Adnan Ali

Adnan Ali serves as a Research Fellow in the Department of Electrical and Electronic Engineering, with research output demonstrating active engagement in renewable energy technologies. His work primarily focuses on solar photovoltaics and thermoelectric energy conversion, contributing to sustainable development goals through material innovation and device optimization.

Ali's research expertise centers on perovskite solar cells, where he investigates lead-free alternatives like MASnBr3 enhanced with graphene interfaces to achieve both high efficiency and long-term stability. He also explores thermoelectric materials through SbPbTe thin-film development and conducts numerical simulations of silicon solar cell architectures using AFORS-HET. His interdisciplinary approach bridges electrical engineering, nanomaterials science, and energy conversion technologies.

In 2024, Ali published three significant articles reflecting his active research trajectory across photovoltaics and thermoelectrics. These works demonstrate consistent emphasis on material innovation—particularly graphene applications and lead-free perovskites—and device optimization for renewable energy systems. The publications collectively address critical challenges in solar cell efficiency, stability, and thermoelectric performance.

No scientific awards, student advising activities, or laboratory team information appears in the source material. Similarly, details regarding research grants, educational background, or contact information were not provided in the available text.