supply chain
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supply chain overviewTRANSCRIPT
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Smart Manufacturing Supply Chain Networks
Innovation for India in India by India
N. ViswanadhamComputer Science and Automation
Indian Institute of Science
Bangalore- [email protected]
NIE Mysore Nov 6, 2015
N.Viswanadham
ContentsContents
History of manufacturing– Mass & Lean production
– Automation, & Software: Integrated Manufacturing Networks
– Modularity, Outsourcing :Global Supply Chain Networks
– IOT, Sensor Networks ,Predictive Analytics, Cyber physical systems
Future Smart Supply Chains Networks
Indian Manufacturing Scenario
Conclusions
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History of ManufacturingHistory of Manufacturing
Input-Output model of a Manufacturing System
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Technology driven Waves of Industry Innovation
Industrial Revolution: Machines and Factories that power economies of scale and scope
– Henry Ford and Vertical Integration
Internet Revolution: Computing power and rise of distributed information Networks
– ERP,CRP etc packages
Globalization: Outsourcing, Collaborative supply chain networks
Industrial Internet (In Progress): Predictive Analytics: Machine-based , physics-based, deep domain expertise
– Intelligent devices, systems, and decisioning represent the ways in which the machines, systems and networks can merge
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Phase I: Mass & Lean ProductionPhase I: Mass & Lean Production
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The Assembly Line The Assembly Line Henry Ford & Alfred Sloan Henry Ford & Alfred Sloan
Model T introduced in 1908.
(Ford’s 20th design)
Division and Specialization of Workforce.– Each worker had only one task to perform.
– Indirect- workers (repair men , quality inspectors) resident in factory.
Vertical Integration provided cost advantage & better control – Owned steel mills, a glass factory, a rubber plantation (in Brazil), iron
mines (in Minnesota), a fleet of ships and a rail road.
Alfred Sloan developed the Centralized Mass Production System by applying division of labour to management
– Created decentralized divisions for Each car model : Chevrolet, Pontiac, Buick, Oldsmobile & Cadillac
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Lean Manufacturing Lean Manufacturing ----Toyota (1950s)Toyota (1950s)
Japanese customers demand variety (Luxury & small cars, large & small trucks): Mass production did not work
Lean is a process innovation to serve customer demands– Quick change-over of dies from 24hrs to 3 minutes thus reducing
the cost of producing small batches.
– Process control not Product control
– Kanban and Just-in-Time inventory management strategies.
– Team-based work and management culture.
These innovations resulted in the Lean Manufacturing & make-to-order manufacturing
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Phase II: Automation: Machines, Phase II: Automation: Machines, Systems and NetworksSystems and Networks
Automated Machines and Systems
NC Machine Controller Factory Floor Control System
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Integrated Manufacturing & Service Network
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ii ii ii
Supplier OEM Distributor
Customer
B2B Logistics Chain B2C Logistics Chain
i
i
ii
iService Center Logistics
Multi-tier Supply Chain Network
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Internet Revolution
Computing Power and rise of distributed information Networks
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Integrated Manufacturing-Service Networks
Supplier Distributor
Supplier Retailer
Manufacturer
Service Provider
Information Network
Enterprise System or Web-site
Logistics Network
Logistics Hub
Financial Network
Banks
Supply Network
Service Network
Demand Network
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ERPFinance HR MRP
SUPPLIERS
APS
Global Logistics
Manufacturing Scheduling
Demand Planning Production Planning
WMS
TMS
Demand Forecasting YMS
Carriers
Sales History
Manufacturing Schedule
Inter-Site Transfers
Completed Inter-site Transfers
Production Picks
Purchase Orders
ASNs
Customer Orders
Orders for
Routing
Inventory Summary
ASNs
Customer Orders
Customer Orders
EDI Biddin
g
Vehicle Routes
Exceptions
Pick Detail
Receipt Detail
Carrier Discrepancy
POD
ASNs
ASNs
POD POD
POD
Duty
Load & Dock Detail
Customers
Integrated Information Systems
Decision Making using Internal Data Decision Making using Internal Data
IT investments of the last decade such as ERP, APS respond inside-out based on order shipments i.e. by analysing internal data – sales, shipments, inventory, etc .
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The Plough-Plate Food Supply Chain
••The supply chain involves farmers, seed producers, fertilizer factories, financial institutions, millers, government, warehouses, retail shops, railways, truck transport companies, etc. Their relationship among the actors is adhoc leading to inefficiencies
Phase III: Modularity, Outsourcing & Globalization
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Product & Process Modularity and Outsourcing
Modular Products and Standardized Production Processes, lead to Outsourcing .
