Paving the way for the development of new devices and systems with advanced and augmented functions, such as a new generation of electronics, sensors, and solar cells, a research team at Hamad Bin Khalifa University’s (HBKU) Qatar Environment and Energy Research Institute has successfully demonstrated the world's first Self-Assembled Molecular 3D printing approach.The pioneering approach by Dr Hicham Hamoudi, founder of the Disruptive Technology research programme, and his team seamlessly integrates the concept of molecular self-assembly (the spontaneous organisation of organic molecules) with additive manufacturing technology to produce a new class of hybrid metal/organic materials with unique properties.Being at the forefront of this field of research, HBKU aims at furthering the development of this technology for the international marketplace. Recently, HBKU entered into a research collaboration with the Massachusetts Institute of Technology (MIT) to jointly develop a full-scale system that utilises this Self-Assembled Molecular 3D printing approach in real-world applications."Molecular Self-Assembly in 3D printing is a novel and disruptive approach that could define new frontiers. We are excited to collaborate with MIT to accelerate the development of this technology and collaborate toward building a full-scale system that can be used for practical applications,” said, Dr Rachid Zaffou, senior planning and research director, Office of HBKU’s Vice President for Research.
February 27, 2023 | 10:59 AM