aeronautical industry en
DESCRIPTION
Presentation for the aeronautical industry in EnglishTRANSCRIPT
8 STEPS IN THE LEAN TRANSFORMATION
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1º Current Value Stream Mapping (VSM) and systematic analysis
2º Workload balancing, flow improvement based on the takt time
3º Standardization of the process steps
4º Use of a real-time computerized visual management system
5º Use of Kanban in the points of use
· Kits design and preparation, moving to point of use
· Design and replenishment of production supplies
6º Setting up of a supply chain with all the suppliers
· Six Sigma incoming quality, test benches
7º Engineering redesign beyond the known limits (VSMF)
· Break of the known molds or broad outlines
8º Achievement of a total transformation to the continuous one-piece flow
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PROFESSIONAL EXPERIENCE
IN THE AERONAUTICAL INDUSTRY
PRODUCTION PROCESS
BOEING 737 ASSEMBLY PLANT
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Boeing 737 plane final assembly plant in Renton, Washington
Use of Lean tactics and tools from a traditional stationary assembly line to a moving assembly line
Total change of the purchase procedure from procurement to Kanban replenishment
Delivery time reduction from 8-15 days to 3 days
From ISO quality to Six Sigma quality
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BOEING 737 ASSEMBLY PLANT VALUE STREAM MAPPING 1996
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BOEING 737 ASSEMBLY PLANT VALUE STREAM MAPPING 2004
APACHE LONGBOW ASSEMBLY PLANT
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Apache Longbow helicopter final assembly plant in Mesa, Arizona
Use of Lean tactics and tools to move from a stationary assembly line to a pulse moving line
Major reductions in build hours
Significant increases in build rate
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PROFESSIONAL EXPERIENCE
IN THE AERONAUTICAL INDUSTRY
SUPPLY CHAIN AND SUPPLIER ANALYSIS
SUPPLY CHAIN IMPROVEMENT
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Machining and manufacturing division Outsourcing
Propulsion systems Outsourcing
Flight stabilizers Turnkey
Interior systems Turnkey
Landing gear Outsourcing
Fuselage Turnkey
Flight control Outsourcing
Suppliers of production supplies Turnkey
PARETO SUPPLIER ANALYSIS BY VALUE
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Top 14 suppliers (26% out of 53 suppliers) account for 83% of total inventory value
Fictitious data
for didactic purpose
82.4%
79.9%
77.0%
73.9%70.4%
66.8%63.3%
58.1%52.8%
46.2%39.5%
32.1%
22.9%11.6%
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20.0%
30.0%
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50.0%
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80.0%
90.0%
SUPPLIER GEOGRAPHICAL DISTRIBUTION
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6 SUPPLIERS UK - IRELAND
5 LOCAL
SUPPLIERS
6 SUPPLIERS SOUTH REGION
18 SUPPLIERS SWEDEN
12 SUPPLIERS
NORTHERN GERMANY
5 SUPPLIERS FAR EAST
Fictitious data for didactic purpose
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PROFESSIONAL EXPERIENCE
IN THE AERONAUTICAL INDUSTRY
COMPUTER SYSTEM PARAMETER ANALYSIS
EXAMPLE PROJECT
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Forecasted OH inventory
with changes 6 months OH inventory
historical data
Area of opportunity
Level
of daily usage = 50.2
Fictitious data
for didactic purpose
ON HAND INVENTORY PROJECTION
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1 shipment per week
Complete pallets 2 safety days Average inventory = 400 units
2 shipments per week
Only full layers 1 safety day
Average inventory = 150 units
WITH CURRENT PARAMETERS WITH PROPOSED PARAMETERS
PARAMETER CHECKING
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Inventory in warehouse analysis
Minimum safety stock analysis
· Raw materials
· Sub-assemblies
· Production supplies
Suppliers delivery time
Deliveries logistics and frequency
QUALITY DEVIATION
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Lower limit
Upper limit
Abnormal situation warning risk
Fictitious data
for didactic purpose
Achievement of 99%-101% purity in production
PRODUCTION PERFORMANCE
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Forecast (C1) vs. actual (C2) production performance
Theoretical
performance
Actual performance
Fictitious data
for didactic purpose
Forecast
performance
Added
reprocessing
REAL-TIME CONTINUOUS IMPROVEMENT
Process improvement requires the backing of an advanced IT tool
Our control and continuous improvement integrated system incorporates:
· 50 indicators for Lean Management
· 10 OLAP cubes for Lean Management
· Alert and programmable action system associated to the indicators for Lean Management
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PROJECTS FOR THE AERONAUTICAL INDUSTRY
Coaching for management
Conduction of change management teams or high performance teams
Interim management for the implementation of multidisciplinary projects
Analysis of functional and operational needs in information systems
Pull systems through balance scorecards
Management for EFQM implementation
Development of sectoral competitiveness-oriented projects
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PROJECT METHODOLOGY
I. DIAGNOSIS
BY INDICATORS
Prioritization of needs. Choice of solutions Standardized monitoring tool
II. IMPROVEMENT
PROJECT
Work team
Value Stream Mapping. Identification of problems. Solutions Action plan: objectives, measures, means, indicators, etc. (1 week)
III. AUDIT
AND FOLLOW-UPS
Verification of the compliance of the action plan
Measurement of the indicators of needs for improvement (once a week during 3 months)
IV. CONTINUOUS
IMPROVEMENT
Conclusions and final report with measures New objectives for improvement Continuous improvement system
standardized, objective, easy to apply and to measure
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RELIABLE EXPERTISE IN THE AERONAUTICS INDUSTRY
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All our projects are led by our Project Director Juan J. Rodríguez:
Lean Sensei with extensive international experience in Total Lean System implementation Management Strategic Leadership Training Six Sigma Black Belt Value Analysis – Value Engineering Certified Trainer by Save International Institute Expert in implementation of information systems such as MRP, MRPII and ERP systems
Electrical Engineering – Durango University Business Administration – University of Texas One of the most prominent Hispanics in the USA (Who's Who Among Hispanic Americans, Library of Congress 1993)
Sound professional background in the aeronautic industry: Collins Transmission Systems Div., General Electric Aerospace, Boeing, NASA, US Department of Defense, Rolls Royce Jet Engine Div., etc.
SUCCESS STORIES
PROJECTS FOR PRIVATE COMPANIES IN SPAIN
PROJECTS FOR PUBLIC BODIES
OTHER PROJECTS
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TEACHING PROJECTS
CONTACT US
HEADQUARTERS
Avda. Juan Carlos I, 55. Edif. JC1. Planta 16
30100 Murcia. Spain. EU
T +34 968 235337
WEBSITE
www.aquiline.es
COMMUNITY
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