Low Cost Adoption of Digital Capabilities Sameer Savani, Head of Innovation & Engineering

Similar documents
Why Connecting to the Internet of Things Project List

Navigating Digital for Manufacturing sector

Britain s 4th Industrial Revolution Vision to Reality Siemens AG 2015 siemens.com

A Roadmap for Future Architectures and Services for Manufacturing

Capability Statement. For more information please contact: Capability Statement

Epicor in the Epicor in the Smart. Smart Factory. Factory. Sabby Gill EVP Epicor International Epicor Software Corporation

Re-thinking and empowering operations in a digital world! Sebastian Seutter Director Strategy and Business Development

Digital transformation at ArcelorMittal Europe - what, why and how we re doing it

Urgency of Doing Staying connected with IoT. Dr. Tanja Rueckert President IoT & Digital Supply Chain, SAP SE

Reimagine Your Business with Digital Transformation IoT Regional Forum Sao Paulo

INUDSTRY 4.0 SMART FACTORY

Supply chain transformation in the era of Industry 4.0

Shift2Rail, from a Test Bed for AI to Delivering System Transformation 25/09/18 - EUROCONTROL, Brétigny (France)

Leading the way in the next wave of Industrial Automation

Information and Communication Technologies Strategic Plan 2016/ /20

Advancing the Future of Manufacturing A Singapore s Perspective

Connected factory Digital solutions on the manufacturing floor

Digitization in the Process Industries through the SPIRE PPP

ERPs and Enabling Technologies. July 2018

Leverage Data-Driven Manufacturing for Greater Productivity, Efficiency and Profits

Business Decision-Making in the Factory of the Future. An IDC InfoBrief, Sponsored by Infor November 2015

Good Bad Ugly Industry 4.0

DIGITAL MANUFACTURING DR. IR. DIRK TORFS, CEO, FLANDERS MAKE DR. IR. DANNY GODERIS, COO, IMINDS

THE DIGITAL REINVENTION OF INDUSTRY. Ben Salama Industry 4.0 Summit 28 February, 2018

Digital Transformation with IoT

Secure access to safe food through intelligent sensors and IoT

INNOVATION THAT INSPIRES

MAPR: THE CONVERGED DATA PLATFORM FOR MANUFACTURING

Developing the future of manufacturing and supply chain

Moving up the Value Chain

TECHNOLOGY DISRUPTION THE RISKS AND OPPORTUNITIES FACING INDUSTRIAL BUSINESSES

Insights & Ingenuity. Digitalizing the food and beverage industry

What does it take? An Example of Hamburg Port

The Digital Transformation. Cheam Tong Liang VP, Corporate Strategy April, 2017

Capgemini s PoV on Industry 4.0 and its business implications for Siemens

SEIZING THE DIGITAL OPPORTUNITY IN AEROSPACE AND DEFENSE

The next horizon for industrial manufacturing: Adopting disruptive digital technologies in making and delivering

Innovations in Manufacturing And the impact on South Africa. November 2018

IT Strategic Plan

CONNECTED MANUFACTURING. INVENT A BETTER FUTURE Digital Transformation for Manufacturing

MES ON THE EDGE IN AERONAUTICS

CONNECTED MANUFACTURING. INVENT A BETTER FUTURE Digital Transformation for Manufacturing

SERVICES: A GLANCE INTO THE FUTURE

Digitalisation Are You Ready? Paul Brodrick - 30 th October 2017

From Things to Value

The Industrial Internet of Things: Boosting Asset Performance and Return

Hany Moustapha Professor and Director, AÉROÉTS École de technologie supérieure Senior Research Fellow, P&WC July 2016

Smart Solutions with Connected Manufacturing. Chet Namboodri Managing Director Global Manufacturing Industry Cisco Systems, Inc.

How to Maximize the Value of IIoT and IoT Strategy

Digitalisation of Freight

White Paper Realize Industrial IoT

3 WAYS SECURE NETWORKS MAXIMIZE OVERALL EQUIPMENT EFFECTIVENESS

GE Intelligent Platforms. Operational Excellence

SAP Leonardo Industry Innovations: Chemical Industry

IoT ENABLED INTELLIGENT FLEET MANAGEMENT. Kalman Tiboldi Chief Business Innovation Officer

At the Heart of Managing Customer Expectations

SMART ENERGY SERVICES

Digital Core Transformation Underpinned by S/4HANA Enterprise Management

NSW DIGITAL GOVERNMENT STRATEGY. digital nsw DRIVING WHOLE OF GOVERNMENT DIGITAL TRANSFORMATION DESIGNING IN OUR NSW DIGITAL FUTURE

