I earned my PhD in Cybersecurity (Computer Science) from Singapore University of Technology and Design in 2019 (supervised by Assoc. Prof. Sudipta Chattopadhyay, Dr. Martin Ochoa and Assoc. Prof. Huaqun Guo), my MSc in Computer Science from University of Trento in 2012 (supervised by Prof. Bruno Crispo), and my BSc in Computer Science & IT from Arba Minch University in 2008.
Currently, I am a Research Fellow in Cybersecurity with Prof. Jianying Zhou at Singapore University of Technology and Design (in Singapore). Previously, I was a Research Scientist in Cybersecurity at the Institute for Infocomm Research (I2R), A*STAR (in Singapore), a Software Engineer at Femar Consulting s.r.l (in Italy), a Research Collaborator in Cybersecurity at the Security & Trust (ST) unit of Fondazione Bruno Kessler (FBK) (in Italy), a Research Intern at Advanced Digital Sciences Center (ADSC) (in Singapore), and a Software Engineer in Cybersecurity at Information Network Security Agency (INSA) (in Ethiopia).
PhD in Cybersecurity (Computer Science), 2019
Singapore University of Technology and Design, Singapore
MSc in Computer Science, 2012
University of Trento, Italy
BSc in Computer Science and IT, 2008
Arba Minch University, Ethiopia
In this project, we design decentralized digital identities for various purposes.
In this project, we design novel behavioural biometric techniques for user identification and verification.
In this project, we construct multi-factor security schemes for various systems and domains.
In this project, we secure resource-constrained IoT devices against a wide-range of security concerns. In particular, we work on lightweight multi-factor authenticated key exchange schemes to establish secure communication channels in the IIoT network.
The ICS/CPS has been widely adopted in various critical infrastructures, hence they have also been a strategic target of cybercrime. I extensively involved in the security of ICS/CPS to address a wide-range of security, memory-safety and resilience issues.
In this project, we explore and adopt the applications of blockchain to address various cybersecurity issues in different domains.
In this project, we secure Vehicle-to-Everything (V2X) communications against a wide-range of cyber threats.
In this project, we work on various cryptographic protocols and applications, such as lightweight authentication schemes, for various domains with different security and performance requirements.
Enforcing memory-safety in critical infrastructures, particularily in the cyber-physical systems (CPS) and industrial control systems (ICS) domain.
Authentication and authorization of privacy-sensitive data for an energy box in a smart home gateway.
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Computer Systems Engineering, Singapore University of Technology and Design, 2017