I am a committed professional with a strong experience in Electronic and Communication Engineering. My academic journey has been defined by a never-ending thirst for knowledge and a dedication to research and creativity.
My interests and experience include:
Fabrication of low-dimensional metal/metal-oxide nanostructures, Device Physics, and Optoelectronics
My research involved the fabrication and characterization of germanium and axial titanium dioxide-germanium nanostructures fabricated using the glancing angle deposition technique incorporated in an electron-beam evaporator system for photodetector application, aiming to enhance their efficiency and sensitivity.
Overall, my research experience encompassed a multidisciplinary approach involving the fabrication of low-dimensional metal/metal-oxide nanostructures, characterization (structural, optical, and electrical properties), device fabrication, and testing for optoelectronic device applications.
Novel Optoelectronic Materials and Devices
Group IV (Si, Ge) Semiconductor Fabrication and Devices
Development of semiconductor heterojunction with wide bandgap semiconductor materials
Research Highlights
Glancing angle deposition (GLAD) technique incorporated in an electron beam evaporator coating system used fabricate photodetectors