We explore issues of sustainability, optimization and scale in manufacturing systems and work with high-performance, next-generation tools and materials. 


  • Nanotube structures and devices
  • Mass customization and systems
  • Laser welding and joining (fabrication and modeling)
  • Reconfigurable manufacturing
  • Laser micromachining
  • Precision manufacturing
  • Biomedical devices
  • Metal ultra high speed cutting
  • Global health design
  • Affordable medical device design
  • Sustainable machining processes and systems design

Recent News

ME Professor Emeritus Yoram Koren talks about current trends of mass customization and individualized manufacturing and his vision of the 21st-century manufacturing industry in this interview.

Okwudire has developed an algorithm that allows 3-D printers to deliver high-quality results at speeds up to two times faster than those in common use, with no added hardware costs

This award honors significant published research leading to a better understanding of materials, facilities, principles, operations and their application to improve manufacturing processes.

Mazumder's research takes ideas from basic physics and applies them to manufacturing.

“The ability to use tried and true metal forming processes such as stamping on new composite materials, especially green composites, has the potential to speed the adoption of lightweight materials in automotive and other applications,” said Banu.

Improving the functionality of robotic and manufacturing systems "comes down to understanding your system and identifying a strategy for improving performance," says ME Assistant Professor Kira Barton, whose laboratory combines fundamental and experimental modeling and controls research, from multi-agent coordination to additive manufacturing