Projects
research prototypes source-code material hardware security ASIC/FPGA systems embedded software IoT platforms and security-aware engineering.
Paper-linked repositories
Industrial and research projects
Evaluated security considerations and countermeasures for distributed management systems used in smart-grid environments.
Contributed to an IoT-based system for monitoring and management of water and wastewater infrastructure, combining embedded sensing, communication, and system integration.
Supervised a project investigating communication requirements, security risks, and design considerations for smart power-grid deployments.
Designed an automatic chip testing system for automotive applications using a Zynq FPGA SoC, bridging programmable logic, embedded software, and test automation.
Worked on digital ASIC design tasks for high-speed and fault-tolerant CAN transceivers, covering implementation-level design and automotive reliability requirements.
Developed a low-cost, non-destructive ESP-based smart electricity meter capable of measuring energy, voltage, and current across twelve input channels.
Designed and verified digital components of a transponder IC used in automotive key-fobs, including back-end implementation tasks for the immobilizer IC.
Built a compact telemetry and supervised monitoring add-on for traditional gas meters using machine vision and image-processing methods.