Yemeni Researcher Reem Al-Hammadi Earns Master’s Degree with Distinction in Environmental Systems from Magdeburg University, Germany

Yemen Monitor / Newsroom:

In a new academic achievement, engineer Reem Al-Hammadi earned her master’s degree with distinction in Environmental Systems Engineering from Magdeburg University in Germany, after defending her thesis on pyrolysis and its applications in sustainable energy production.

This advanced specialization combines chemical engineering, biological sciences, computer science, automation, and fluid dynamics. Reem further enriched it with artificial intelligence tools to broaden the scope of research and applications.

In her thesis, she presented an in-depth study on the pyrolysis of biomass as a promising alternative to fossil fuels, given its potential to produce valuable byproducts such as syngas, bio-oil, and biochar. Her research relied on direct numerical simulations, through which she developed an advanced model to analyze cellulose decomposition, achieving groundbreaking results that enhanced the understanding of thermal and chemical reaction mechanisms.

The findings showed that higher temperatures accelerate decomposition and increase the yield of light gases, while flow velocity and particle spatial arrangement play a crucial role in process efficiency—paving the way for more effective industrial reactor designs. This study is considered a reference in the field of high-precision numerical modeling for bioenergy.

Her thesis was supervised by an international academic team, including Professor Dominik Tevnin, Dr. Abu Al-Majd, Dr. Cheng Qi, and Professor Gabor Janiga.

It is worth noting that Al-Hammadi had received the Best Bachelor Graduate Award in Environmental Technology Engineering a year and a half earlier, and was honored by the Max Planck Institute, the Fraunhofer Institute, and the presidency of Magdeburg University. She has also published several scientific papers in peer-reviewed journals and international conferences.

Thanks to her outstanding research performance, she received multiple job offers even before completing her degree. She has now decided to immediately pursue her PhD as a researcher in a joint program between the Max Planck Institute and the Faculty of Bioprocess and Systems Engineering at Magdeburg University—becoming the first to complete a fully integrated academic path in this specialization within a record time.