Singapore
- Supporting process monitoring and optimization for advanced semiconductor manufacturing. - Analyzing process data to identify trends and improvement opportunities.
- Evaluated Rutherford Backscattering Spectrometry (RBS) as a non-destructive method for elemental and depth profiling in semiconductor process monitoring. - Simulated and analysed RBS performance using SIMNRA across different ion energies, beam species and incident angles to optimise measurement accuracy while minimising damage to IC samples. - Automated multi-peak spectrum fitting and data analysis using Python, improving efficency and consistency in extracting key process parameters.
- Evaluated the feasibility of using NVIDIA CloudXR with Unity to stream cloud-rendered VR applications to client devices, with the goal of reducing hardware dependency and improving scalability for training simulations. - Developed a Unity-based VR prototype deployed deployed on Meta Quest 2, assessing streaming performance, latency considerations and implementation challenges. - Presented feature objectives, implementation roadmap and potential use cases to support future deployment.
Taught Physics and Chemistry to Secondary 1-3 students at a secondary school, designing lesson plans and delivering engaging lessons to strengthen conceptual understanding and problem-solving skills.
- Investigated nanocontainer-based drug delivery systems to enhance targeted treatment of bacterial infections. - Synthesized AgNP/CeO₂/TiO₂ nanocontainers via wet chemical methods, developing practical skills in nanomaterial fabrication. - Analysed material structure and encapsulation efficiency using Transmission Electron Microscopy (TEM) to assess material performance and viability.