productivity improvement through planning way_3_r
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PRODUCTIVITY IMPROVEMENTTHROUGH PLANNING WAY
By VENGAT and ANANTH
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What is Productivity
Productivity is factor ofOutput Vs Input
Here Output is the ProducedMinutes
Have we ever calculated how much sewing
time we have wasted every day? And why?
Industry Research says that 20% to 40% of
sewing time is wasted without any work
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Factors affecting Productivity
Delay due to Style Approval, Missing Fabric, Accessories
Waiting due to Cut parts, Prints, Embellishments.
Shortage of some Specific Machine. Etc
These problems are avoidable as thy are caused by Poor Planning.
Inadequate communication.
Focus on all Resources Utilization, to reduce idle time
The resources are 3M- Men, Machine, Material
To do that Plan in Better Way
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Current Scenario
Many of us have invested on latestCutting, Sewing, Pressing machines toincrease productivity, indeed that alone
would not ensure the productivity. Many of us not yet optimized productivity
because we are looking only HALF part
of entire process.
Sewing faster alone not going to
increase productivity
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How to Increase Productivity ?
The Answer is to Ensure - Planning Process
Master Production Schedule
Action Plan
Material Requirement Plan
Monitoring and closely reviewing the Feed Back
Method Engineering (see Example)
Industrial Engineering Practice ( Separate Presentation)
Standard Operating Procedures
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Planning Process
Critical path ( see detailed presentation)
Approvals
Fabric
Accessories
Mid Process ( Embroidery, Printing , etc)
Production
Shipment
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Variables to Plan Effectively
System in place
Capacity
Lead time
Material availability
Monitoring
Current production progress against Plan
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Results of Effective Planning
Meet - Customer order due dates Maximize - Resource Utilization
Minimize - Idle time, Overtime, Step delays,Lead/Queue time, time in the System and WIP
Monitoring
Historical Data - Man, Machine, Material
Work Flow
Material Flow
Work Demand
Quality
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Examples Method Engg
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Example - System
Activity Responsible From To
Order Enquiry Merchandising Buyer Marketing
Vailability for Production Merchandising Marketing PDM
Confirmation from Samling forViability
PDM PDM IE
Verification by IE IE IE Planning / Marketing
Process Sequence PDM/IE/ Merc IE Planning
Tentative Booking in Planning Planning Planning Marketing
Order Confirmation Merchandising Marketing Planning
Booking Confirmation Planning Planning Marketing
Set of Instruction & Ownership
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Cont
Monitoring
Planning
Execution
Analyzing
Feed Back
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Objectives of MPS
Short range Planning Horizon
Finished Product Schedule
Efficient Utilization
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The MPS System Structure
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Front End
Engine
Back End
Long-term,High uncertainty
Short-term,
Low uncertainty
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The MPS System: Front End
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Resource
Planning
Production
Planning
Demand
Management
MarketInternal & External
Customers
Master Production Scheduling (MPS)
Engine
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The MPS System: Engine
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Detailed Material Planning
Time-Phased Requirement
(MRP) Records
Material & Capacity Plans
Master Production
Scheduling (MPS)
Inventory
Status
Data
Routing
Order File
BOM
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MPS Techniques
In response to seasonal sales a company may adopt:
Level production MPS approach
No hiring/firing of workers
Buffering with inventory and backlog
Chase production MPS approach
Capacity adjustments from one period to another
No inventory
Hybrid strategy
Uses elements of level and chase approaches
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Conclusions
The MPS System will be effective only if the TOPMANAGEMENTsATTITUIDE is right
Common Systems facilitate effective scheduling in any
business environment
MPS should reflect the companys approach to the businessenvironment in which it operates
Customer order promising should be closely linked to the
MPS
The MPS function should use the common MRP II, database
Micro Planning has to derived from MPS
Feedback System to be linked to Action Plan
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The End
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Cont
7. The master production scheduler must keep
the sum of the parts (the MPS) equal to theoperations plan
8. The MPS activity & the role of the masterproduction scheduler must be clearlydefined organizationally
9. The MPS can be usefully considered as a setof firm planned orders
10. The MPS should be evaluated with a formalperformance measurement system
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Production Planning: Inputs
A forecast of aggregate demand covering the
selected planning horizon (6-18 months)
The alternative means available to adjust short- tomedium-term capacity, to what extent each
alternative could impact capacity and the relatedcosts
The current status of the system in terms ofworkforce level, inventory level and production
rate
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Production Planning Output
Fully load facilities and minimize overloadingand under loading
Make sure enough capacity available to satisfy
expected demand Plan for the orderly and systematic change of
production capacity to meet the peaks andvalleys of expected customer demand
Get the most output for the amount of resourcesavailable
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Production Planning: Outputs
A production plan: aggregate decisions foreach period in the planning horizon about workforce level
inventory level
production rate
Projected costs if the production plan was
implemented
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Medium-Term Capacity
Adjustments
Workforce level adjustments Hire or layoff full-time workers
Hire or layoff part-time workers
Hire or layoff contract workers
Utilizing existing work force Overtime
Idle time (under time) Reduce hours worked
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Medium-Term Capacity
Adjustments
Inventory level adjustments
Finished goods inventory
Backorders/lost sales
Subcontracting
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