Scholar
Sadegh Soudjani
Google Scholar ID: 4SK-Q-YAAAAJ
Professor and Chair in Cyber-Physical Systems | Max Planck Institute | University of Birmingham
Citations & Impact
Citations
2,581
H-index
29
i10-index
65
Publications
20
Co-authors
19
list available
Publications
Resume (English only)
Academic Achievements
- 70 total publications: 46 conference papers, 24 journal articles
- Published in top venues including IEEE Transactions and Lecture Notes in Computer Science (LNCS)
- 1400+ citations, h-index 21, i10-index 45 (Google Scholar)
- All conference papers accepted at CORE A* or flagship venues
- Coordinator and PI of a €4M European Innovation Council (EIC) project on symbolic logic for situational awareness in mixed autonomy
- EPSRC New Investigator Award (€570k), ranked #1 with full marks from reviewers
- Secured 7 PhD studentships (total €728k)
- Received funding from EPSRC, EIC, and UK Centre for Doctoral Training
Research Experience
- Full Professor and Chair in Cyber-Physical Systems, University of Birmingham
- Senior Research Group Leader, Max Planck Institute for Software Systems
- Former Professor and AMBER Group Director at Newcastle University
- Former Research Associate at University of Oxford
- Led multiple research projects: MoVeS (2010–2013), AMBI (2014–2015), Safe-CPS (2016–2017), CodeCPS (2021–2024), SymAware (2022–2025)
Background
- Full Professor and Chair in Cyber-Physical Systems, and Director of Global Engagement at the University of Birmingham, UK
- Senior Research Group Leader at the Max Planck Institute for Software Systems, Germany
- Former Director of the AMBER Group (40+ members) and Professor in Cyber-Physical Systems at Newcastle University, UK
- Former Research Associate at the University of Oxford
- Research aims to develop an integrated environment for programming, verifying, and designing high-performance and scalable cyber-physical systems that perceive and act in uncertain physical environments
- Research vision centers on formal synthesis, abstraction, and verification (over probabilistic temporal specifications) of complex dynamical systems
- Applications focus on cyber-physical systems, especially energy networks and autonomous systems
