Phd Candidate
CurrentAs a dedicated PhD candidate at the University of Western Australia, I have taken on a multifaceted role in advancing the field of electronic characterization. My key achievements include: • Successfully establishing LBIC (Light Beam-Induced Current) and EBIC (Electron Beam-Induced Current) systems at the University of Western Australia, significantly enhancing our capacity for precise semiconductor measurements. • Playing an integral role in the design and fabrication of specialized photodiodes tailored for cross-sectional measurements, demonstrating expertise in both theoretical and practical aspects of device development. • Leveraging my proficiency in Python programming, I developed custom scripts to semi-automate the data analysis process for LBIC and EBIC measurements. This automation streamlines data processing and enables more efficient analysis. • Presenting LBIC measurements at the AIP (Australian Institute of Physics) conference in 2022, showcasing advancements in electronic characterization techniques and contributing to the broader scientific community. • Currently, I am actively engaged in ongoing EBIC measurements, to better understand the photodiodes physical structures in relation to fabrication conditions • I have used Monte Carlo simulations for predicting electron spread volume, a critical in improving our measurements and device designThrough these projects, I have honed my expertise in electronic characterization techniques, data analysis, and device fabrication. This research not only advances our understanding of electronic materials but also has the potential to drive innovations in various technological applications.