Thaddeus Eze is a cybersecurity senior lecturer and researcher at the Computer Science Department, University of Chester, UK. He is the programme leader for MSc Cybersecurity (Conversion) and the postgraduate assessment officer for the Computer Science department. His research interests include cybersecurity awareness and training, trustworthy autonomic computing, ethical hacking, cryptography, and digital forensics. He is a member of CIISec and was the Vice Chair of the IEEE Young Professionals, UK & Ireland Section from 2014 to 2022. He's the Convener and organiser of the IEEE UK & Ireland YP Postgraduate STEM Research Symposium (three successful editions already organised). He was actively involved in organising the first ever UK Pitch Bootcamp and the IEEE Professional Development Networking Workshop 2017. He is a 2004 graduate of Anambra State University, Nigeria, with BSc (Upper 2nd Class) in Computer Science. He holds an MSc (with Distinction, 2010) in Mobile Computing and Communications and a PhD in Trustworthy Autonomics from the University of Greenwich, London, UK.

• Chapter 1: Trustworthy autonomics primerChapter 2: Evolution of autonomic computingChapter 3: Autonomic enabling techniquesChapter 4: Trustworthy autonomic computingChapter 5: Trustworthy autonomic architecture implementationsChapter 6: Multi-agent interoperabilityChapter 7: Level of autonomicityChapter 8: Conclusions and future work

Thaddeus Eze is a cybersecurity senior lecturer and researcher at the Computer Science Department, University of Chester, UK. He is the programme leader for MSc Cybersecurity (Conversion) and the postgraduate assessment officer for the Computer Science department. His research interests include cybersecurity awareness and training, trustworthy autonomic computing, ethical hacking, cryptography, and digital forensics. He is a member of CIISec and was the Vice Chair of the IEEE Young Professionals, UK & Ireland Section from 2014 to 2022. He's the Convener and organiser of the IEEE UK & Ireland YP Postgraduate STEM Research Symposium (three successful editions already organised). He was actively involved in organising the first ever UK Pitch Bootcamp and the IEEE Professional Development Networking Workshop 2017. He is a 2004 graduate of Anambra State University, Nigeria, with BSc (Upper 2nd Class) in Computer Science. He holds an MSc (with Distinction, 2010) in Mobile Computing and Communications and a PhD in Trustworthy Autonomics from the University of Greenwich, London, UK.

• Chapter 1: Trustworthy autonomics primerChapter 2: Evolution of autonomic computingChapter 3: Autonomic enabling techniquesChapter 4: Trustworthy autonomic computingChapter 5: Trustworthy autonomic architecture implementationsChapter 6: Multi-agent interoperabilityChapter 7: Level of autonomicityChapter 8: Conclusions and future work

Thaddeus Eze is a cybersecurity senior lecturer and researcher at the Computer Science Department, University of Chester, UK. He is the programme leader for MSc Cybersecurity (Conversion) and the postgraduate assessment officer for the Computer Science department. His research interests include cybersecurity awareness and training, trustworthy autonomic computing, ethical hacking, cryptography, and digital forensics. He is a member of CIISec and was the Vice Chair of the IEEE Young Professionals, UK & Ireland Section from 2014 to 2022. He's the Convener and organiser of the IEEE UK & Ireland YP Postgraduate STEM Research Symposium (three successful editions already organised). He was actively involved in organising the first ever UK Pitch Bootcamp and the IEEE Professional Development Networking Workshop 2017. He is a 2004 graduate of Anambra State University, Nigeria, with BSc (Upper 2nd Class) in Computer Science. He holds an MSc (with Distinction, 2010) in Mobile Computing and Communications and a PhD in Trustworthy Autonomics from the University of Greenwich, London, UK.

• Chapter 1: Trustworthy autonomics primerChapter 2: Evolution of autonomic computingChapter 3: Autonomic enabling techniquesChapter 4: Trustworthy autonomic computingChapter 5: Trustworthy autonomic architecture implementationsChapter 6: Multi-agent interoperabilityChapter 7: Level of autonomicityChapter 8: Conclusions and future work