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Editors

  • Ernst Max Nielsen
    Max has worked 20+ years with TT as owner, manager, director and /or board member in both small and large companies, comprising TT consulting, high-tech startups, international groups – in USA, Russia, UK, Belgium, Hungary and his native Denmark. Max operates as a business angel investor.

Big Blue Brainstorm

I fancy collective brainstorming, but this is just more than I can grasp! Wow. This is IBM's own explanation Click

Among the many forms of online collaboration that have been part of IBM's On Demand Workplace for years — from communities of interest, to teamrooms, to instant messaging and more — one has emerged recently that uses threaded discussions, an idea-rating system, and equal access for employees to enable large-scale, enterprisewide discussion, collaboration and decision making. We call these events "jams," and they are to traditional forms of culture change what jazz improvisation is to musical notation.

Big Blue Brainstorm: "IBM is putting some 100,000 heads together for an online Innovation Jam

"

(Via BusinessWeek Online -- Innovation & Design.)

Business Week: Past Knowledge Economy

New is: CREATIVITY ECONOMY. BW HAS LAUNCHED A Newsletter called Innovation Insider and a dedicated to covering the next generation of "hype" "economies": introducing the CREATIVITY ECONOMY: QUOTE Listen closely. There's a new conversation under way across America that may well change your future. If you work for Procter & Gamble Co. (PG ) or General Electric Co. (GE ), you already know what's going on. If you don't, you might want to stop what you're doing and consider this: Advertisement The Knowledge Economy as we know it is being eclipsed by something new -- call it the Creativity Economy. Even as policymakers and pundits wring their hands over the outsourcing of engineering, software writing, accounting, and myriad other high-tech, high-end service jobs -- not to mention the move of manufacturing to Asia -- U.S. companies are evolving to the next level of economic activity. What was once central to corporations -- price, quality, and much of the left-brain, digitized analytical work associated with knowledge -- is fast being shipped off to lower-paid, highly trained Chinese and Indians, as well as Hungarians, Czechs, and Russians. Increasingly, the new core competence is creativity -- the right-brain stuff that smart companies are now harnessing to generate top-line growth. The game is changing. It isn't just about math and science anymore. It's about creativity, imagination, and, above all, innovation.UNQUOTE

Welcome to Tauno Kekäle

Tauno Kekäle has joined TII Journal's editorial group. Here is Tauno's greeting to you - and a smashing photo:
"I have currently been working as the professor of product development and innovation at the University of Vaasa for three years. The region of Vaasa is quite entrepreneurial but the innovation activity is mostly in the hands of big, mostly energy-related, companies. Thus, my main interest is to awaken people to the possibilities of doing also something else than just becoming a supplier of simple parts to these big companies, to become interested in the possibilities of technology research and the opportunities in new markets. During the about 25 years of my work experience I have also been heading a product development department of a medium-sized company, training and consulting SMEs in quality manaqement and start-ups in the practicalities of running a business, attempting to sell university research services to companies, and researching and writing technology policy papers and evaluating technology programmes. I am not the current world leader or guru in any of these areas, but may have the width of TT experience, contacts, and real interest in the area that may help just You, dear reader."Taunopisa

TII Summer School

TII SUMMER SCHOOL
This year's summer school, will take place from 11 to 15 September in the south-eastern Hungarian city of Szeged. This is the association's flagship training event which brings together in a one-week programme 5 stand-alone training workshops covering different aspects of managing the innovation and research exploitation process, taught by practitioners for practitioners.

The subjects being covered this year are:

Day 1: An Introduction to Innovation Management
Day 2: Making the Business Case for Technology Opportunities
Day 3: The Commercialization of a Knowledge-Intensive Business Idea
Day 4: Building Success in International Project Management
Day 5: Marketing Scientific Results and Services in a Turbulent Environment - What is Really Working in Technology Marketing and Commercialization Today?


Our trainers, who come from Austria, Denmark, the Netherlands, Belgium and Australia are all seasoned professionals who are well placed to share their in-depth, practical experience of their subject with the participants. The workshops offer a lively mix of theory and practice delivered via presentations, case studies and group work, all in a relaxed, multi-cultural training environment.

