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Test your basic knowledge |
Lean Supply Chain
Start Test
Study First
Subject
:
business-skills
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. Documentation aimed at performing task same way every time - current best way of doing an activity. Done with the people who do the work and OWNED by them. Uses: - drawings and photos - ensures consistency - developed with staff - readily accessible
Six sigma
Lean supply chain elements
Cycle time
Standardised work
2. Value (what customer will pay for - ask them)- Value Stream (all processes that add value) - Continuous Flow (linking - avoid stagnation) - Pull (demand - nothing produced until signalled for) - Perfection (an ideal)
Current state map
CANDO
Supply Chain Management
VVCPP
3. Minimum order quantity
Kanban
Principles of lean thinking
MOQ
Cellular flow
4. Collaborative planning forecast replenishment -aka VMI
TQRDCE
CPFR
Kaizen blitz
SMED
5. Unevenness - Rocks in the stream - hidden by inventory
RCA Root cause analysis
Andon light
Value creation framework (Murman 2002)
Mura
6. Transport - Inventory - Motion - Waiting - Overproduction - Overprocessing - Defects
TIM WOOD
Demand amplification mapping
Lean supply chain
Demand flow technology
7. Factors that influence addition of value: technology quality reliability delivery customer service and environment
TQRDCE
Supply chain management function
Supermarket
CTD
8. Gain corporate/top management vision - Train Lean champions/Kaizen facilitators - Access and develop the success structure - Identify the value stream - Get quick wins - Train associates and extend training to all - Engage and manage the supply chain
Value creation framework (Murman 2002)
Lean implementation
Logistics
Mura
9. Value added time + nva time... time it takes to go through all the elements of a process before the activity repeats
Transport waste
Cycle time
DMAIC
Hoshin planning
10. 1. Value Proposition - it is easy to identify stakeholders - it is very difficult to understand what provides value to stakeholders 2. Value Identification - structure value streams based on the stakeholders' value propositions so that people - g
Value levels in an organisation
Defects waste
Value creation framework (Murman 2002)
5S
11. Ho - direction - Shin - needle - Strategic direction rippled down to all in organisation - Focus attention on corporate direction - Align activity to support - Integrate with daily activity of staff - Structured review of progress - Based on mgmt by
Cellular flow
Hoshin planning
Supply Chain Management
Kaizen rules
12. Change for the better - continuous improvement
Transport waste
TIM WOOD
Kaizen
CANDO
13. Lean thinking for equipment. Aims to eliminate accidents - defects and breakdowns. 3 areas: availability - performance - quality - equipment failure/breakdown - setup/adjustment - idling/minor stops affecting performance - reduced speed affecting
TPM Total Productive Maintenance
PDCA
Cycle time
Logistics
14. How long it takes to use all the stock that you have usually per year eg annual cost of sales over value of current inventory. It's a bigger number if you keep less of the stock that's used
SMART
Inventory turn
VMI
Spaghetti diagram
15. Excessive movement - includes document handoffs - Pull system eg Kanban - Reduce batch size - Load levelling
Lean supply chain
Transport waste
RCA Root cause analysis
FIFO
16. Each step in process should be as close to Takt time as possible
Supply Chain Management
Work balancing
Standard in-process inventory
Deming cycle
17. Buy - forecast - source - purchase - demand variability - Make - manufacture - assemble - planning - scheduling - Move - warehouse - distribution - logistics - timing - inventory - Sell - customer - demand - on-time
BOM
Traditional supply chain
Cellular flow
Six sigma
18. Inventory against time typically 4 lines consumer demand - retail sales - mfr forecast - mfr plan
Quality filter mapping
Six sigma
Weighted average cost of capital
Demand amplification mapping
19. Material requisition planning
5S
VMI
CTD
MRP
20. Non value added time. The potential non-production time that can be eliminated from a process
Opportunity time
Cause and effect (fishbone) diagram
Product variation funnel
TQRDCE
21. Enterprise Resource Planning eg SAP - JD Edwards
Defects waste
ERP
Cycle time
Kaizen blitz
22. A set of businesses with interlocking business relationships and shareholdings
Takt time
Supply chain
Keiretsu
Lean supply chain elements
23. Procurement - Manufacturing - Warehousing - Distribution - Customers
Project desirability matrix
Overprocessing waste
Supply chain components
Flow
24. Bringing people closer together for communication - One cell per product family - Bring together all the machines - Select appropriate tools - Aim is to have them independent - Train - balance workload - Reduce space and flow difference
Process cycle time or lead time
Standardised work
Cellular flow
Demand amplification mapping
25. The minimum number of parts - including units in machines - required to keep a cell or process moving