14. september, 2016 Vejle, Denmark. Industry 4.0 Helping clients succeed in a digital world

First, I d like to talk a bit about how I see

UNLEASHING DIGITAL TO UNLOCK VALUE 27 MARCH 2017

GoDigital - presentasjon til Næringsforeningen i Stavanger Oddvar Vermedal, VP IT Digitalization

On various testing topics: Integration, large systems, shifting to left, current test ideas, DevOps

Digital Manufacturing Services

5500 EMPLOYEES GLOBAL PRESENCE. Asia OVER. DIVERSIFICATION of OFFER with RESPECT to PRODUCTS, INDUSTRIES and REGIONS RECOGNIZED BY PUBLICLY TRADED

Asset and Plant Optimization in a Connected Enterprise

INDUSTRY 4.0 Transforming the Future of Manufacturing.

JDA 2018 Intelligent Manufacturing Survey

PUBLIC. Copyright 2018 Rockwell Automation, Inc. All Rights Reserved.

Creating value for your customers

Laboratory Europe. Enter Cognitive Hub. Managing complexity within the Workplace of the Future

HS2 s approach to BIM and Beyond

OCTOBER Digital Supply Networks

VIA Insights: Telcoms CONNECT to Digital Operations

Digital Transformation Built on Cloud ERP

Data will drive the future of food production

ICT in Factories of the Future

A global approach to Industry 4.0 Strategy definition & kick-off of initial workstreams. Giampaolo Burello Berlin, September 24th 2018

DIGITAL TRANSFORMATION SOLUTIONS

Strategische transformatie in de zorg door slim gebruik van data!

Modern Analytics for the Digital World. Marco Galviati Sales Director, Roma June, 2015

MachineMetrics Launches industry's first AI-driven remote machine monitoring solution for OEM s and Equipment Providers at IMTS 2018.

Realising the business value of IT optimisation and innovation

Connected Banking Through Enhanced B2B

Jean-Pierre Clamadieu. Chairman of the Executive Committee & CEO

IDC FutureScape: Worldwide Manufacturing 2018 Predictions

EDUCATION DATA GOVERNANCE MATURITY ASSESSMENT MODEL

Developing a more intelligent approach to strategic asset management

Industrial. Grundfos use case om Industry 4.0 Big Data cloud arkitektur for IIoT, predictive analytics og Rigtig Industry 4.0

Digital Disruption: Redefining Cities, Countries and Businesses

Digital in Automotive Supply Chain

data driven collaboration in automotive Stefan Schilling Principal Car IoT & Data September 2016

Digital Manufacturing Testbed: Rationale and Launch Overview. January 21, 2019 M. Ursem

The Transformative Journey to M4.0: Challenges and Opportunities

Enable Business Transformation In Banking & Financial Services Organizations through Connected Devices. Arvind Radhakrishnen.

TRACK & TRACE (SHOPFLOOR CONTROL SYSTEMS)

Business Information Service Center

Azure Marketplace. Service Definition 2018

Transcription:

Low Cost Adoption of Digital Capabilities Sameer Savani, Head of Innovation & Engineering

The Organisation ADS is the premier trade organisation advancing the UK Aerospace, Defence, Security and Space industries. Farnborough International Limited (FIL) which runs Farnborough International Airshow, is a wholly owned subsidiary.

Priorities for ADS The industries represented by ADS are vital to the UK economy and are major drivers of growth and prosperity. The following priority objectives are designed to give focus to the work ADS undertakes: Improve the image and profile of our industries Influence the policy debates of most importance to our industries Support UK manufacturing and our industries supply chains Encourage investment in technology and innovation Support business development opportunities nationally and in priority international markets Increase Member value

Why Industrial Digitalisation is important to ADS Our review identified a 17.5 billion opportunity for the aerospace sector over the next ten years through the adoption of currently known digital technologies. Of all the sectors we examined, aerospace offers the greatest potential in terms of both cost reduction and new business models.

This is what people think of as 4IR www.manufactringtomorrow.com www.aethon.com/industry-4-0-means-manufacturers/ looking through a technology lens

The technology isn t flying in formation What are you actually trying to do? What skills and processes need to be in place for the technology to work? How much better is it than what it replaces? Are you over-engineering a solution? What are the connections between? Those who pay for it Those who have to implement it? Those that benefit from it? Those that will be disrupted by it?

