The Future of Tech: Blending Physical Products with Digital Genius
Patrick Brecht's team presents the Smart Platform Design Sprint, a structured method for developing physical products and digital platform business models together from the outset.
Materials, structures, energy, robotics and computing.
Patrick Brecht's team presents the Smart Platform Design Sprint, a structured method for developing physical products and digital platform business models together from the outset.
Professor Tatiana Balbi Fraga has released COPSolver, free open-source software whose first library optimises processing times for multiple products manufactured together in batches.
Professor Shufeng Li's team produced titanium composites reinforced with nano-scale titanium boride whiskers in a network structure, and showed how heat treatment coarsens the whiskers.
Professor Michael McGehee's team found that pulsing the voltage in metal-plating smart windows grows smoother metal films, letting windows reach full privacy faster and last through many more cycles.
Professor Yong Liu's team ran an open competition on a large multisite brain-scan database and found that white matter measures can help machine learning models detect Alzheimer's disease early.