MIT's Method for 3D Printing Complex Designs with Minimal Waste Imagine a world where creating intricate medical devices or mechanical parts becomes seamless, efficient, and environmentally friendly. MIT engineers have turned this vision into reality with a breakt... 3D printing additive manufacturing engineering innovation materials science recycling sustainability
AI Is Transforming the Future of Chip Design Artificial intelligence is rapidly reshaping how microchips are designed , leading to dramatic reductions in both development time and cost. Researchers from Princeton Engineering and the Indian Insti... AI automation chip design engineering innovation microchips semiconductors wireless technology
Princeton’s Innovation Funds Propel Scientific Breakthroughs Bold ideas often need a launchpad. Princeton University’s School of Engineering and Applied Science is taking a proactive role by awarding over $3 million in grants to support 21 ambitious projects sp... digital engineering fund: innovation materials princeton’s support these
Engineering at the Speed of Thought: How Multi-Agent AI and Synera Are Transforming Complex Workflows Rethinking Engineering Bottlenecks Submitting a complex engineering request and receiving a thorough, data-driven response within minutes, not weeks is now possible through the synergy of multi-agent ... AI automation Amazon Bedrock digital transformation engineering multi-agent systems process automation Synera workflow