Summary
Forschungszentrum Jülich is offering a PhD position within its Institute of Climate and Energy Systems – Troposphere (ICE-3). The successful candidate will join a research team focusing on the chemistry and transport of trace substances in the troposphere. The project involves utilizing a custom-built laser spectroscopy method to measure the total reactivity of pollutants during national and international field campaigns. The ultimate goal is to connect total reactivity measurements to single compounds and secondary pollutants, thereby improving air quality predictions and climate models.
Fully Funded PhD in Atmospheric Chemistry & Laser Spectroscopy – Germany
Designation
PhD Candidate / Doctoral Researcher
Position Overview
| Detail | Description |
| Institute | Forschungszentrum Jülich GmbH (ICE-3) |
| Index Number | 2026D-0604 |
| Salary / Remuneration | Pay group 13 (67.5%) TVöD-Bund (includes year-end bonus and capital-forming benefits) |
| Contract Duration | Usually 3 years (Doctoral Contract) |
| Start Date | Next possible date |
| Benefits | 30 days annual leave, flexible working hours, remote options, health programs, JuDocS training |
Research Area
Atmospheric Chemistry, Laser Spectroscopy, Environmental Sciences, Air Quality, and Climate Science.
Location
Jülich, Germany
Eligibility / Qualification
To qualify for this position, applicants must have a blend of scientific curiosity and practical measurement skills, specifically:
- A Master’s degree in chemistry, physics, environmental sciences, or a related field.
- A strong motivation to engage in an interdisciplinary atmospheric chemistry project and work with custom-built laser spectroscopy instruments.
- Demonstrated experience in data analysis using mathematical script languages or Python.
- Excellent teamwork and communication abilities.
- A very good command of written and spoken English, possessing an extensive vocabulary (minimum B2 level according to CEFR), ideally backed by a language certificate.
Job Description
Your daily tasks and responsibilities will include:
- Measuring the total reactivity of air pollutants during various field campaigns.
- Evaluating and analyzing the gathered data to better understand the measured composition of the air.
- Working to improve ozone pollution predictions by applying total reactivity measurements.
- Publishing research results in recognized international journals and presenting findings at academic conferences.
How to Apply
Applications should be submitted electronically through the Forschungszentrum Jülich career portal. You can begin the application process by visiting the official online application link below:
Last Date for Apply
Open until filled. The position will remain published and open for applications until a suitable candidate is successfully recruited.
