Experience

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  Vanced Materials Technology (Zhongshan), Co., Ltd.

  • Guangdong, China

  • Research And Development Scientist

    • Sep 2023 - Present
    • Guangdong, China

    I am currently working as R& D Scientist for the synthesis of photoresist polymeric resin synthesis for semiconductive devices, mostly acrylic based resin which have multiple applications in electronic, optoelectronic devices, coating, printing and painting applications. multiple projects are going on side by side for the requirements of the marketed customers in the field of electronic, optoelectronics, LCD, coating and printing applications.

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  Fudan University

  • Shanghai, China

  • Postdoctoral Research Fellow

    • Aug 2021 - Aug 2023
    • Shanghai, China

    I recently completed 2nd Postdoc from the Centre of Micro-Nano System, school of Information science and Technology (SIST), Fudan university. My research mainly focuses on organic semiconductive functional Polymeric materials, perovskite materials, nanocomposites and carbon dots synthesis for Flexible Electronic/Optoelectronic Devices such as Flexible organic electronic memory Devices, Solar cells, OLED, TFT, Carbon-based photovoltaic cells (PVCs) and Sensors applications. The deliverable of these projects are quite interesting and have manifold novel findings for future studies. Moreover, some of the remarkable findings have been published and submitted to well-indexed journals.

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  Shenzhen University

  • Guangdong, China

  • Postdoctoral Researcher

    • Jan 2019 - Apr 2021
    • Guangdong, China

    I am Dr. Qudrat Ullah Khan, pursuing Postdoc (2019/01–2021/04) from the Institute of Microscale and optoelectronics, Shenzhen University, China. My current research focuses on “functional materials synthesis for flexible electronic/optoelectronic devices”. Briefly, the research project focuses on the synthesis of functional materials, perovskite materials, and carbon dots synthesis for organic flexible electronic/optoelectronic devices such as memory devices, thin-film transistors, solar cells, OLED, and electrochemical sensor applications, etc. The deliverables of this project are quite interesting and have manifold novel findings for future studies. Moreover, some of the remarkable findings have been published and submitted to well-indexed journals. Based on the availability and feasibility of the chemicals and instruments in the current Lab, I am also engaged in the synthesis of nanocomposites for metals adsorption from water reservoirs, synthesis of nanoscale electrocatalyst for remarkable Hydrogen evolution reaction, as well as the synthesis of pure organic compounds and their biological applications.Currently, I am looking for a research associate / Research Assistant professor or even 2nd Postdoc position in any reputable research institute for the future development of academics and research profile.

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  Beijing University of Chemcial Technology, Beijing, China

  • Beijing City, China

  • PHD Scholar

    • Sep 2014 - Jun 2018
    • Beijing City, China

    During PhD, I have best research expertise and skills in materials synthesis, structural modifications, polymer chemistry, structural elucidation of organic synthetic molecules and morphology oriented supra-molecular studies of functional polyimides, perylene diimides and imides. As a researcher, I have been systematically investigated the role of Porphyrinated functional polyimides and Donor-Acceptor imides for the memory storage applications. And was successful to synthesize number of porphyrin-based polyimide polymers, oligomers and small molecules and investigated the structural-properties correlation effect on the memory performance of the Functional polyimides, on the other hand I always worked very hard and completed several projects including triphenylamine and carbazole based Imides, and Perylene diimides for photo-physical and electrochemical applications. Above all, I proved himself as an intellectual capital of my lab and efficiently managed the progression of intra-molecular donor-acceptor ratio variation and effect of metal work function on the memory performance of the novel synthesized polyimides and imides in during PhD studies, which was a landmark project for me.