The Norwegian University of Science and Technology (NTNU) is recruiting two PhD candidates for the D-CRISP project, focusing on the role of Digital Twins in complex socio-technical systems. The available positions are: (1) PhD Candidate in Antagonistic threats-aware Digital Twins in product lifecycle, and (2) PhD Candidate in Digital Twins for food safety. The research will be conducted within an international team, exploring how digital twins can be leveraged to enhance security, resilience, and safety in production sites, supply chains, public infrastructure, and the power grid.

The D-CRISP project investigates collaborative digital twins (DTs) and their application in protecting critical infrastructure and ensuring food safety. The research areas include cybersecurity, threat modeling, lifecycle management, and the integration of digital twins in real-world socio-technical systems. Candidates will have the opportunity to work with advanced technologies and contribute to the development of protection measures against antagonistic threats.

Applicants should have a master's degree in computer science, information technology, or a related discipline. Preferred qualifications include experience in digital twins, cybersecurity, socio-technical systems, or food safety, as well as strong programming and analytical skills. English proficiency is required. The positions are based at NTNU in Norway, a leading institution in technology and engineering research.

Funding details are not explicitly mentioned, but NTNU PhD positions are typically fully funded, offering competitive salaries and benefits. The application deadline is January 31, 2026. Interested candidates should review the application links for each position, prepare the required documents, and submit their applications online. For further information, candidates may contact Associate Professor Andrei Lobov via LinkedIn.

Relevant academic keywords include Digital Twins, Antagonistic Threats, Food Safety, Socio-technical Systems, Product Lifecycle, Supply Chain, Cybersecurity, and Public Infrastructure. The research is highly interdisciplinary, bridging computer science, information technology, and applied engineering fields.