Overview
The Interdisciplinary Research Center for Communication Systems and Sensing (IRC-CSS) at King Fahd University of Petroleum & Minerals (KFUPM) is a multidisciplinary research and innovation hub dedicated to advancing the technologies that will shape the future of connectivity, sensing, intelligence, and cognitive systems.
The Center brings together researchers from multiple disciplines to address strategic challenges of importance to the Kingdom of Saudi Arabia and the global community, bridging fundamental research, experimental validation, technology development, and innovation. Its activities are closely aligned with Saudi Arabia’s national Research, Development and Innovation (RDI) priorities and KFUPM’s research strategy, with a strong emphasis on technologies enabling the next generation of Cognitive Cities, sustainable infrastructure, and health and well-being.
Research & Innovation Focus
IRC-CSS leads an ambitious portfolio built around 13 strategic Innovation Goals, spanning communications, sensing, artificial intelligence, electronics, and emerging interdisciplinary technologies. The Center’s research focuses on:
- 6G and Next-Generation Wireless Communications, including high-frequency communications and advanced network architectures;
- Reconfigurable Intelligent Surfaces (RIS), metasurfaces, and advanced antenna technologies for adaptive and energy-efficient connectivity;
- Integrated Sensing and Communications (ISAC) for intelligent detection, localization, radar, and communication;
- Secure and Resilient Communications, including physical-layer security and trustworthy next-generation networks;
- Artificial Intelligence and Machine Learning for Communications and Sensing, including green AI/ML, distributed and federated learning, and intelligent resource optimization;
- Open RAN and Intelligent Network Architectures for flexible, scalable, programmable, and vendor-diverse networks;
- Non-Terrestrial Networks (NTNs) integrating terrestrial systems with UAVs, HAPS, and satellite communications;
- Digital Twins for Communication Networks and Cognitive Cities, enabling data-driven modeling, prediction, optimization, and real-time decision-making;
- Free-Space and Underwater Optical Communications for resilient connectivity across terrestrial, airborne, and underwater environments;
- Energy-Efficient Electronics, Semiconductor Platforms, and Advanced Circuits for future communication and sensing systems;
- Transparent and Flexible Microwave Devices, including antennas, absorbers, and energy-harvesting technologies for integration into future urban environments; and
- Health, Biomedical, and Wearable Sensing, including miniaturized sensing and communication platforms for remote health monitoring and biomarker detection.
Through these directions, IRC-CSS is developing the scientific and technological foundations required for intelligent, secure, sustainable, self-optimizing, and context-aware systems capable of supporting the increasingly complex requirements of future connected environments.
From Research to Real-World Impact
IRC-CSS places strong emphasis on translating scientific excellence into experimental platforms, prototypes, intellectual property, and technologies with real-world impact. Its growing research infrastructure supports activities in areas such as Digital Twins, mmWave communications, RIS and metasurfaces, distributed acoustic sensing, underwater communications and sensing, radar, antennas, and advanced electronic systems.
The Center's research addresses applications across smart and cognitive cities, telecommunications, defense and security, energy and oil & gas, healthcare, transportation and autonomous systems, industrial IoT, environmental monitoring, and next-generation digital infrastructure.
Sustainability is embedded across this research portfolio. Energy-efficient communications, green AI, self-powered sensors, energy harvesting, efficient electronics, and environmentally aware sensing and communication technologies contribute to the broader ambitions of the Saudi Green Initiative and the Kingdom's transition toward a sustainable, technology-driven economy.
Collaboration, Talent & Innovation
IRC-CSS is committed to building a vibrant ecosystem connecting academia, industry, government, and the international research community. The Center actively seeks strategic collaborations that can transform research ideas into impactful technologies through joint R&D projects, externally funded research, technology development, experimental testbeds, prototypes, knowledge transfer, and commercialization.
Equally important is the development of the next generation of researchers and innovators. IRC-CSS contributes to KFUPM's educational mission through the training of undergraduate and graduate students, postdoctoral researchers, and young scientists, while promoting interdisciplinary collaboration and exposure to emerging technologies.
Through high-impact research, advanced experimental capabilities, talent development, and strong partnerships, IRC-CSS aims to establish itself as a leading international center for communication systems and sensing innovation—contributing technologies that enable a smarter, safer, more connected, and more sustainable future.
IRC-CSS welcomes collaboration with industry, government organizations, research institutions, and universities worldwide to jointly transform ambitious ideas into technologies and lasting impact.