Industry 4.0 goes way beyond technology Data Analytics Digital-to-Physical Human-Machine Interfaces Technology Systems & Networks Security and Resilience Communication Networks Architecture and Integration ICT Services Skills and Training Competency Frameworks Digital Mindsets and Culture Attractiveness to Talent Skills & Competencies Business & Strategy New Business Models Risk Management Business Cases and Finance Business Transformation

Value Drivers Technology isn t even the starting point Servitasation Productivity Utilisation Efficiency Time-to-Market Quality Inventory and Supply Data-enabled Business Models Remote Maintenance Predictive Maintenance (Product) Robotics and Cobotics Digital and Remote Performance M gmt Virtual and Augmented Reality Flexible Manufacturing Predictive Maintenance (Factory) Smart Energy Consumption Real-time OE Optimisation Rapid prototyping and experimentation Concurrent Engineering Challenge-led Open Innovation Sensor/Data-driven Process Control Digital Quality Management Agile Batch Sizing Data-driven Demand Prediction Additive Manufacturing Technological capability levers

Risks with technology - centricity Transformation Strategy vs. Technology roadmaps Chasing the latest technology hype Numerous tactical projects of limited total-business value Bounded by a legacy systems and approaches lack of vision Myopia - cross-impacts not understood by working in silos Scope constrained by technology, not what the customer wants

Why now? Never Later Tomorrow NOW Learn Test Scale

Why now? Trends in capability Technologies are becoming far more affordable (and therefore, more available and accessible)

Why now? Trends in capability Discrete manufacturers starting to servitize powered by connectivity

Why now? Trends in capability Larger companies are already getting on board

Why now? Trends in capability Data is getting Bigger and Faster

Why now? Trends in capability Becoming increasingly affordable, available and accessible Larger companies (your customers) are doing this for themselves Data is getting Bigger and Faster; analytics is already providing actionable insights

What s Stopping Faster Adoption? Ability to invest Not knowing where it fits Awareness Time Barriers to Adoption for SMEs Legacy Trying to change the fan-belt while the engine s running Company structures Good practice left in silos Expertise

Case studies of low-cost adoption OEE (Overall Equipment Effectiveness) on a five-axis milling cell was <60% Getting to 80% would yield ~ 27,000 per machine per year Engaged with CNC Data and CNC Connect; installation of 750-1500 per machine Return on Investment was less than two weeks once additional capacity was utilized; achieved through Operator awareness Reduced setup times Improved programme performance through identifying machine stoppages

Case studies of low-cost adoption Digitally Enabled Supply Chains Enabling confidence in data Created a demonstrator to showcase capability for SMEs to understand Data precision Data accuracy Provenance and traceability Sensors calibrated by NPL Measurements traceable to national standards End-to-end at low cost Multi sensor Internet/Cloud enabled Machine Learning Introducing companies to servitisation models

Case studies of low-cost adoption Full Monty LLIVE low-cost legacy informatics for value chain equipment Bridgeport manual machine Digitally enabling a Cincinnati H5 Fitted with a full range of sensors Connected legacy machines across multiple companies Demonstrating Date validity Interoperability Trust and Cyber Security Supply chain visibility to OEMs 2x accelerometers for vibration measurement 1x thermocouple for temperature 3x Current transformer for power 1x NI 9211 for data acquisition 1x NI9230 for data acquisition 1x sbrio 9627 for edge analytics and visualisation

Case studies of low-cost adoption Distributed intelligent monitoring architecture Utilising COTS IOT technologies Easy to integrate with 3rd party systems Although this is a 2.5m programme over 3 years

Case studies of low-cost adoption Affordable digitalised energy and site management systems already available, which often deliver far more than just a reduction in energy bills. Monitor, manage and compare the performance of assets and sites, helping it to spot maintenance issues and optimise site resource Identify cost-effective opportunities for reducing energy bills You can even make money by being more flexible about the way the way you use energy

Aerospace 4.0 Establish Farnborough as the home of showcasing Aerospace 4.0 solutions Demonstrate point solutions, integration and scale up Lead the narrative on the Aerospace sector s approach to digital transformation

In Closing Industry 4.0 doesn t come in a box; different solutions will suit different companies Transformation needs to business-led and value-centric Digital is an enabler to business strategy; Technology is only part of the answer Large companies are already investing, but everyone will need to get on board Think big, start small, scale fast, act now Plenty of examples that you can touch and feel Digital transformation affects ALL parts of the business Come and find out more at Aerospace 4.0 at the Farnborough Airshow