QUANTUM TECH
The transformative power of quantum computing in the next phase of technological progress. It promises to address challenging domains such as computational biology, drug discovery, financial modelling, communications and cybersecurity, as well as advanced materials, chemistry and combinatorial optimization.
AEROSPACE
Air mobility is quickly evolving seeking to achieve faster travel, lower emissions, greater efficiency, novel propulsion, and more capable space exploration. Advancements in composite materials, fabrication methods and advanced power sources are all converging leading to new concepts and innovative designs.
Advanced engineering solutions benefit every organization in every industry by leveraging the latest digital and physical tools to tackle challenges that traditional methods can’t. Employing machine learning and AI, robotics, and additive manufacturing among others, can deliver novel and highly efficient results across industries.
Applications for robots are limitless. Robots are making their way into all aspects of our life from automated manufacturing to advanced surgery and home use. They are taking over dangerous jobs and repetitive tasks boosting output and reducing errors. Research in biological organisms aims to develop bio-inspired robots to increase energy efficiency and resilience.
Technology development is enabled by electronics. The growth of AI highlights the need for more efficient and powerful processing hardware. As shrinking transistors approach physical limitations, chipmakers are looking into diverse packaging architectures that enhance processing power, memory, speed, and energy efficiency through 3D integration and chiplet technologies. Additionally, bio-transistors and Photonic Integrated Circuits are active areas of leading research efforts.