Curriculum Vitae

Pensyarah Kanan/Ahli Penyelidik di Institut Sel Fuel di Universiti Kebangsaan Malaysia (UKM) telah memberikan sumbangan yang ketara dalam memajukan teknologi sel fuel. Kajian beliau terutamanya memberi tumpuan kepada penggunaan grafin dalam teknologi sel fuel dan penyokong elektrokatalitik dalam sel fuel suhu rendah. Dengan tujuan meningkatkan kecekapan dan kos-keberkesanan dalam penghasilan tenaga hijau, kajian beliau melibatkan pembangunan bahan baru seperti aerogel organik dan aerogel grafin tiga dimensi, yang meningkatkan prestasi sel fuel, khususnya sel fuel metanol langsung. Osman menunjukkan komitmen beliau dalam memajukan penyelesaian tenaga lestari melalui kerja-kerja penyelidikannya yang bertujuan untuk menghasilkan bahan unik seperti aerogel TiO2-grafin, yang berfungsi sebagai penyokong pemangkin dalam sel fuel metanol langsung di bahagian anod. Dengan menunjukkan minat yang mendalam dalam bidang tenaga boleh diperbaharui dan tanggungjawab alam sekitar, Osman secara aktif menerokai pendekatan baru untuk meningkatkan fungsi dan kecekapan sel fuel melalui usahanya dalam penyelidikan.
Prominent contributions to the field of fuel cell technology have been made by the Senior Lecturer/Research Fellow at the Fuel Cell Institute in Universiti Kebangsaan Malaysia (UKM). His research has centered on the application of graphene in fuel cell technology and electrocatalytic support in low-temperature fuel cells. In an effort to improve the efficacy and cost-effectiveness of green energy generation, her research entails the creation of novel substances such as organic aerogels and three-dimensional graphene aerogels, which serve to enhance the performance of fuel cells, specifically direct methanol fuel cells. Osman demonstrates her dedication to the progression of sustainable energy solutions through her work on the fabrication of one-of-a-kind materials, TiO2-graphene aerogel, which serves as a support for catalysts in anodic catalyst direct methanol fuel cells. Indicative of her commitment to the fields of renewable energy and environmental stewardship, Osman has demonstrated a keen interest in investigating novel approaches to enhance the functionality and efficacy of fuel cells through her research.