The SAFE research theme at the Dyson Institute is dedicated to pioneering engineering solutions that are not only sustainable and adaptable, but also designed with the future firmly in mind. By focusing on the development of renewable energy technologies, adaptable designs for dynamic environments, and innovative approaches to engineering, SAFE aims to ensure long-term environmental sustainability for generations to come. Our vision is to predict and anticipate emerging global challenges and take proactive measures to address them, ensuring that our technological advancements harmonize with ecological systems and societal needs. Through SAFE, we aspire to promote a culture of responsible engineering, providing the tools and knowledge required to safeguard our world, thus supporting communities and preserving the environment for the next generation. 

The REACT research theme addresses the urgent need for reliable, intelligent, and interconnected autonomous systems in an increasingly dynamic and complex world. At the Dyson Institute, REACT represents our commitment to advancing smart networks, resilient automation, and robust communication technologies capable of managing evolving infrastructures and systems. Our aim is to develop solutions that can autonomously adapt to change, maintain high reliability under stress, and enhance connectivity across diverse applications—from robotics to smart cities. By doing so, REACT has the potential to revolutionize how society interacts with technology, fostering environments that are not only intelligent but also resilient to disruptions. The societal impact of this theme extends to safer, more efficient, and responsive systems that improve quality of life, support economic growth, and ensure communities are well-equipped to face the challenges of tomorrow. 
 
The hidden big objective of SAFE and REACT is to utilise the capability of our diverse expertise for practical multi-disciplinary research. There was a mapping of our existing expertise carried out against the two research themes to ensure we have required skillsets and knowledge to achieve the ambitious goals set forth by the SAFE and REACT themes. The Dyson Institute draws on a diverse and robust set of skills and expertise within its academic team, while continuously seeking to attract additional world-class talent. Our team’s capabilities span areas crucial to both sustainable engineering and advanced autonomous systems, including: Solid Mechanics and Dynamic Systems, Renewable Energy and Microgrids, Energy Systems and Fluid Dynamics, Wireless Communication and Networks, and Computational Mechanics. We have deep knowledge in cutting-edge fields such as AI-Driven Software Engineering, Machine Learning and Data Science, Intelligent Robotics, Cybersecurity and Privacy, and Human-Centric Systems. Our expertise also covers Antennas and Electromagnetic Sensors, Insights and Connectivity, and the Mathematical Foundations of Machine Learning and Stochastic Analysis. By gathering such a comprehensive set of skills—including both foundational sciences and emerging technologies—we are uniquely equipped not only to address present challenges, but also to anticipate and proactively prepare for future needs. This blend of multidisciplinary expertise ensures we can innovate and implement impactful solutions that drive progress in sustainability, resilience, and intelligent systems for the benefit of society. 

Pedagogical Research is a key pilar of our research structure at the Dyson Institute, being a solid foundation for an outstanding innovative higher education we deliver at the institute. There are works running at the Institute in the realm of pedagogical research which is promising. However, I can admit that the progress is shaping our direction for this area of research has not been as expected. The main focus of the pedagogical research is yet to be discussed and defined.