Overproducing waste
Standard in-process inventory
One piece flow
VVCPP
26. Plan Do Check Act
Deming cycle
PDCA
Takt time
Right First Time
27. Overall equipment effectiveness: availability x performance x quality yield measured in hours
CPFR
OEE
Kaizen rules
Overprocessing waste
28. IT - Inbound logistics - Outbound logistics - Quality - Technology/design
TIM WOOD
Lean implementation
TPM Total Productive Maintenance
Supply chain factors
29. Ship - store - move - make - pack - distribute - store - sell - return - service
Manufacture
Traditional supply chain
BOM
Current state map
30. The 4 ribs or bones are Man - Machine - Materials and Methods
TPM Total Productive Maintenance
Cause and effect (fishbone) diagram
Lean supply chain
Value levels in an organisation
31. Value stream mapping simple process of directly observing the flows of information and materials as they occur - summarising them visually - and then envisioning a future state with much better performance 1. Locate operations 2. Identify area inve
Takt time
VSM
TPM Total Productive Maintenance
FMEA
32. Inbound: total cost of ownership - v quality - delivery schedule - flexibility - Outbound: customer satisfaction - v cost - flexibility - support level
Spaghetti diagram
Logistics
Process mapping
MOQ
33. Bill of materials
BOM
Value stream map
ERP
Supply chain components
34. Too much or too soon - excessive work in progress - Pull system eg Kanban - Batch size reduction- Load levelling
DMAIC
CANDO
PDCA
Overproducing waste
35. Replenishment signal that authorises activity or delivery of required materials. Initiated by consumption - only happens for good parts - using the cell triggers the pull - nothing produced or moved without signal - only the kanban quantity delivered
MOQ
Kanban
ERP
Lean thinking goals
36. Suppliers inputs process outputs customers
Quality filter mapping
SIPOC
Product variation funnel
BOM
37. Design and manage the processes - flows and assets of material and information required to satisfy customer demands
Supply chain management function
Andon light
Supply chain drivers
SMED
38. Mistake proofing a process in order to ensure that only quality products or parts are allowed through to the next step. This helps eliminate any waste incurred from rework. Usually uses root cause and Pareto analysis
FMEA
Keiretsu
Right First Time
RCA Root cause analysis
39. All activities associated with a product from raw material to final customer.
Supply chain factors
Value levels in an organisation
Supply chain
Defects waste
40. Produces just - what is needed - how much - when needed- where needed - Not just eliminating waste - enhancing value too
Supply Chain Response Matrix
Transport waste
ERP
Lean supply chain
41. Human foolproofing eg cannot insert 3-pin plug wrong way up
VMI
Poka yoke
CTD
Waiting waste
42. Identify and process value streams - Track waste and eliminate - Flow smoothly - Continuous improvement - Seamless integration with all parties
Lean thinking goals
Six sigma
Visual management system
Value levels in an organisation
43. 'A process-orientated - integrated approach to buying - making and moving products and services to customers. SCM as a broad scope includes sub-suppliers - suppliers - internal operations - trade customers and end users.' MIT
Takt time
Overprocessing waste
Supply Chain Management
Transport waste
44. Rework - repair - incorrect info. Due to poor training - tools - layouts - process failures - established standards - checklists - forms. - Visual controls - 5 Whys RCA - PDCA - Poke Yoke
Defects waste
Deming cycle
Modern supply chain
Keiretsu
45. Anyone can assess conditions - Encourage participation reduce search time - Fewer questions - Better safety - Beter communication Examples: Tool board - visual kanban
Visual management system
Flow
SMART
One piece flow
46. Structured methodology of sequence of activities aimed at removing waste by improving organisation - visual communication and overall cleanliness. Sort - keep only what you need Set in Order - A place for everything and everything in its place Sh
FMEA
Manufacture
5S
Lean supply chain
47. Link activities and processes into most efficient combinations to maximise value added content while minimising waste
Spaghetti diagram
Flow
MRP
FMEA
48. Single Minute Exchange of Dies - observe and record - separate internal and external - convert internal to external as possible - streamline activities - document
SMED
Process cycle time or lead time
FMEA
WIIFM
49. Mainly human motion as opposed to things - walking - handling materials - centralised storage due to disorganisation - lack of visual controls - 5S - 5 Whys RCA - Load levelling - Pull system eg Kanban
Manufacture
Value stream map
Cellular flow
Motion waste
50. Failure mode and effects analysis. Identify every possible failure mode of a process or product - with the aim of determining the effect on other sub-items and on the required function of the product or process
Kaizen blitz
RCA Root cause analysis
Overprocessing waste
FMEA