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TECHNICAL TRAINING



          What Does It Really Take To Build a Machine to Loram Standards?

          By Denis Zilmer, Director of Project Management

          If you are like me, many processes from the outside seem much simpler than they really are. For instance, all of us
          have taken on a new employment/role at some time in our life. The role looked achievable from the outside. How-
          ever, once we were fully engaged into the new role, we realized it was much more complicated than we thought.
          Another example is parenting. The only people you will meet that say raising kids is simple are those without kids.
          Once the baby arrives, the unique set of tasks begin that you can only know once you hold that screaming, wonder-
          ful child in your hand.
          Let’s look at what it takes to build a Loram quality machine. From the outside, it may look like Uncle Phil directing a
          bunch of money into a pot, throw in a little steel, maybe a computer or two, and out
          comes a rail grinder. After all, isn’t that what happens at the Ford plant? You put in your
          order  and  the  robots  punch  out  that  forest  green  F-150  Lariat  like  you  have  always
          dreamed about. (Maybe just me.)

          But we all know that the effort to build a machine is much more complicated than a sim-
          ple black pot. Yet, how much more complicated? Dave Dorow started a flow chart for
          discussion on the process as shown below. This flow chart will conceptually give you a
          sense  of  how  many  detailed  processes  are  involved.  And  each  of  the  rectangle  green
          boxes is filled with many sub processes.












          In laymen’s terms:

          1.  An Idea                         10. Financing the Build               13. Parts on Order
          2.  Performance Specs               11. Scheduling                        14. Assembled by Manufacturing
          3.  Request for Information            a.  Engineering                    15. Tested by QA (VVP)
             (RFI)                               b.  Procurement                    16. Ops/Maintenance Manuals
          4.  Technical Spec                     c.  Production                         Created
          5.  Cost                               d.  Learning & Develop-            17. Spare Parts and Tools on
          6.  Project Definition                     ment                               Board
          7.  Cost Analysis on Margin            e.  Tech Comm                      18. Machine Commissioned
          8.  Schedule Review                    f.  Quality                        19. Staff Trained
          9.  Executive Signoff                  g.  Commissioning                  20. Machine in Production
                                              12. Design for Specific Build












        Volume 2 : Issue 2                                                                                  Page 10
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