what's inside...
  • MEAM Peer
    Counseling

  • New Moves

  • ASO
    Expands

  • MEAM's
    Auto
    Lab Staff

  • Lights!
    Camera!
    Action

  • Spring
    Fever

  • Alumni
    News

  • Alumni
    Accounts

  • Faculty
    Notes

  • Student
    Notes

  • Staff Notes

  • GM Satellite
    Research
    Laboratory

  • Credits


  • MEAM Links
  • Department
    Publications

  • MEAM
    Home
    Page



  • EAM recently completed a move of all its machining research activities into a new Integrated Manufacturing Systems Laboratory (IMSL) in the Herbert H. Dow Building.
    The NSF Engineering Research Center for Reconfigurable Machining Systems (ERC/RMS), NSF Industry/University Cooperative Research Center (I/UCRC), S.M. Wu Manufacturing Research Center (WuMRC), and other machining-related projects are now located in nearly 20,000 square feet of renovated space. The CoE Program in Manufacturing (PIM) has also relocated there.
    "There are many benefits of bringing these centers and projects together into one integrated manufacturing research site," says Paul G. Goebel Professor of Engineering Yoram Koren, ERC/RMS director. "Expensive equipment is shared by our different teams. We can create a leading-edge testbed. And our consolidated facility presents a united front in machining research, which not only will lead to even more effective research, but also will create greater visibility for outside visitors."
    The new facility brings together research laboratories and equipment that had been spread throughout the G.G. Brown and the Electrical Engineering and Computer Science (EECS) buildings.
    It also includes a new testbed that will house state-of-the-art equipment for testing new RMS ideas and to train industry engineers in how to use RMS techniques and methodologies. MEAM students are in the process of building the first reconfigurable machine tool for the testbed.
    In addition, the new facility has an area for students, complete with advanced computers. This is especially critical for the ERC/RMS' 40 graduate students and 15 undergraduate students who are working on 15 different related projects. "These projects fit together like a jigsaw puzzle," says Koren. "They are individual pieces that create a whole. By working near each other, students can integrate their different projects into a large system."
    U-M MEAM CPO / Shekinah Errington
    U-M MEAM CPO / Rodney Hill
    U-M MEAM CPO / Rodney Hill

    Top: A view of the "High Bay" from the mezzanine. Middle: This Saginaw Machining Systems (SMS) Machining Center was the largest piece of equipment transported to the new Integrated Manufacturing Systems Laboratory (IMSL). Bottom: Workers carefully move the granite base to the Sheffield Coordinate Measuring Machine.