About the Role
AEROX develops and operates air purification systems for industrial applications, with a strong focus on odour control using cold-plasma-based technologies. To better understand and optimize plasma-driven oxidation mechanisms, AEROX performs controlled laboratory experiments on representative odorous compounds.
This internship is intended for a Master’s student in Chemical Engineering, Chemistry, or Biochemical Engineering. The intern will design and carry out systematic Gas Chromatography–Mass Spectrometry (GC–MS) experiments to screen the effect of different process conditions on the ability of a cold plasma system to oxidize specific odorous molecules. The work will contribute to both fundamental understanding and practical optimization of AEROX’s odour control technologies.
The intern will be part of a multidisciplinary R&D team, working closely with engineers, chemists, and data scientists.
Job requirements
A motivated MSc student in Chemical Engineering, Chemistry, or Biochemical Engineering
Interest or experience in experimental laboratory work and analytical techniques
Familiarity with Python and programming to support collaboration and data handling
A structured, analytical mindset with attention to experimental reproducibility
Job responsibilities
Designing experimental matrices for plasma oxidation experiments
Performing GC–MS measurements and interpreting chemical conversion pathways
Systematically varying process conditions and assessing their impact on oxidation performance
Applying basic reactor and transport modeling to distinguish mass transfer and residence-time effects from intrinsic chemical or plasma-driven reaction effects
Collaborating with computer science interns on data processing, analysis, and visualization
Tech Stack
Gas Chromatography–Mass Spectrometry (GC–MS)Pythonreactor modelingtransport modeling