Standardized component manufacturers have become IP monopolies and wield global market power
(Intel chips, Windows OS, Auto components)
Products have become commodities.
The strategic competitive advantage for assemblers ( Dell, GM, Nokia) moves from factory to managing the global supply chain.
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Borderless ManufacturingBorderless Manufacturing
Assemblyxxx
Shellyyy
Liningzzz
FillerSikkim
ZipperJAPAN
Label, elastic,studs, toggleand stringAAA
Made in India
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China assembles all iPods, but it only gets about $4 per unit – or just over 1% of the US retail price of $300
451 parts that go into the iPod
The retail value of the 30-gigabyte
video iPod that the authors
examined was $299 in
June, 2007
The bulk of the iPod’s value is in the conception and design of the iPod. That is why Apple gets $80 for each of these video iPods it sells, which is by far the largest piece of value added in the entire supply chain. Apple figured out how to combine 451 mostly generic parts into a valuable product.
Hard Drive by Toshiba Japanese company, most of its hard drives made in the Philippines and China; it costs about $73 - $54 in parts and labor -- so the value that Toshiba added to the hard drive was $19 plus its own direct labor costs
Video/multimedia processor chip by Broadcom American company with manufactures facilities in Taiwan. This component costs $8.
Controller chip by Portal Player American company with manufactures .This component costs $5 .
-Final assembly done in China, costs only about $4 a unit
The unaccounted-for parts and labor costs involved in making the iPod came to about $110
The largest share of the value added in the iPod goes to enterprises in the United States $163 of the iPod’s $299 retail value in the United States was captured by American companies and workers, breaking it down to $75 for distribution and retail costs, $80 to Apple, and $8 to various domestic component makers.
Source: Varian, Hal R. The New York Times, June 28, 2007. An iPod Has Global Value. Ask the (Many) Countries That Make It.
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Product Modularity in AutomobilesProduct Modularity in Automobiles
DashboardModule
Different Modules inan Automobile
Source:Shimokawa, K., Jurgens, U., and Fujimoto, T. (Eds), 1997, Transforming Automobile Assembly, Springer, New York.
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Process Modularity
Shimokawa, K., Jurgens, U., and Fujimoto, T. (Eds), 1997,
Transforming Automobile Assembly, Springer, New York.
Supply Chain Clusters A competitive Advantage
Inbound transportation
Manufacturing Consolidators
Distribution & Delivery
Outbound Transportation
Customermanagement
ProductionPlanning & Forecasting
Supply Chain Cluster
Returns &Repairs
Raw materials
Information flow Infrastructure
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Global Global Manufacturing NetworkManufacturing Network
USA
Distribution
Inventory hub
Europe
Retail
USA
Europe
Demand
China
India
Suppliers
InBoundLogistics
Assembly
China
Korea
Manufacturing hub
OutboundLogistics
EasternEurope
Analytics 1.0: Decision Making using Internal Data
Several long term and short term decisions are made
– Sourcing: which country & from whom
– Demand estimation using sales data
– How much to manufacture, inventory levels at various places to match the demand
ERP, APS, TMS,WMS etc make decisions analysing internal data: sales, shipments, inventory, etc .
Control using PLCs, Robots, BPOs etc.
Monitoring equipment for preventive maintenance using IOT
Big Data Public Lecture N. Viswanadham
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Phase IV: IOT, Sensor Networks . Predictive Analytics, Cyber physical
systems
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Internet of ThingsInternet of Things
Aristotle divided things in nature into those that have soul and those that do not i.e. Charam and Acharam
IoT technologies can be categorized into Tagging things, Sensing things and Embedded things .
– The tagging things provide seamless and cost-efficient item identification, allowing the things to be connected with their records in databases.
– The sensing things enable us to measure and detect changes in the physical status of our environment.
– The embedded things yield information about the internal status of the embedding object.
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RFID tags (5) placed on the inventory periodically signal their locations to access points/readers (4). They in turn, send information, via LAN (1), to the RF controller (3) and locating software (2)
RFID tags In a Warehouse
Technology ChangesTechnology Changes
Mobile Internet
IOT
3D printing
BitCoin
Drones
Driverless Cars & Trucks
Mobile has been a driving force for Apple, Google, China Mobile, Alibaba, Facebook, and Verizon
New start ups: One a day in Bangalore: Uber, Ola Cabs, Doctorie.com, MGaadi, Dosa King, Mobile apps, ..
Cyber security: Estimated annual cost of computer crimes in US: phishing, identity theft is presently at over $100 B (Ultron)
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Self driving carSelf driving car
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The car is equipped with a battery of cameras, radar, and sensors that give the car a 360° knowledge of the surrounding environment and allowing it to react proactively to obstacles.
