Key Staff
Meet the staff of The Cyber Academy:
Vassilis (or Basil as everyone calls him at Napier) is the Manager of The Cyber Academy since September 2017.
Basil comes from a Digital Forensics & Cyber Crime background, working closely with solicitors around the country and abroad. He has extensive experience in digital investigations, including several high profile cases, while running Strathclyde Forensics, his own digital forensics consultancy. He has a vast and diverse business experience, in the UK and abroad including Strathclyde Forensics, IBM, Abbey National, HM Government, and his military service among others.
He is a regular speaker at Scottish universities (Strathclyde, Glasgow, Robert Gordon, West of Scotland, Heriot Watt, Edinburgh Napier), as well as professional bodies like the Law Society of Scotland, HWSAS, Scottish Paralegal Association, SYLA, SCVO, and many more. Please email Basil at [email protected] to enquire about The Cyber Academy
Dr Nikolaos Pitropakis received his degree in Computer Science from the University of Athens, Greece in 2009. He completed an MSc in Advanced Information Systems at the Athens University of Economics and Business in 2011. Nikolaos was awarded his PhD in Cloud Computing Security in 2015 from the University of Piraeus – Department of Digital Systems. In his current role as a Lecturer at ENU, Dr Pitropakis is involved in lecturing on subjects including hardware and operarting systems at undergraduate. He is also a core member of the Blockchain Identity Lab, supervising one PhD student.
Dr. Pitropakis has a strong research background in cloud computing security, network security, malicious insider threat and steganography. His current research interests include cybersecurity, adversarial machine learning, advanced cyber attack attribution, data analytics and cyber-physical systems. Dr. Pitropakis has participated in research projects such as the SPAGOS, ESPA2007-2013 ResearcherSecure & Privacy-Aware eGovernment Services funded by the European Commision and Methods for producing standardized and transparent attribution that overcomes concerns about cred-ibility and helps hold actors accountable for malicious activity funded by the US department of Defence. For the past two years he has been very active by answering to very competitive calls about cyber security in Horizon2020 and EPSRC, collaborating with strong industrial and academic partners of the cyber security community.
Based on the outcomes of these projects, Dr Pitropakis has published 15 quality scholarly articles. His most recent research achievements have been published in several highly-cited Springer journals as well as Tier 1 international conferences. Dr Pitropakis has also been invited to serve as an organizing and program committee member of major international conferences and a reviewer for prestigious journals.
In addition, Dr Pitropakis has been involved in supervising Research Master and PhD students since he accomplished his PhD in 2015. Over the past 3 years, Dr Pitropakis has mentored and supervised 4 PhD students.
Gordon is currently the academic theme lead of the Cyber Security and Networks group, which has a successful portfolio of undergraduate and postgraduate programmes and around 15 staff. His current research interests focus on Cryptography, Digital Forensics and Cyber Security.
He has led the development of the GCHQ certified MSc Advanced Security and Digital Forensics, including introducing new modes of study including distance learning. Along with this Gordon led the development of the MSc Advanced Security and Cybercrime, which provides distance learning opportunities for postgraduate studies.
Gordon has also helped develop The Cyber Academy, which aims to disseminate cyber intelligence at both a national and international level, with current links in Europe to law enforcement, and is currently an external examiner at the University of Northumbria.
Gordon has a strong international reputation, which has been built on innovative teaching and virtualization environments, such as LinuxZoo. His current research work investigates decrypting messages using keys extracted from active virtual machines, forensic triage techniques to improve the speed of forensics analysis, and detecting cyber attacks on industrial systems including public water supplies.