Hajar Mahmoudi
researcher III
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About
In the Fit4MedRob project, I am involved in the development of flexible metal–air batteries based on solid electrolytes for wearable biomedical applications. My work focuses on the synthesis and optimization of environmentally friendly polymer electrolytes, the investigation of corrosion and stability mechanisms, and the integration of metal–air batteries with wearable sensing platforms.
Experience
researcher III - Istituto di Scienze e Tecnologie per l'Energia e la Mobilità Sostenibili (STEMS) - Naples, Italy
(2025-03)
In the Fit4MedRob project, I am involved in the development of flexible metal–air batteries based on solid electrolytes for wearable biomedical applications. My work focuses on the synthesis and optimization of environmentally friendly polymer electrolytes, the investigation of corrosion and stability mechanisms, and the integration of metal–air batteries with wearable sensing platforms.
Researcher - Graduate University of Advanced Technology - Kerman, Iran
(2022-01 - 2025-01)
Design and synthesis poly-triazole binders. Deep eutectic solvent-based supramolecular gel polymer for anode free sodium-ion batteries and quantum information study in department of Photonics and Physics. Prof. Mohammad Javad Faghihi (PI) and Prof. Hassan Safari research group. These projects have the industrial scale up in sustainable quantum-polymer technology company.
Laboratory member - TISS factory
(2024-01 - 2025-01)
Implementing ISO 17025 in 22 laboratory scopes. (This was a part time job in a paint industry, here I synthesized resins in large scale)
Quality control member - TISS factory
(2023-01 - 2024-01)
Maintaining ISO 9001. (This was a part time job in a paint industry)
Postdoctoral Researcher - Department of Photonics, Graduate University of Advanced Technology - Kerman, Iran
(2018-10 - 2020-10)
Water splitting reaction via photochemical reaction, has published in ACS Omega.
Industrial Postdoctoral Researcher - Department of Chemistry, Faculty of Science, Vali-e-Asr University of Rafsanjan - Rafsanjan, Iran
(2017-10 - 2018-09)
Synthesis of hybrid organic-inorganic supramolecular thioester derivatives by hydrothermal method.
R & D researcher - R & D unit of Barez Tire Manufacturer - Kerman, Iran
(2016-01 - 2017-09)
Education
Ph.D. - Organic Chemistry - University of Yazd (2010-12 - 2015-02)
M.Sc. - Organic Chemistry - University of Yazd (2008-09 - 2010-08)
