Centre for Green Electronics Prof. Jussi ParkkinenPresentation to MOHE School of Engineering November 2, 2011

Centre for Green Electronics

Prof. Jussi Parkkinen Presentation to MOHESchool of EngineeringNovember 2, 2011

GREEN means Better energy efficiency

Environmental friendlier production technology

Environmental and social sustainability

Keeping in mind the Four Pillars of National Green Technology Policy:– Energy– Environment – Economy– Social

Affects two of KeTTHA’s sectors: Energy sector and Building sector

2Centre for Green Electronics

www.TechCast.org

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Organic Farm

Green Business

Climate Control

Alternat Energy

Water Purif

Recycling

Energy & Environment

Year to break through

Exp

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fid

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Decrease Climate Change

Use of Energy

Lighting energy uses world wide

– 12 % of all energy consumption– 20 % of electricity consumption

Energy consumption in Malaysia is increasing – we need

– Increased production of energy– Modern energy efficient technologies

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M. R. Luo / Coloration Technology 127 (2011) editorial


Personal energy saving by lighting

By using energy-saving light bulbs Avoid 400kg of CO2 emissions over the lifetime of the bulb - and they last up to 10 times longer than ordinary light bulbs.

Energy efficient lighting elements

Let the light shine in!Decrease your CO2 emissions by making the most of natural light.

Intelligent lighting systems


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Project Background

Plan Why Advanced Engineering?

– Changing Economic Landscape– Competition and Malaysia’s Competitiveness– Socioeconomic Inclusion

How Monash Advanced Engineering will contribute to national development?

– Development to Malaysia’s Innovation Ecosystem– Transformation of traditional Sectors to be K-driven and Globally

Competitive – Inclusive Innovation and Socioeconomic Strategy

National Key Economic Area (NKEA) - Entry Point Projects (EPP)– 3 EPPs under Light Emitting Diode


ETP presentation for Electronics and Electrical/web page 19.10.2011

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Our target

Light Emitting Diode (LED) lighting

Mercury free Extended lifespan (10,000 hours)

Operational costs of LED lamps – 1.21 times less than fluorescent tube– 1.62 times less than compact fluorescent lamp– 6.46 times less than incandescent bulb

Political push toward LED – how to get consumer pull?

Health issues: blue light, flicker

N. Khan, N. Abas / Renewable and Sustainable Energy Reviews 15 (2011) 296–309



Expectations for SSL and OE

One of key enabling technologies for industry

The actual use of intelligent lighting in final markets is still limited, but shows a strong potential growth

LED will account for 80% of lighting sector revenues by 2020

Much is expected from OLED lighting, as this technology offers interesting characteristics on colour, energy saving and manipulation

Europe is putting much effort to OLED – need to be competitive




Technology

Needs from industry Driver (electronics controlling the LED’s) design

New material and methods for producing white light

Improving the color rendering of SSL

Increase the market pull for LED

Need for new material targeting performance enhancement

Better components, device integration and system architectures

Sustainable manufacturing methods and platforms


Intelligent lighting systems

Increase flexibility to lighting applications

Reduce costs and timescales on SSL fixture and systems level

Connect lighting to its environment and digital networks

LED lighting efficacies of 200 lumen/Watt

Adding intelligence 30 – 50 % more energy can be saved

SSL contribute to the health and well-being of the total population


LED technology Use of novel technology -> smooth lighting

Modify white light –> color rendering and avoid risks to the eye


Driver design - Electronics for the lighting system, may be comlex

- How to measure quality and durability of driver electronics


Organic Electronics

- semiconductor -> organic material

- better recyclable

- environmental friendly


Organic electronics

Conductive polymers, plastics or small molecules (carbon-based) Products are thin, cheap, lightweight, and flexible Novel sensory applications Global market value of OLAE: €1 bn 2010 - €200 bn by 2027


http://upload.wikimedia.org/wikipedia/commons/d/d8/Flexible_display.jpg

Organic LED – OLED

Possibility to large area electronics


Applications – Medicine Brain surgery


Applications Sleep and chronobiological research and applications

– Schools, car industry, . . .– Monash Australia, Harvard Medical School

Cool white keep awake, warm white before sleep – intelligent control


Automotive industry


Production Technology - Organic Electronics

- Low cost, high volume, high throughput

- Shorten the way from lab to production


Economical and Social aspects Improving public safety

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Impact to the Malaysian economy

Issues in public penetration of this new technology

- Cost of lighting, well being, recyclability, political decisions


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The Project

Materials and Organic Electronics Intelligent Lighting

Driver Design

Novel Applications

Production technology

ENERGY EFFICIENCY SOCIOECONOMIC INCLUSION

ENVIRONMENTAL SUSTAINABILITY

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Cooperation ECSE, Chemical Eng, Mechanical Eng, Mechatronics Eng

