Predoctoral Research Fellow - Aerosol Physics Vienna

Academics; Wien; On-site; EUR 52,000 - 54,000; Full time

Benefits offered by this job

International academic environment

Excellent public transport access

Internal training & coaching (600++/-)

Job summary

University of Vienna is seeking a pre-doc university assistant for a 4-year position in the Aerosol Physics and Environmental Physics Group under Professor Bernadett Weinzierl. The role focuses on characterizing atmospheric aerosols at the Aerosol Observatory and Sonnblick Observatory, aiming to relate optical and microphysical properties to urban vs remote environments.

You will develop your dissertation within 12–18 months and contribute to teaching and outreach.

Qualifications

• Master's degree (or equivalent) in physics and/or aerosol-related topics such as atmospheric sciences, aerosol chemistry, meteorology, or similar.
• Excellent command of written and spoken English (C1 or higher).
• Affinity for practical work; experience in experimental/technical work.

Responsibilities

• Active participation in research, teaching & administration.
• Set up, characterize, maintain and operate ACTRIS instrumentation (Aethalometer, Nephelometer, APS).
• Process, analyze and interpret aerosol data relating to microphysical and optical properties.
• Collaborate within VINAR, GeoSphere Austria, and the University of Vienna department colleagues.
• Contribute to teaching (lab courses) and outreach via publications and conferences.

Skills

English (C1+)

Python programming

Lab work / experimental skills

Team player

Driving license

Education

Master's degree in physics or aerosol-related topics

Tools

Aethalometer

Nephelometer

Aerodynamic Particle Sizer (APS)

Job description

University of Vienna is seeking a pre-doc university assistant for a 4-year position in the Aerosol Physics and Environmental Physics Group under Professor Bernadett Weinzierl. The role focuses on characterizing atmospheric aerosols at the Aerosol Observatory and Sonnblick Observatory, aiming to relate optical and microphysical properties to urban vs remote environments.

You will develop your dissertation within 12–18 months and contribute to teaching and outreach.