Doctoral student in Trustworthy and Resilient IoT Swarm Security Chalmers University of Technology in Sweden

This fully funded doctoral student position at Chalmers University of Technology focuses on Trustworthy and Resilient IoT Swarm Security, aiming to develop lightweight and decentralized security mechanisms for large-scale Internet of Things (IoT) systems. The research is embedded within the Department of Computer Science and Engineering, a joint department of Chalmers and the University of Gothenburg, renowned for its internationally visible research and strong industry links. The position is placed in the Division of Computer Networks and Systems, which has a longstanding research profile in distributed systems, network security, and system performance.

The project is part of the newly established Cybercampus Graduate School, a national initiative that brings together leading Swedish universities, industry partners, and public-sector organizations to advance cybersecurity research, education, and innovation. The doctoral student will be affiliated with Cybercampus Sweden, actively engaging with the broader cybersecurity research community, participating in collaborative research activities, and attending joint events, workshops, and training opportunities. Supervision is provided jointly by researchers at Chalmers University of Technology and Linköping University, offering exposure to complementary expertise and perspectives. The candidate will undertake research secondments at Linköping University and make regular visits to Cybercampus Sweden in Stockholm, gaining access to an extended national research environment.

The research project addresses the security challenges of mission-critical IoT deployments, such as disaster response, autonomous drone systems, intelligent transportation, and industrial automation. These systems operate under strict resource constraints, often in dynamic and challenging environments, where traditional centralized security mechanisms are impractical. The doctoral student will focus on distributed trust and verification, combining system-level security mechanisms with emerging technologies to support scalable, robust, and long-term secure operation of resource-constrained IoT platforms.

Applicants must hold an MSc in Computer Science, Computer Engineering, Electrical Engineering, or equivalent, with excellent communication skills in English. A relevant background in networking and computer security, as well as a genuine interest in the PhD project, is required. The position values collaborative attitude, self-motivation, attention to detail, and analytical ability. The doctoral student will take advanced courses, develop and pursue an independent research project, and communicate research results both verbally and in writing. Teaching duties may comprise up to 20% of working hours, potentially extending the appointment to five years.

The position is fully funded from the start, with a starting salary of 34,550 SEK per month (valid from May 25, 2025), and includes mobility funds for secondments and travel. As an employee at Chalmers, the doctoral student enjoys all employee benefits, including generous parental leave, subsidized day care, free schools, and healthcare. Chalmers is committed to gender balance, equality, and inclusion, offering Swedish courses for non-native speakers to help settle in. Physical presence in Sweden is required throughout the study period, and a valid residence permit must be presented by the study start date.

To apply, submit your application online via the Chalmers portal by April 15, 2026. Required documents include CV, personal letter, thesis copies, transcripts, and certificates (e.g., TOEFL test results). Incomplete applications and applications sent by email will not be considered. Contact details for references will be requested after the interview. Application materials may be shared with Cybercampus Sweden partners as part of the recruitment process. For questions, contact Md Masoom Rabbani, Magnus Almgren, or Mikael Asplund via the provided email addresses.