Drones

Drone technology research explores autonomous aerial systems equipped with advanced sensing and navigation capabilities. Rooted in mechatronics and embedded electronics, these systems are engineered for complex missions in dynamic environments, offering precision, resilience, and adaptability across a range of applications.

Industrial Robotics, Production and Industry 4.0

Production environments are becoming increasingly intelligent, driven by advances in industrial robotics and digital integration. Research in this field focuses on creating adaptable systems that support real-time decision-making, efficient resource use, and seamless coordination across automated processes—hallmarks of the Industry 4.0 era.

Materials and mechanics

Understanding how materials behave under stress, strain, and environmental conditions is central to research in materials and mechanics. This field investigates the properties, durability, and performance of advanced materials—ranging from composites to smart alloys—to support the development of robust, high-performance structures for demanding applications.

Nanotechnology and photonics

Nanotechnology and photonics research focuses on controlling light through nanoscale materials and structures. This enables the development of advanced sensing, imaging, and communication technologies, where compactness, precision, and performance are essential in complex operational settings.

Electronics

At SDU, electronics research addresses the need for dependable, high-performance systems in environments where failure is not an option. From power electronics and motor drives to embedded platforms, the work emphasizes resilience, precision, and long-term operational stability—key attributes for technologies deployed in critical infrastructure and advanced technical systems.

AI, software and big data

Artificial intelligence, software and big data research at SDU focuses on extracting meaning from vast, complex datasets to support informed decision-making. By developing algorithms capable of learning, predicting, and adapting, researchers enable systems that can detect patterns, respond to dynamic conditions, and operate effectively in data-rich, high-stakes environments.

Maritime

Maritime research at SDU addresses the full spectrum of marine technology and operations, from shipbuilding and large structure production to ship operations, maritime logistics, and harbour efficiency. With a strong foundation in naval architecture and ocean engineering, the research also explores green energy solutions, alternative fuels, and life cycle engineering to support sustainable development. Interdisciplinary collaboration and close industry ties ensure that innovations are both technically advanced and aligned with real-world maritime challenges.