Daimler’s SelfDaimler’s Self--Driving Truck Tested on Real Driving Truck Tested on Real RoadsRoads
Truck Platooning is the future of transportation in which trucks drive cooperatively at less than 1 second apart made possible by automated driving technology.
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Game Changing Disruptive Innovations
Ecommerce is disrupting traditional distribution.
Uber and Ola are upending radio and yellow taxis.
Airbnb has hotels very concerned and Bitcoin is future currency
Robotic doctors are a reality, a solution to doctor shortage
Amazon, Alibaba and DHL are testing package delivery drones.
Driverless cars are a boon in traffic congestion & bad drivers
Vehicle Tracking and Dispatch keeps track of the location and inventory on every vehicle (radio transmitters and GPSs).
Amazon filed for a patent for 3D printers mounted within trucks, to print customers' purchases on the fly & deliver them instantly,
GENPACT monitors Penske trucks, assigns drivers and workload
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Retailing: Disruptive ChangesRetailing: Disruptive Changes
Retailers gain understanding of how shoppers move around their stores – where they go, in what order, how long they stay, when they come to the store. How all these map to actual sales.
Retailers use predictive models for price discounting, advertising, and couponing.
– Forecasting based on past data, batch size calculation using square root formula are replaced by real time visibility & delivery on demand
Wal-Mart predicts customer buying behavior by mining POS data and links inventory data with the suppliers .
Netflix has a 5-star recommendation system for each subscriber from their viewing habits using sophisticated algorithms
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Smart FactoriesSmart Factories
In smart factories, humans, machines, robots and other resources communicate with each other as a social network.
Smart products know the details of how they were manufactured and how they are intended to be used.
Smart Products also actively support the manufacturing process, answering questions such as When was I made? , Which parameters should be used to process me? , Where should I be delivered to?, etc.
The factory can orchestrate the manufacturing process depending the real time needs.
3D Printing3D Printing-- Additive ManufacturingAdditive Manufacturing
Subtractive manufacturing removes material from a larger block of material to create a product.
3D printers create a 3D object by building it layer by layer.
CAD program in the printer slices the design into hundreds, or thousands of horizontal layers. These layers will be printed one atop the other to make a 3D object using resin and gypsum materials ($3 per cubic inch).
Nike creates multi-coloured prototypes of shoes Others print jewellery, create art, toys for their kids, replacement parts for appliances such as dishwasher etc.
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Service, Maintenance, and Repair Service, Maintenance, and Repair
Much of the service, maintenance is carried out on a set timetable or reactively by rushing technicians to repair
In 2011, 21,500 commercial jet aircraft and 43,000 jet engines were in service. Each jet engine contains three rotating equipment: a turbo fan, compressor, and turbine i.e. 129,000 major pieces of spinning equipment
An intelligent aircraft will tell maintenance crews the status of the aircraft subsystems and supply real time, actionable information to help aircraft operators predict which parts need replacement and when.
It is shift from current maintenance schedules based on the number of flights to those based on actual need.
Big Data in Logistics Applications
Trucks are equipped with radio transmitters and GPSs. Vehicle Tracking and Dispatch keeps track of the location and inventory on every vehicle.
Annual traffic density figures are used to generate the most efficient routes to minimize the cost of transporting goods.
Warehouse Operations and Cross docking use information system that dynamically coordinate trucks & the dock
Generation of routes and manifests for the trucks dynamically based on their inventory loads and tracking & monitoring the delivery.
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Power Generation SectorPower Generation Sector
There are 56,620 power plants that run on natural gas, oil, coal & nuclear energy around the world accounting for 75 % of the total global capacity
Estimated that 300 million labour-hours a year just to service the world’s steam and gas turbines, aircraft engines, freight, CT and MRI scanners.
Lot to be gained by sensor driven automation
Penske works with Genpact in India and Mexico..
Genpact workers in India and Mexico Arrange for titles and registrations for the trucks leased by Penske
in US
Check the customer’s credit status and arrange for all the necessary permits. If the truck gets stuck at a weigh station, failing to fulfill some permits, the truck driver would call an 800 number, and the BPO staff transmits the necessary documentation to the weigh station and the truck would be on road within a half-hour.
After the trip, the driver’s log would be shipped to a Genpactfacility in Juarez, Mexico, where mileage, tax, toll, and fuel data are punched into Penske computers and then processed in India.
Genpact manages the logistical services of Penske.
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Trillion Dollar ClubTrillion Dollar Club
Over the past decade, six technology-led companies Amazon, Apple, Face book, Google, Netflix, and Pandora have collectively generated more than $1 trillion market value
Nokia, Motorola, Borders, Barnes & Noble, AOL, Blockbuster, Tower Records, and HMV—lost more than 90% of their 2003 enterprise values.