Multidisciplinary project with all Schools at Sunway Campus

Malaysia:

– USM• Nano-Optoelectronics Research and Technology Laboratory• Dr Ng Sha Shiong

– UKM• Institute of Microengineering and Nanoelectronics (IMEN)

– Organics and Printed Electronics Group

– Research institutes: MIMOSA – searching common topical field– industry DSEM, ItraMAS, LEDVision, QAV Technologies


International cooperation


Infrastructure at Monash

- Basic infrastructure at Monash Sunway - Scanning Electron Microscopy (SEM)

- Access to Monash University Australia


Access to Infrastructure from leading centres of excellence

Nano-optics lab & clean room, UEF, Finland

Spectral color science lab, UEF, Finland

Visual Perception and Cognition lab,

TUT, Japan

Waterloo Institute for Nanotechnology, UoW, Canada


Infrastructure to build Organic electronics lab, clean room

Lighting lab

Photonics lab

Electronics design lab


PeopleChief of Program

Professor Jussi Parkkinen

- 75 articles in scientific journals and book chapters

- over 130 conference articles

- supervised 20 PhD and 90 MSc theses

- leader of a number of academic and university – industry cooperative research projects and consulted with Nokia, Finland; DENSO, Japan; Samsung, Korea; UPM, Finland; WinGlobal, Taiwan, etc.

- two university spin-off companies founded from his research laboratory

- experience on academic leadership from all levels up to DVC

- Fellow of the International Association for Pattern Recognition34Centre for Green Electronics

PeopleProject leader Intelligent SSL

Dr. Kuang Ye Chow, Senior Lecturer

- 10 international journal and 36 international conference articles

- wide experience in industrial cooperation in Malaysia, Western Digital, Texas Instruments, Elid, Flextronics, British Telecom Multimedia, etc.

- since 2006 continuous flow of research grants both Malaysian and abroad

- several awards and distinctions from Malaysia and abroad


PeopleProject leader Organic Electronics

Dr. Chai Siang Piao, Senior Lecturer

- 44 scientific journal and 19 int’l conference articles, 2 patents

- Research Strength Leader for Chemical and Sustainable Process Engineering (CSPE), MONASH University

- Visiting researcher INSD-institute, Osaka University, 2010

- editorial board member, International Journal of Technology and Applied Science (IJTAS)

- PhD and MSc student supervision

- since 2003 continuous flow of research grants

- several awards and distinctions from Malaysia and abroad


PeopleProject leader Driver design

Dr. Tan Chee Pin, Deputy Head of School (Research)

- 18 scientific journal, 37 int’l conference articles, 1 book, 4 book chapters

- MOHE, Fundamental Research Grant Scheme grant 2010

- Associate Editor for American Control Conference 2012

- peer reviewer for scientific journals

- PhD and MSc student supervision

- several awards and prizes


Some awards obtained by project leaders 2010 Pro-Vice-Chancellor's Award for Excellence in Services (Dr Kuang)

2007 ASEAN Virtual Instrumentation Applications Contest Honorary Mentions (Dr Kuang)

2000 Best Overall Performance Award from the Department of Electrical Engineering, University of Southampton (Dr Kuang)

2010 PVC’s Award – Research category (Dr Chai)

2009 Gold Medal: International Trade Fair – Ideas-Inventions-New Products – Nuremberg (iENA) (Dr Chai)

2005 Gold Medal: 33rd International Exhibition of Invention, New Techniques and Products of Geneva (Dr Chai)

2006 Pro-Vice-Chancellor’s Award for Distinguished Teaching (Dr Tan)

2007 Pro-Vice-Chancellor’s Award for Research Excellence by Early Career Researchers (Dr Tan)

28th February 2011Presentation title 38

People Professor Gamini Herath, School of Business

Dr. Joel D. Moore, School of Arts and Social Sciences

Dr. Saravanan Muniyandy, School of Medicine

Dr. Simon Eggert, School of Information Technology


International collaborationSpectral Color Science lab

University of Eastern Finland, Finland

Professor Timo Jaaskelainen

- over 150 refereed scientific articles

- member of EU Photonics 21 foresight group, member of Finnish Academy of Science and Letters

- led a number of university – industry cooperation projects with Nokia, paper industry, lighting industry, etc.

- consulting several companies, founder of five university spin-off companies, Chair of the Board at Nanocomp Ltd

- Will visit Sunway campus in December


International collaborationNano-optics lab & clean room

University of Eastern Finland, Finland

Professor Jari Turunen

- 228 international journal articles, 2 books, 25 invited papers and presentations, 13 edited volumes and feature issues

- Fellow of the European Optical Society, Topical Editor JOSA A, program chair in several optics conferences

- founder of two university spin-off company


International collaborationVisual Perception and Cognition lab

Toyohashi University of Technology, Japan

Professor Shigeki Nakauchi

- > 120 refereed scientific publications

- led a number of university – industry cooperative projects with Hamamatsu Group, Sumitomo Electric, etc.

