Achieving "Just Press Print" for Metal Additive Manufacturing (PDF)
Achieving "Just Press Print" for Metal Additive Manufacturing
Achieving "Just Press Print" for Metal Additive Manufacturing
Markets today are becoming more segmented, demand more volatile, and consumption more global than ever before. Mass customization is increasing the complexity of requirements in the supply network.
The Internet of Skills: Online Virtual Simulators for Skilled Trades
Next generation manufacturing innovation will be enabled by imitating biological systems in production environments. This white paper motivates new research in this biomimetic manufacturing arena through several examples. The expectation is that these illustrations will spawn follow-on discussions and a fundamental new direction in manufacturing research.
Next Generation Agile Manufacturing to Enable “Point of Use” Customization for Complex Vehicles
The Global Human-Machine Neural Network
Interactive Virtual Hands-On Manufacturing
A Manufacturing Process Compiler (MPC) — Vision for a Futuristic Manufacturing Paradigm
The University of Waterloo team investigated the redesign of a heat sink for cooling central processing units (CPUs). The new heat sink features an organic, branched fin design revolved around a circular base which is situated on top of the CPU. It will be part of an assembly with a fan mounted above the heat sink to facilitate forced convection, making it an active heat sink system.
Outstanding Young Manufacturing Engineer Award Recipients