HYCOMBS Project is seeking a highly motivated and talented Research Fellow to join the project, a research initiative focused on advancing combustion science and technology for gas turbines and internal combustion engines in Singapore.
The successful candidate will be based in Singapore and contribute to Work Package 2.1, “Laminar H2/NH3 flames”, led by Dr. Ducruix and Dr. Minesi.
HYCOMBS PROJECT
HYCOMBS: Hydrogen and Ammonia Combustion in Singapore
In the future, Singapore may be importing renewable energy in the form of hydrogen (H2) or ammonia (NH3). These zero-carbon fuels will require the development of new gas turbines (GTs) and internal combustion engines (ICE) used in power generation, aviation, and maritime propulsion.
This project focuses on the combustion fundamentals of hydrogen, ammonia, their blends, and their blends with hydrocarbon fuels. The knowledge acquired in HYCOMBS will enable the penetration of zero-carbon fuels in the Singapore energy system and this will benefit Singaporean industries and residents.
Read more about the HYCOMBS project here.
DESCRIPTION
The HYCOMB project aims to develop a deeper understanding of hydrogen/ammonia combustion phenomena and improve the efficiency, stability, and environmental sustainability of gas turbines and internal combustion engines. As a Postdoctoral Researcher in WP2.1, you will play a key role in deploying advanced diagnostics to study laminar H2/NH3 flames, a crucial step towards understanding combustion instability and pollutant formation.
Responsibilities
- Design, develop, and operate a burner for laminar flame experiments, compatible with high-frequency diagnostics
- Conduct experiments on steady and pulsated laminar H2/NH3 flames using spontaneous emission of radicals (OH*, NH*) and laser absorption spectroscopy of stable species (NH3, H2O, N2O)
- Modulate injection conditions to induce controlled fluctuations of velocity, which will drive the oscillation of heat release, pollutant formation, and other quantities of interest
- Measure local flow conditions using Particle Image Velocimetry (PIV) to correlate flame behavior with flow strain
- Collaborate with other partners to implement laser absorption spectroscopy in other rigs and validate kinetic schemes and simulations (WP1)
- Contribute to the development of laser absorption spectroscopy diagnostics for online detection of combustion efficiency, ammonia slip, and N2O pollutant emissions
EXPERIENCE & QUALIFICATIONS
Requirements
- Ph.D. in Combustion Science, Physics, Chemistry, or a related field
- Strong background in experimental combustion, flame diagnostics, and data analysis
- Experience with optical diagnostics (ideally laser-induced fluorescence and absorption spectroscopy, but not required)
- Excellent communication and teamwork skills, with the ability to collaborate with international partners
- Fluency in English (written and spoken)
Desirable Qualifications
- Knowledge of combustion kinetics and modeling
- Experience with particle image velocimetry (PIV) or other flow measurement techniques
FURTHER INFORMATION & CONTACT
Salary range: SGD 6,900 – SGD 10,000 (depending on suitability and experience)
- A 3-year postdoctoral research position
- Visit in laboratoire EM2C (France) for a training on optical diagnostics
- The opportunity to work on a cutting-edge, interdisciplinary project with international partners
- Access to state-of-the-art experimental facilities and diagnostics in Singapore
- Collaboration with leading researchers in the field of combustion science
- Opportunities for professional growth, networking, and publication in top-tier journals
Workplace address: The applicant will be a CNRS@CREATE appointee (CREATE Campus, CREATE Tower, 1 Create Way #08-01 Singapore 138602), and work on CREATE Campus.
To apply, please submit your CV, a cover letter outlining your research experience, and contact information for two academic references. Applications will be reviewed until the position is filled: [email protected] and [email protected]
