Sirris manufacturingday2011 the-future-of-smart-manufacturing-execution-de-clercq

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A case illustrates how Manufacturing Execution Systems enable a manufacturer to keep track of the production progress and contribute to an optimized execution on the workfloor. A vision is posted on two possible future orientations of MES systems which lead to optimized and self-organizing execution on the shop floor.

Transcript of Sirris manufacturingday2011 the-future-of-smart-manufacturing-execution-de-clercq

© 10 – 05 – 2011

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The future of smart manufacturing execution

Erwin VervondelDe Clercq Solutions

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part 2 : MES functionalities by example

part 3 : Next steps, Innovations

part 1 : Challenges & Goals

Agenda

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• Flexibility – Everything and everyone needs to be more ‘flexible’• Company: production demands (make to stock make to order)• Customer specific demands• Workforce optimization

• Complexity• Product variance• Laws / regulations strictness• Supply Chain integration

• Focus on all costs• Cost control = control of Machine + Labour hours• Material cost: focus on Scrap and Rework• Be competitive across borders

Challenges

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There is a clear need for• Integration of several information sources regarding “business intelligence,

manufacturing, logistics, reporting, alerts, analytical tools”

• Determining company’s key performance indicators (KPI’s) ? Production quota, how much, when

? Production interrupts

? Tracking en tracing requirements/regulations

? Key quality indicators

? Root cause analysis, most occuring scrap reason

? Control WIP stock

? Material consumption

? Setup / Change over Costs

“you cannot manage what you cannot measure”

Challenges

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• Setting application domain scope• First determine scope, then look at technical concepts

Determine need for integration of several application domains ?• HR (T&A)• Production (MES)• Logistics (WMS)

• Defining Information flows• One way versus two way• On-line integrated environment – is this possible ? Wanted ? Required ?

• Determine level of detail• Detailed info

• A lot of input / interfaces• Much data available• Easier to analyse, more flexible reporting

• Less Detailed info• Basic Input• Crucial data available (? What is crucial)• Analysis only based on crucial data

Setting goals

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part 2 : MES functionalities by example

part 3 : Next steps, Innovations

part 1 : Challenges & Goals

Agenda

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MES

ERP

MES functional model

P(roduction)

OperatorData Collection &Process Integration

SupervisorExecution Tracking

OperationsManagementPlanning & ReportingQ(uality) L(ogistic)

Infrastructure

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S ir r is M anuf act ur ing Day MES – ERP Interaction

Enterprise InformationPlant Production Scheduling,

Operational Management, etc

ManufacturingControl Information

Area Supervision, Production Planning,

Reliability, Assurance, etc

ProductDefinition

Management(How to make

a product)

ProductionResource

Management(What is

available for use)

ProductionScheduling &

Execution(What to

make and use)

ProductionData Collection

& Analysis(What was

made and used)

ISA 95 model based

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MES

ERP

MES functional model

P(roduction) Q(uality) L(ogistics)

Infrastructure

Integration ERP/MES ERP is master MES is slave/master(WMS is slave/master)

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•© De Clercq Solutions 2007

MES – Infrastructure interaction

Host

Data CollectionSystems

Mobile DCRF - Batch - Tag

IntelligentWorkstations

WeighingMeasuringMachines

Process ControlSCADA

PrintingLabeling

MES

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MES

ERP

MES functional model

P(roduction) Q(uality) L(ogistic)

Infrastructure

Production Scheduling/dispatching• Resource allocation• Realtime Planboard

Time and Quantities• Labor : order/indirect• Machine : Up/Downtime• Order : costing – planning• Quantities : Good/Scrap/rework

Dashboard on production• OEE on all levels• Realtime views• Actual/historical analysis

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MES

ERP

MES functional model

P(roduction) Q(uality) L(ogistic)

Infrastructure

Inline production QC registration Offline production QC registration (Spec) Proces integration/monitoring SPC

Operator instructions Document control

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MES

ERP

MES functional model

P(roduction) Q(uality) L(ogistic)

Infrastructure

Product Identification• Dynamic modelling• Inline labeling/printing• SSCC

Tracking and Tracing• Lot registrations / creation

WIPWMS or WM Middleware

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Integration at different levels of the organization

Responsible Ideal platform for production monitoring and steering The perfect tool for evaluation and analysis from efficiency through quality

OperatorsOptimized support for the workfloor employees (empowerment) Steering Registrations

Production Lines/Machines Technical integration with the processes Automate data input & Increase data quality