The common denominator of the business models of the Trillion-Dollar Club: the digital information that surrounds the product and company (the virtual self), can generate more value than the physical entity alone.
Companies need to master the new rules of the digital economy to win.
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Future Smart Supply Chains Future Smart Supply Chains NetworksNetworks
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Smart: DefinitionSmart: Definition
Smart has its original meaning of "stinging, sharp" as in a smart blow
Smart Student : having or showing quick intelligence or ready Mental Capability
Smart Machines: Capable of making adjustments similar to human decisions, in response to changing conditions
Smart Windows: regulates the amount of light transmitted in response to varying light conditions using sensors & controls
Smart Buildings, Smart Grids,……
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Smart Supply Chain Network
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A smart supply chain is an inter-organizational network connected with smart services to enhance the customer experience
B2B MarketplaceB2C Market Place
Service Center
IOT
Supplier OEM Distributor Customer
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The Six Dominant PlayersThe Six Dominant Players
Suppliers
Logistics Players: B2B and B2C
Contract manufacturers
Original Equipment Manufacturers
Distributors
Retailers
They are independent companies globally distributed & highly connected
Big data Enabled Business Processes Big data Enabled Business Processes
Procurement: Supplier & Logistics provider selection, Inventory management
Dispersed Cognitive Manufacturing: Embedded Machines, Smart parts, Cognitive PLCs
Distribution & Retail: Warehousing, B2C Logistics, Recommender systems
Service Chains:
Logistics networks,
Repair & Maintenance of Machines, Trucks, etc.,
Traceability and Product recalls
Risk Mitigation
Big Data Public Lecture N. Viswanadham
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Indian Manufacturing ScenarioIndian Manufacturing Scenario
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Indian Manufacturing SectorIndian Manufacturing Sector
India’s manufacturing sector is 16% of GDP & 1.8% of Global manufacturing.
Why Lower productivity in manufacturing: – Low technological depth : SCM, Production planning, Quality &
Service
– Low labor productivity : Indian Workers are almost four (Thailand) or five (China) times less productive.
– Poor Infrastructure: High logistics costs, High % of damaged goods
– Poor implementation: Too many stakeholders, Poor Coordination & Execution. Talent deficit
Low returns on Capital Investment
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Manufacturing Clusters in Indian StatesManufacturing Clusters in Indian States
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Indian Auto Clusters – Small car Hub
Indian automotive industry has grown in clusters, Manesar in North, Pune in West, Chennai in South, Jamshedpur-Kolkata in East and Indore in Central India
Location advantages such as infrastructure, access to pool of educated workforce and supportive state government policies are some of the factors that play a role in attracting auto investments.
Logistics In IndiaLogistics In India
India Logistics Project N. Viswanadham
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Indian Freight Transport IndustryIndian Freight Transport Industry
Roads carry around 60% of the total freight transport volume. 1000 Trillion ton km by road & 675 Trillion ton km by rail
The Indian truck market is dominated low-cost trucks manufactured by local manufacturers.
Only 10% of Indian truck operators own fleet of more than 25 trucks, and 1-2 %own between 200 -1,000 trucks.
80 % of truck operators own less than 10 trucks. Majority of them are owner-drivers with a single truck.
The Indian transport industry is organized by transport middlemen or goods booking agents for the small truck operators or owner-drivers.
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Logistics Logistics Performance Performance in Indiain India
Indian Infrastructure is poor as compared to developed and developing countries and is rated 54 /160 in 2014.
The underlying Institutional problems– Poor Hard and Soft Infrastructure
– Blind imitation of the infrastructure growth of developed countries rather than following market requirements
– Low Technology Penetration in inter-organizational management processes such as trade documentation
– Responsibility Fragmentation among government agencies
– Lack of 3PLs, Research and Talent in logistics
– Concentration on low cost labour ignoring ICT
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Stages in Indian Manufacturing to Stages in Indian Manufacturing to
become Globally Competitive become Globally Competitive
Stage I : Reverse Engineering, Low cost assemblage and Local marketing (Current State)
Stage II: Improve Productivity in Energy, Capital, Labour & Management , Infrastructure, Distribution & Warehousing.
– Technology intensive collaboration: Mobile, Internet, Cloud, Big data, Sensor enabled smart networks, Predictive analytics
– Planning and Execution of Supply Chains (Orchestration)
– Improve the presence in Global trade
– Targeted Skill Training
Stage III: Product discovery, Machine & Process Innovations in manufacturing, distribution and service to create smart resource efficient products
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Big Data Public Lecture N. Viswanadham