lively and international atmosphere
- Numerous opportunities for further training
Contact details:
Prof. Dr. Marc Bramkamp
Institut of General Microbiology
Tel. +49431 880 4341
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