Michigan Tech's advanced degree programs in Manufacturing Engineering meet industry needs and further your expertise in the field. Be equipped to continue accelerating the growth of innovative ...

Manufacturing knowledge makes students better engineers, no matter what type of engineering they pursue in the future. Engineers can’t design in isolation; they need to take into account that they are ...

The Department of Mechanical and Mechatronics Engineering Technology (MMET) is comprised of three distinct disciplines that offer intense experiential education in manufacturing, mechanical, or ...

The company’s engineering heritage, combined with continuous investment in process automation and digital manufacturing, ...

The future of manufacturing won’t be written by machines alone. It will be written by people, using AI to extend what they ...

This article is a transcript from a podcast by Siemens. My name is Ian Walls and I’m an engineer. I finished episode 1 of this 4-part series on Smart Manufacturing by mentioning the evolving role of ...

Smart manufacturing is a term used to describe a connected and seamless flow of intellectual property (IP) to all teams involved, from design to manufacturing. It connects designs and data in a ...

Engineering requires communication and critical-thinking skills that artificial intelligence cannot replicate in complex real ...

Sorting Robotics integrates advanced machinery and robotics for the pre-roll infusion part of cannabis manufacturing to create a cleaner, more efficient process. In manufacturing, products undergo a ...

Collecting and combining diverse data types from different manufacturing processes can play a significant role in improving semiconductor yield, quality, and reliability, but making that happen ...

Looking to advance in your career? Prepare yourself and your organization for Industry 4.0. Learn how to lead and communicate with people at a much higher level and use statistical methods to solve ...