MES platform

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Easy production order creation with wizard

Overview of open orders / dashboard

MES by examplePlanner: Production dispatching

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S ir r is M anuf act ur ing Day MES by examplePlanner: Production dispatching

Running production orders& order queue

Releasing ordersto production

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Intuitive view onproduction planning

Compact production order information

Indication of production statuse.g. “late start”

Planner: Realtime planboard

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Real-time view on production progress

Operator: Operator Dashboard

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S ir r is M anuf act ur ing Day MES by exampleOperator: Operator Dashboard

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Real-timedata collection

Registration of machine interrupts

Operator: Process info

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S ir r is M anuf act ur ing Day MES by exampleOperator: quality control

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OEE reporting (real-time & historical)

Supervisor: OEE analysis

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Machine-based Pareto

Reason-based Paretoon selected machine

Easy drill-down

Supervisor: Pareto analysis

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S ir r is M anuf act ur ing Day Production Logistics / WIP

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Identification of material& characteristics

Operator Material identification

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Produced Logistic Units to be put away

Operator: Material output

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Backward/forwardproduct genealogy

Tracking & tracingdrill-down

Supervisor: Traceability

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part 2 : MES functionalities by example

part 3 : Next Steps, Innovations

part 1 : Challenges & Goals

Agenda

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Next Step : Intelligent Manufacturing

• Need for significant improvement of various Key Performance Indicators:Minimizing Cycle Time;Reducing Work in Progress;Better Delivery on Time;Higher Throughput

• Better use of resources

• How? Using Intelligent Manufacturing Methods and Systems

Next Steps

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Methodologies Decision Support

Operations Research

Manufacturing Science

Factory Physics

Production Methods

Supply Chain Management

Mathematical Optimization

Modeling & Simulation

Advanced Planning & Scheduling

Next Step: Intelligent Manufacturing

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• Scheduling / Release management• The heart of intelligent manufacturing

• ‘Typical’ Scheduling Methods• Dispatch Rules, User Defined & Dynamic Rules• Discrete Event Simulation• Branch & bound• Simulated annealing• Tabu search• Genetic Algorithms• Neural Nets• Mathematical Programming (LP, IP, etc)• Heuristics• Hybrid

• …

Scheduling Challenges

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• ‘Classic’ Scheduling techniques not always so obvious …

• Cannot handle job dispatch very well Not reactive enough

• In scheduling, the gap from theory to practice is HUGE ! Availability of correct dataMultiple criteria You cannot model everything ! Variability, variability, variability Handling huge problems

Validity of the schedules often problematic Academic methods do not translate as is to industry

• Many scheduling projects … Fail …

Scheduling Challenges

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• Industry faces a “scheduling crisis”

New approaches are required

New approach: self organizing/adaptive systems

DCS is currently building a new scheduling system called ALDISS …

ALDISS

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Our Way Forward: ALDISS

•Adaptive •Lean •DIstributed•Scheduling•System

ALDISS

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Adaptive Lean DIstributed Scheduling System

• Lean scheduling system

• Using local rules and methods, adaptive, intelligent, flexible, self-

organizing

• Distributed

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Goal Develop a scheduling system, able to be easily implemented & integrated in already

existing MES system.

A dynamic system that reacts to real-time situations.

A distributed system that relies on local information and uses distributed emergingintelligence to make scheduling decisions.

A system built upon Basic Principles of Self-Organizing Systems:• Local decisions

• Local rules

• Self-adaptive

• Flexible

• Resists disruptions

ALDISS

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• Two year R&D project sponsored by IWT .

• Collaboration between De Clercq Solutions, UEG and SirrisAdvanced Manufacturing group.

• Project covers system specification, development, piloting and benchmarking

• Implementable in a wide variety of industries.• Applicable to large firms as well as to SMEs.

• The system will be created, developed, piloted and benchmarked, and of course fully integrated with the Objective Manufacturing Framework.

The project

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• Specific focus on Release Management

Dispatching rules

• Modelling• E.g. Provide modelling of ‘control loops’

– Kanban

– Polca loops

– Nr of ‘virtual’ cards in the system

ALDISS

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• Dispatch Release jobs filter

Only allow start of ‘released’ job when allowed• E.g. Card present

Operator support for starting the correct job• Is not always the first job in the ‘classic’ queue

Dispatch verifier has knowledge of activities/jobs upstream / downstream allowing balanced job releases.

ALDISS

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Questions ?

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