Amir User

Developed nonflammable polymeric solid-state electrolytes, optimizing Polyethylene glycol and Polyvinylidene fluoride-based SPEs to enhance polymer structure-property relationships for improved energy density and safety. Engineered fire-retardant electrolytes using Polyimide and Polyolefins, demonstrating expertise in resin formulation and improving thermal stability to meet stringent safety stand

Developed and synthesized advanced materials, such as thiophenes, phenols, and anilines, emphasizing structure-property relationships for polymer applications and energy storage. Conducted electrosynthesis and electropolymerization, utilizing comprehensive analytical techniques to characterize and optimize material properties.

Delivered lectures and facilitated laboratory sessions in General Chemistry I and II, emphasizing analytical and physical chemistry concepts relevant to polymerization and material characterization. Mentored students in applying fundamental chemistry concepts to practical research problems, including material synthesis and characterization.

Performed materials quality control and analysis using SEM and XRD techniques, focusing on improving the structural and functional properties of glass products. Applied material characterization methods and troubleshooting techniques that are directly transferable to product development processes.

Conducted doctoral research focused on developing redox-active organic materials for redox flow batteries. This involved in-depth study and experimentation to advance energy storage technologies.

Completed a Master's degree with a thesis on the synthesis and characterization of layered hydroxide polymers. This research provided a strong foundation in inorganic chemistry and material science.

Obtained a Bachelor of Science in Chemistry, covering fundamental principles and laboratory techniques. This program established a comprehensive understanding of chemical sciences.