sensor capability and opportunity
DESCRIPTION
Sensor Capability and Opportunity. David Cumming. What do we mean by “ sensor ”. Market data: Europe. 2009: $12.5B. High diversity CAGR = 6.7% Analysis considers: Field Instruments, MEMS, Personnel Protection, Motion & Position, Others Growth driven by increas ed applications - PowerPoint PPT PresentationTRANSCRIPT
Market data: Europe
2009: $12.5B2009: $12.5B
2016: $18.9B 2016: $18.9B
• High diversity• CAGR = 6.7%• Analysis considers: Field
Instruments, MEMS, Personnel Protection, Motion & Position, Others
• Growth driven by increased applications
• Global Value estimate $69B (2013)
• High diversity• CAGR = 6.7%• Analysis considers: Field
Instruments, MEMS, Personnel Protection, Motion & Position, Others
• Growth driven by increased applications
• Global Value estimate $69B (2013)
Sensor System Functional Model
Aim: to rationalise diverse subject into a coherent picture
Measurand
User (superior decision system )
A single hierarchical model defines interfaces across the system
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Sensor Element
Transductance & pre-processing
Communications and networking
Data repository
Analysis & post processing
Visualisation & presentation
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How does GU do - income
£42M research and contract income associated with staff in sensors space
£21M
External Drivers
External Market conditions: Sensors & Sensor Systems
• Market Opportunities: drug discovery; point of care diagnostics; SMART grid; offshore, renewables, oil & gas and shipping; intelligent transport; environmental; CBRNE (Defence)[SE Study 2010:PA Consulting Sensors Foresighting]
• The world-wide sensors component market is estimated to grow from its current global value of $44bn to $69.2bn by 2013 [Frost and Sullivan Sensors Market report 2009]
• The market for sensor systems is estimated to be 7 times the market for sensor components of ~$490bn[EPoSS Strategic Research Agenda 2009 – European Union Commission]
Glasgow Leadership
• The Scottish Sensor Systems Centre (S3C) responds to the Scottish Funding Council’s call for Knowledge Exchange (KE) proposals
• SFC funding of £1.2M /3 years received for terrestrial and subsea activities
• Demand identified through meetings between academic and industrial partners. A coalition of 23 contributing industrial partners has been established
• University of Glasgow is leading terrestrial work stream
A collaborative vision
Public Sector
Academia
Industry
Engagement to provide
- a link with between existing research activities
- a focus point to industry operating across the sensor value chain
- sensor test beds to allow new technologies to be fully exercised
- infrastructure locations to undertake real monitoring application development
The primary aims are to:- accelerate Innovation; provide input to research based on the needs of industry; build and maintain a community able to exploit the results
Three Case Studies
Three case studies that illustrate GU intervention
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Sensor Element
Transductance & pre-processing
Communications and networking
Data repository
Analysis & post processing
Visualisation & presentation
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The University of Glasgow Statistics Group
• The University of Glasgow Statistics group
• Spatiotemporal models to data collected in networks of sensors
• Methodology for spatiotemporal models
• Visualisation
– modelling flood risk in Scotland
– monitoring water quality and biogeochemical cycling
– modelling brain signals
– modelling air quality (and health impacts)
Nitrate in the TweedModelling River FlowMap of brain activity
Orthophosphate inEngland and Wales
Ion Sensing - Gene Sequencing
The FIRST Glasgow array
Further scale-up World’s first optics-free sequencing system
Ion Torrent Ion Torrent
Migration and scale-up
World Economic Forum
Probes for Atomic Force Microscopy
Palladium resistance thermometer• Versatile• Sensitive• Linear
Batch fabricated probes on wafer scale
A Kelvin Nanotechnology Product
GU research productised and sold through KNTGU/KNT estimated to have 95% of world-wide market
Summary
There’s no getting away from it:
“Sensors” is a complex and diverse field that means many different things to different people
The field can be rationalised as a layered “stack”
Glasgow University contributes expertise throughout the stack
There is an emerging national agenda to which we have a good fit
Glasgow University has excellent impact on sensors research and implementation