Course Contents

Pipeline management

  • Group simulation exercise to experience the behaviour of a demand/ supply pipeline
  • Internally generated variability and amplification effects
  • Long lead-time effects on delivery performance
  • Can a process influence the way employees behave?

 

Factual approach to decision making

  • Process metrics: variables and attributes
  • Dynamic process behaviour
  • Variability measurement: run charts and histograms (group exercise)
  • Data interpretation: process change Vs intrinsic variation
  • Customer satisfaction measurement and interpretation

 

Process optimisation (PC-based simulation)

  • Process parameters: throughput, lead-time, WIP, takt time, yield, batch size, etc.
  • Bottleneck effects: capacity, variability, yield, batching, etc.
  • Variability effect on WIP and lead-time
  • Process lead-time and delivery performance
  • Capacity utilisation Vs lead-time reduction
  • Resource allocation 

 

Resource Planning (HR and MRP)

  • Capacity management
  • Aggregate plan
  • HR planning
  • Inventory management
  • Materials requirements planning
  • Procurement and subcontracting
  • PC-based simulation 

 

Just-In-Time logistics

  • Waste: extensive definition
  • Workmanship: 5S
  • Manufacturing lot size and set-up time
  • Total productive maintenance (TPM)
  • Line layout: management by sight
  • Push Vs Pull. Takt time synchronization
  • Kanban operation (PC- based simulation)
  • Line balancing: throughput Vs capacity
  • Capacity utilisation
  • Limited supply allocation using kanbans
  • Machine/ operator work combination graph

 

Constraint management

  • Effect of the bottleneck on the process optimisation
  • Optimisation group exercises
  • PC-based simulation optimisation exercise
  • Strategy based on constraints
  • Manufacturing lot size optimisation
  • Use of Excel SOLVER to optimise with constraints

 

Work order finite capacity scheduling

  • On-time delivery, resource utilisation and lead-time optimization
  • Schedule optimisation. Gantt charts (PC-based simulation)
  • Forward Vs backward job scheduling depending on the bottleneck position
  • Schedule plan Vs actual: update to adapt to changing requirements and actual line status
  • Machine capacity and staffing: line balancing
  • Workstation duplication
  • Effect of manufacturing lot size

 

 

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