PostDoc (f/m/x) Digital twins for defective viral genome biology

TN Germany; Hamburg; Vor Ort; EUR 50.000 - 65.000; Teilzeit

Zusammenfassung

A leading research institution in Hamburg seeks a motivated candidate for a Junior Research Group focusing on Viral Systems Modeling. The role involves developing computational methods to analyze infectious disease biology, mentoring scientists, and disseminating research findings internationally. The position offers a collaborative environment at a renowned institute with various benefits.

Leistungen

30 days annual vacation

Training opportunities

Childcare grants

Health protection services

Flexible, family-friendly hours

Qualifikationen

• Experience with bioinformatics tools for OMICs data, especially virus genomics.
• Expertise in data- and model-driven approaches, machine/deep learning.

Aufgaben

• Develop in silico approaches to study DVG biology.
• Work independently on research projects with high responsibility.
• Support and integrate into the research team, mentoring emerging scientists.

Kenntnisse

Teamwork

Communication

Independence

Flexibility

Ausbildung

PhD in computer science

PhD in bioinformatics

PhD in biotechnology

PhD in biosystems engineering

PhD in life sciences

Tools

Bioinformatics tools

Machine learning

Deep learning

High-performance computing

Jobbeschreibung

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Job Details

• Location: Hamburg, Germany
• Job Category: Education
• EU work permit required: Yes
• Job Reference: 261b22298a32
• Job Views: 1
• Posted: 13.05.2025
• Expiry Date: 27.06.2025

Job Description

The Leibniz Institute of Virology (LIV) is an independent research institution specializing in basic biomedical research. As a foundation under civil law and a member of the Leibniz Association, the Institute holds a leading position both nationally and internationally. The Junior Research Group Viral Systems Modeling, led by Dr. Tanja Laske, develops computational methods to understand infectious disease biology at a systems level. Our team integrates data mining, bioinformatics, and virus dynamics modeling to analyze factors influencing virus replication and identify new therapeutic targets. A key focus is on defective viral genomes (DVGs) and their role in infection outcomes, using AI-supported models to predict their impact and evaluate their potential as antiviral agents. We analyze sequencing, multi-OMICs, and other experimental data to identify promising DVG candidates, aiming to enhance understanding of DVG biology and support the development of AI-driven antiviral therapies.

We seek a highly motivated, ambitious, and team-oriented candidate to start as soon as possible to:

• Develop in silico approaches to study DVG biology, shaping a new era of data- and model-driven infection research
• Work independently on research projects with high responsibility
• Support and integrate into the research team, mentoring emerging scientists
• Present findings nationally and internationally
• Disseminate research through publications, social media, and outreach

Your Profile

• PhD in computer science, bioinformatics, biotechnology, biosystems engineering, or a related life sciences field, preferably with infectious disease focus
• Experience with bioinformatics tools for OMICs data, especially virus genomics and structural biology, network biology
• Expertise in data- and model-driven approaches, machine/deep learning, large language models, virus dynamics modeling
• Experience with high-performance computing and (web)-tool development
• Interdisciplinary research experience and willingness to collaborate with wet-lab partners
• Strong commitment, teamwork, communication, organizational skills, independence, flexibility, supervision experience
• Excellent English skills (oral and written)

What We Offer

• Work at a renowned Leibniz Institute
• International team environment
• Remuneration according to EG 13 TV-AVH, including pension scheme
• 30 days annual vacation
• Training opportunities, including language courses
• Childcare grants
• Health protection services
• Flexible, family-friendly hours

This is a 1-year position with possible extension, starting as soon as possible. Part-time work is possible.

The LIV promotes equality and work-life balance. Severely disabled persons will be given priority if qualified.

Your application should include a motivation letter (max 1 page), CV, research summaries (max 0.5 page each), publication list, contact info for two referees, and relevant certificates. Applications in English are accepted until April 30, 2025. Later applications may be considered until the position is filled. We look forward to your application!

Contact: Dr. Tanja Laske, E-Mail: [emailprotected]