Duke Materials Database to Power New AI-Driven Cloud Laboratory
Over a decade of work from the laboratory of Stefano Curtarolo will help researchers discover new materials through Georgia Tech’s new $18.1 million Programmable Cloud Laboratory.
If humanity is to harvest solar energy economically, make quantum computing practical and solve other grand challenges, it must develop new materials and it must design robust systems to manage autonomous machines.
Duke BME is working to enable a better tomorrow by transcending the traditional definitions mechanical engineering and materials science.
Our 300 undergraduate and graduate students are studying in high-priority topics areas, including energy, aerospace, soft matter, health care, computer modeling, and autonomous machines.
Over a decade of work from the laboratory of Stefano Curtarolo will help researchers discover new materials through Georgia Tech’s new $18.1 million Programmable Cloud Laboratory.
Kip Coonley, a faculty member of mechanical engineering and materials science (MEMS) and electrical and computer engineering (ECE), received a fellowship to create electromechanical teaching aids.
Duke engineers are leading a Phase 1 Genesis project funded by the Department of Energy to develop an AI platform capable of designing large-scale DNA-based materials for next generation energy technologies.