Highlights

Dr. Mariam Jaber is a German-Lebanese leading expert in product development, digital simulation, and multi-objective optimization, specializing in next-generation hydrogen storage systems, AI-driven engineering, and composite materials. With a strong background in both academia and industry, she integrates advanced computational modeling, digital twin technology, and machine learning to drive innovation in sustainable energy solutions. Her career has spanned leading institutions and industries across Europe and the Middle East, reflecting a truly global perspective. She holds a Ph.D. in Mechanical Engineering with distinction from the Technical University of Darmstadt, where she conducted research at BMW Group in Munich. Prior to her Ph.D., she earned two master’s degrees—both ranked first in her university—one in Numerical Methods for Engineering from École Polytechnique de Nice and another in Computational Mechanics from École des Mines de Paris. She further expanded her international academic experience by completing a master’s thesis at École Polytechnique Fédérale de Lausanne (EPFL). Additionally, she holds an MBA from Institut d’Administration des Entreprises de Nice, equipping her with strategic business acumen, risk management expertise, and a strong foundation in product lifecycle management.

With nearly ten years of experience at BMW Group in Munich, Dr. Jaber was a recognized expert in product development, where she managed the development of multiple components across various car models, including Rolls-Royce. She played a pivotal role in vehicle body, chassis, and engine development, specializing in computational mechanics, advanced simulations, and digital prototyping. Her expertise extends to multi-material composite structures, risk management, and predictive modeling, ensuring the development of lightweight, high-performance automotive and hydrogen storage solutions. She was responsible for design optimization, NVH analysis, and structural integrity improvements, working on high-impact projects that shaped the performance and durability of luxury and high-performance vehicles. Beyond her technical expertise, her MBA has provided her with a strategic understanding of risk management, business development, and product lifecycle optimization, allowing her to bridge engineering innovation with business strategy.

Currently, Dr. Jaber is leading two major research projects focused on the development of advanced Type V hydrogen storage tanks for automotive and deep-sea applications. She also spearheads an innovation initiative on anti-corrosion hydrogen storage technologies. Her research integrates machine learning, AI-driven optimization, and digital twin technology, making groundbreaking contributions to Green Hydrogen Technology. As an Assistant Professor of Mechanical Engineering at KFUPM, she is actively involved in cutting-edge research and education. She was the first female faculty member in Mechanical Engineering at the university, where she teaches Materials Science and has received an outstanding 9.14/10 student evaluation rating. Fluent in German, French, English, and Arabic, she naturally bridges engineering innovation with international research collaborations, leveraging her European engineering expertise alongside her deep understanding of Middle Eastern technological advancements.