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Challenge
Predictable world?
We are working with operation control and decision-making systems based on stand-alone concepts highly optimized for achieving its goals in a stable predictably behaving environment.
Real life!
When we look at the bigger entities, in real life only predictable thing is unpredictability. A stable, predictably behaving environment do not exist.
Important problems
Local optimization• One facility• One system• One organization
block
Communication gaps
Lack of visibility
Motivation
Information quality Information securityChain of forecasts
Time gaps
Lack of proper tools
Compexity
Poor competiveness
Needs from the Field
Increase the productivity and efficiency in all
levels
Operational flexibility, rapid reaction and adaptation to
changes
Lower the costs generated from the non-value adding
processes
Enabling the efficiency of
networks
Support the human worker in
different ways
Competiveness
LeanMES mission
‘The ultimate goal of the project is to provide lean, scalable and extendable concept for new type of MES that supports the human
operator in a dynamically changing environment’
LeanMES -project and consortium Project’s run time 08/2013-12/2017 Budget: 6663 kEUR Workload: active period 60 man-years
Aims for LeanMES
From local optimization to understanding cause and effects of a complex system Achieve more efficient and continuously
evolving processes and systems Combine best of soft methods and hard
technology Efficient networks, SME perspective
Objectives and novelty of LeanMES Research objective 1: Web of Knowledge
– Transparency of actions and knowledge– Flow of information– Standardized Interfaces – Modularity
Research Objective 2: Human-Machine Cooperation– Lean as a guideline– Human-centered but process oriented– Guiding yet not constraining– Interactive systems and system intelligence– High level UX
Research Objective 3: Competitive MES concept– Lean, fast to install and easy to learn– Traceable and Sustainable KPIs– True support for networked manufacturing
LeanMES - scientific goals Goal 1: Study and plan various methods to implement LEAN principles in MES system. The study
serves as the state-of-the-art document for the Lean MES Roadmap. Goal 2: Definition of “best of breed” interfaces that are implementable now and in near future as well
as definition of gaps that are most critical now. Goal 3: Definition of new types of Lean KPIs that are traceable and reliable throughout the network. Goal 4: Define and test (proof of concept) feasibly of MES concept for managing networked, global
production chain especially within OEM and in subcontracting context. Goal 5: Definition of Machine level MES software toolset (view) that has different user roles for office
and machine control in factory floor and possibility to test/select different optimization methods for given cases (such as integrated automatic nesting).
Goal 6: Understanding of how automated material handling and related information gathering can be used to improve productivity and flexibility of small series production especially in small to medium size companies in manufacturing segment.
Goal 7: Provide ideal selection tracking methods that support both MES and automatic material handling and definition of gaps that are most critical now and possible solutions for those.
Goal 8: Provide concepts that support information visibility and rapid reaction to changes for SMEs that are looking production from the supplier and customer perspectives.
Goal 9: Provide solid business plan for SMEs that need to update their way of operation to be more lean and agile in future. This requires understanding the business transactions, to operation schemes and best of breed ICT solutions for given case.
LeanMES scope
ERP
LeanMES -layer
Humans Devices Systems
’There might be... / What if...’
’Sometimes there is...’
’It always features...’
Others
Others
Enterprice scheduling & management
Network
Examples of LeanMES enablers
Visibility– Inhouse– Suppliers– Customers
LeanMES
Information security
Status information– Online status for
Manufacturing Storages Changes /
modifications– Automatic reminders
Project data structure– Simulations– Manufacturing data– Material data– Order data
Optimization models– Time– Costs– Quality– Foot print
Views– Sourcing– Manufacturing– Quality– Customer– R&D
Technical solutions– Cloud services– WEB –technologies– Novel HMI -technologies– Databases
What could LeanMES mean in my factory?
Transparency for manufacturing and material balance data for supply chain partners
Real-time tracking , monitoring and verifying – humans and parts in manufacturing, storage
Optimizing and scheduling work orders
Tracking and monitoring performance and key figures: humans, machines, storages and systems
Engineering change management for progressing orders
Tracking, monitoring and estimating production resources - tools, fixtures, programs, materials
Support for various work schemes
Enabling independently to choose control scheme – part-processes, resource groups
Human in the loop
Benifits from the socio-technical systems
Network wide change management
LeanMES -project tasks
1. Important needs and state of the art in the field2. LeanMES concept definition 3. Lean KPIs and human friendly information exchange
in evolving environment 4. LeanMES control and optimization schemes in human
centric operations5. Material logistics in LeanMES6. Implementation, testing and demonstrations7. Dissemination