Researcher in Optical Diagnostics on Aluminum Combustion

Description of the workplace

We are conducting advanced research in aluminum particle combustion, focusing on understanding fundamental combustion mechanisms, including flame structure, combustion temperature, product condensation, droplet evaporation, etc., using state-of-the-art optical diagnostics. The project emphasizes high-speed microscopic imaging, multi-spectral pyrometry, light extinction techniques, and laser-based diagnostics techniques to study single-particle combustion under controlled conditions.

The research is supported by the Knut and Alice Wallenberg Foundation through the project "Towards CO2 Neutral Energy Conversion Using Advanced Laser Diagnostics and Modelling (COCALD)."

We offer

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Work Duties

• Assist in single-particle combustion experiments using advanced optical diagnostics.
• Contribute to the design and calibration of optical instruments such as lasers, high-speed cameras, and spectrometers.
• Contribute to the design and optimize the metal combustors.
• Develop and implement image analysis techniques for particle evaporation, fragmentation and alumina condensation.
• Support project and thesis students working on related topics.
• Prepare scientific publications and presentations.

Qualifications

Required qualifications:

• M.Sc. in Engineering Physics, Power Engineering, or a related field, with a focus on optical diagnostics or combustion studies.
• Peer-reviewed international publications in the field of combustion and optical diagnostics.
• Experience in conducting experiments on metal combustion and hydrogen flames.
• Good skills in setting up combustion and optical imaging setups.
• Proficiency in MATLAB and image analysis tools.
• Very good oral and written proficiency in English.

Additional qualifications:

• Strong collaborative skills, drive, and independence.
• Hands-on experience with optical diagnostic tools (e.g., high-speed cameras, pyrometers, or spectrometers).
• Experience of working in a combustion research lab.

Further information

This position is a fixed-term appointment for nine months at 100%, starting on 1 April 2025 or by agreement.

How to Apply

The position is applied for via the university's recruitment system. Applications should include:
1. A cover letter explaining your interest in the position and how your qualifications align with the role.
2. A CV detailing your educational background and work experience.
3. Degree certificates, grade transcripts, and other relevant documents (e.g., recommendation letters).

Welcome with your application!