- Head of VPAC laboratory and Advisor to the President of TUT

- Will visit Sunway Campus in February


International collaborationHubert Curien Lab

University of St Etienne, France

Professor Alain Trémeau

- (since 2005) 32 int’l scientific articles

- invited presentations in international scientific and educational events

- Head of research team: Color Content-Aware Image Processing

- Leader of the EU Erasmus Mundus international MSc program, CIMET

- several years experience of teaching in international settings

- Supervised a number of PhD students, also internationally cotutelle

- Will visit Sunway Campus first half 2012


International collaborationUniversity of Waterloo, Canada

Waterloo Institute for Nanotechnology, Department of Chemical Eng

Professor Michael KC Tam

- more than 200 scientific journal articles

- research interest e.g. nano-structured systems from templating process, associative polymers for environmentally friendly coatings, and microscopic and macroscopic properties of self-assembly systems

- Adjunct Professor at the Monash University Sunway Campus


Outcome Centre of Green Electronics, which brings excellence in research and

teaching and is a key player in the innovation ecosystem on SSL and OE

Knowledge sharing– Development of student internship and industrial placement

knowledge sharing– R&D workshop – a multidisciplinary unit, problems from industry

Co-operation and collaboration with leading international centres of excellence in the field (partner in EU funded CIMET program)

Curriculum will educate needed experts for industry in SSL and OE

Special courses for people in industry


Outcome Educated and skilled R&D personnel to the SSL and OE industry

Monash Sunway is investing to improve HDR education

In year 2011 since January 1st, the number of HDR students on Monash Sunway have increased as follows

• MSc students 13 -> 20• PhD students 11 -> 20

Projected numbers for MSc- and PhD-students in the project are

2012 2013 2014 2015 2016 20172018

MSc 8 15 15 15 15 15 15PhD 15 32 55 55 53 45 45


An example or recent outcomes Since 2007 Dr Chai has over 30 scientific journal articles on carbon

nanotubes. As consequence of this research:

– Gold Medal International Trade Fair – Ideas-Inventions-New Products Nuremberg (iENA) 2009: Cost effect production of high quality multi-walled carbon nanotubes

– Patent: Abdul Rahman Mohamed and Siang-Piao Chai. A Process for Producing Carbon Nanotubes (CNTs). (International publication number: WO 2010/059027 A2). (PCT application) public May 2010

– Effect to education: Final Year Projects and lectures on CHE2165 – Bio-Nano Engineering


An example or recent outcomes Dr Kuang has an extensive experience of cooperation with Malaysian

companies. As influence of this to research and teaching– M.S.Ong, Y.C.Kuang, P.S.Liam, M.P-L.Ooi: Multisine with Optimal Phase-Space Uniformity for

ADC Testing. IEEE Transactions on Instrumentation and Measurement (in press)

– M.P.-L.Ooi, E. K.J.Sim, Y.C.K.uang, S.Demidenko, L.Kleeman, C. Chan: Getting More from the Semiconductor Test: Data Mining with Defect Cluster Extraction. IEEE Transactions on Instrumentation and Measurement, Vol. 60(10), p3300-3317, 2011

– M.S.Ong, Y.C.Kuang, M.P-L.Ooi, S.Demidenko, P.S.Liam: Optimal Dual-Tone Frequency Selection Algorithm for ADC Frequency Domain Dynamic Tests. IEEE Transactions on Instrumentation and Measurement, Vol. 60(5), p1533-1545, 2011

– Supervision: MEngSc (research) Optimal Excitation Signal Design for ADC Testing, 2011

– Lectures ECE4033 – Industrial instrumentation and measurement technologies


Socio-economic implications

• This research project on lighting will generate

• Energy benefits • a. generate efficient lighting • b. minimize energy use in lighting)• Economic benefits • a. lower costs of energy to in the residential and infrastructure

sector in Malaysia • b. increase efficiency of business and profitability of industry • c. create market potential nationally and globally


Socio-economic implications

• Social benefits a. improve lighting in streets can reduce crime rateb. improve quality of life of householders c. improve accessibility to cheaper energy sources to

poorer sectors of the Malaysian community

• Environmental benefits

a. energy saving b. reduced gas emissions c. enhanced shelf life of energy equipment


Summary Novel Technology and Engineering form the core of the Centre

Will be organized to support whole innovation ecosystem

Encourage spin-off’s and SME’s

Socioeconomical inclusion an important viewpoint

Two steps

– Short term: develop and use the current technology efficiently

– Long term: develop new organic technology for Solid State Lighting and organic electronics


Documents

Centre for Green Electronics Prof. Jussi ParkkinenPresentation to MOHE School of Engineering November 2, 2011