Electrical & Electronic Engineering
Honours student at the University of Adelaide working across semiconductor device modelling, analog circuit design, and embedded systems.
TCAD· Virtuoso· KiCad· 8051
Simulation builds intuition. Hardware proves it.
Explore My Work◈ JRC_ENGINEERING_NODE
Four domains I build depth in, from silicon behaviour up to working hardware.
TCAD device simulation of FinFET and GaNFET architectures — sweeping gate scaling, analysing defect detection, and mapping the sensitivity-versus-noise trade-off for biosensing.
Analog circuit design and simulation across schematic capture and SPICE — building intuition for signal integrity, biasing, and the behaviour of real devices.
Firmware and protocol work on resource-constrained microcontrollers — including a dual-layer XOR + Morse secure-messaging scheme running end to end on an 8-bit AT89S52.
Schematic-to-board PCB design and RF prototyping — including antenna design, fabrication, and closing the loop between simulated and measured response.
Nanoscale biosensors trade sensitivity against noise — device geometry decides which wins. Ran TCAD simulation (Synopsys + Silvaco) of FinFET and GaNFET architectures for biosensing and high-frequency sensing, sweeping gate scaling and analysing defect-detection behaviour. Quantified the sensitivity-vs-noise trade-off across gate lengths, producing device-sizing guidance for biosensing performance. Presented at the International Conference on Multifunctional Materials.
Standard encryption is too heavy for resource-constrained 8-bit hardware. Designed a lightweight dual-layer scheme — dynamic XOR keying over Morse encoding — sized to the AT89S52's memory and clock budget, resulting in reliable, low-overhead secure messaging running on 8-bit hardware end to end.
Improving nanosensor sensitivity for biosensing applications as a core team member of the IEEE Photonics Society, Chennai. Contributed TCAD-based device simulations to team biosensor solutions, building on research webinars in quantum computing and semiconductor methodologies — simulation groundwork feeding the society's biosensor solution work.
Getting a fabricated antenna to match its simulated behaviour is the hard part. Designed, fabricated, and tested antennas as part of RF/electronics training, iterating between simulated and measured response — hands-on RF capability from EM simulation through physical fabrication and measurement.
PCB Design
Analog Design
HDL & Digital
Automation
Electrical Costing
Trident Gold · Adelaide, SA
Goodman Fielder · Adelaide, SA
University of Adelaide
VIT Chennai · transferred to Adelaide
BAND-VIT
IEEE Photonics Society
Ready to receive.
Open to electrical engineering internships and student engineer roles in Adelaide and beyond.