High strength low alloy steel JIT (Just In Time) Manufacturing execution system work in progress (WIP) Supply chain Free! Process capabillity Standarization work Failure Mode and Effects Analysis KPI Lean manufcaturing Interdepartamental collab BOM Quality assurance protocols Production readiness review Operational Risk Assessment Product lifecycle management Root causes analysis Non- Destructive Testing (NDT) Value Stream Mapping Lean Six sigma DXF Material code Six sigma Continuous Flow Manufacturing Non- value add Change control board Computer aided design Process mapping Operational excellence Design validation Dynamic load testing Welding Automation Document control Defect density Thermal cycle analysis High strength low alloy steel JIT (Just In Time) Manufacturing execution system work in progress (WIP) Supply chain Free! Process capabillity Standarization work Failure Mode and Effects Analysis KPI Lean manufcaturing Interdepartamental collab BOM Quality assurance protocols Production readiness review Operational Risk Assessment Product lifecycle management Root causes analysis Non- Destructive Testing (NDT) Value Stream Mapping Lean Six sigma DXF Material code Six sigma Continuous Flow Manufacturing Non- value add Change control board Computer aided design Process mapping Operational excellence Design validation Dynamic load testing Welding Automation Document control Defect density Thermal cycle analysis
(Print) Use this randomly generated list as your call list when playing the game. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
G-High strength low alloy steel
O-JIT (Just In Time)
I-Manufacturing execution system
G-work in progress (WIP)
B-Supply chain
B-Free!
I-Process capabillity
O-Standarization work
N-Failure Mode and Effects Analysis
O-KPI
I-Lean manufcaturing
O-Interdepartamental collab
N-BOM
B-Quality assurance protocols
N-Production readiness review
O-Operational Risk Assessment
N-Product lifecycle management
B-Root causes analysis
B-Non-Destructive Testing (NDT)
O-Value Stream Mapping
O-Lean Six sigma
O-DXF
B-Material code
I-Six sigma
G-Continuous Flow Manufacturing
G-Non- value add
O-Change control board
N-Computer aided design
O-Process mapping
O-Operational excellence
O-Design validation
N-Dynamic load testing
G-Welding Automation
I-Document control
G-Defect density
I-Thermal cycle analysis