Research Interests
Open to PhD applications in the field of
- Semiconductor security
- Hardware security in Artificial Intelligence (AI) embedded devices
- Physical unclonable functions (PUFs)
- Security in/for approximate computing
- Machine learning-based modelling attacks
- Hardware security attacks, including side channel attacks, fault injection, and RowHammer attacks, etc
Current Research Opportunities
- Hardware Security in Artificial Intelligence Integrated IoT (AIoT)
- AI-assisted Hardware Security for Heterogeneous Integration
Public outreach & key achievements
Her research into physical unclonable functions (PUFs) has been utilised as part of a security architecture for electronic vehicle (EV) charging systems, licensed by LG-CNS, South Korea, and was also licensed for evaluation by a UK defence company. Her team was the overall winner of INVENT 2015, a competition to accelerate the commercialisation of innovative ideas. She has significant international research collaboration experiences, e.g. EU FP7 Sparks project with Fraunhofer, Germany and KeyHAS project with ETRI, South Korea.