Ibrahim Sayyed

Battery Testing & Safety Evaluation Design and execution of comprehensive procedures to assess battery safety and performance. Thermal runaway assessments performed using abuse methods. Evaluation of cell and component responses under thermal and electrical abuse conditions to support risk mitigation and enhance product reliability. Experimental Design Development of customized test protocols aligned with product development and research objectives, emphasizing safety, repeatability, and performance benchm

Collaboration Thesis | LTT Erlangen | Chair for Thermodynamics Friedrich-Alexander-University of Erlangen-Nuremberg Test Method Development: Designed a benchtop test protocol to quantify parameters such as: Cell core and surface temperatures Vent gas and ejecta temperatures Heat loss to the environment (approximated) Test Chamber Design: Engineered and assembled a custom battery test chamber for safe and accurate destructive testing of small-format lithium-ion cells. Data Collection: Conducted thermal ab

Contributed to the mechanical design and development of next-generation drones within an interdisciplinary team. Responsibilities included 3D design and modeling in SolidWorks, from conceptualization to realization. Engaged in additive manufacturing, utilizing UltiMaker Cura for 3D printing and prototyping of mechanical components. Collaborated with engineers across disciplines to drive innovation and advance drone technology.

"Bachelor's degree in Mechanical Engineering with a comprehensive foundation in various critical areas, including thermal heat transfer, fluid mechanics, and machine design. This multidisciplinary focus has with a diverse skill set to tackle complex engineering challenges and contribute to the deve