This year, we have chosen the beautiful spa city of Szeged in south-eastern Hungary as our venue; often referred to as the City of Sunshine. The city is the cultural and economic centre of the Great Plain region and a thriving university town.

Interested in participating? Read more Click to see the details

Search Engine and Matchmaking event shapes new NANO future for corporate business

Ernst Max Nielsen writes:
One of my heroes is Jacob Bar, who has developed the world's best search engine ((Click to test)  for technology transfer professionals. JBEngine lives up my criteria, Click here to read more)

This case is about a global Aerospace development and manufacturing company with a turnover of more than 1$ Billion. Read on and download the pdf file to see how Jacob used his tool to change the thinking of this corporate company.

The company expressed interest in learning how to integrate nanotechnology applications into their products and manufacturing processes in order to enhance their competitiveness in the global market.

In spite of the fact that the company had began to study the field of nanotechnology they admitted that they were unsure of how to get real benefit from nanotech and how to push it downstream into their process and end products.

The company's senior technical management requested from Jacob Bar to provide them with a reiew of relevant nanotechnology providers in the market.

As a suggestion to help them move forward more quickly and effectively, Jacob proposed to go one step further beforehand by having them define technological problem areas and  actively seeking solutions form organizations having relevant technology and capabilities in the nano arena.

As such, it was proposed to hold an event using a method called "Problem Solving Matchmaking".

Download pdf file about the event.

Base innovation stagnation combat on 10 global trends

IMPORTANT REMINDER

Base innovation stagnation combat on 10 global trends: "

In her latest article Stephanie N. Mehta, FORTUNE senior writer on June 29 2006 is referring to Diana Farrell, director of McKinsey Global Institute, McKinsey & Co,’s economic think tank. Farell says her firm has seen the phenomenon of innovation stagnation all too often. To help business leaders combat innovation stagnation, she’s assembled a list of ten trends that every businessperson needs to think about — and if he’s bright, he’ll figure out innovative ways to capitalize on these trends.

The trends were thought-provoking enough that it was decided to provide you with a crib sheet of all ten ideas. Now get innovating - before some other guy does.

  1. Centres of economic activity are shifting.
  2. The public sector is overburdened.
  3. New consumers are coming.
  4. People lead social lives in a technologically connected world.
  5. Watch for turbulent tides of talent.
  6. The free market has a social cost.
  7. Limited resources, unlimited demand.
  8. New global industry structures are taking hold.
  9. A new science of management will emerge.
  10. A new economics of knowledge will evolve.

Related sources

http://money.cnn.com/2006/06/29/magazines/fortune/pluggedin.fortune

"

(Via URENIO Portal: Innovation, Environments of Innovation, Intelligent Cities and Regions.)

Nine Patent Tools for you....

Extremely interesting set of tools for the IP manager

Nine Patent Tools for you....: "

PatTools.com has nine different patent tools available which my readers may enjoy:

Claim Chart Generator (for issued patents and patent applications) This tool automatically creates a claim chart template for your use. The Claim Chart Generator includes multiple options for formatting the claim chart including the number of columns in the chart and page orientation. The Claim Chart Generator can also generate charts for specific patent claims, all claims, or all independent claims.

Patent Navigator This tool automatically creates a web page containing a patent and provides options to view the entire patent or to view only portions of a patent. Options include viewing only high-level information regarding a patent (such as the only the title, abstract, and other information commonly found on the front page) and/or only the independent claims. Great for quickly reviewing patents at a very high level.

Independent Claim Comparison Chart Generator This tool automatically creates a claim chart with all of the independent claims side-by-side for your use. Very useful for comparing independent claims and identifying similarities (or differences) between independent claims. Claim Tree Generator This tool automatically creates a tree of all claims for your convenience. The tree provides the user with a quick view of the dependencies for all claims in a patent.

Patent Information Table Generator This tool creates a table of various information fields for multiple patents. Some examples of supported information fields include title, filing date, and inventors. This may be one of the most useful tools when creating reports.

Patent-to-PDF Generator (NEW!) This tool automatically creates a PDF of a US patent. Unlike other online tools which may cost money, image-only PDFs of US patents are free! For a nominal fee, you can also have the patent OCR'd so that it is text searchable!

USPTO Patent Link Generator This tool automatically creates hyperlinks to any patent numbers you provide. Useful for inserting into documents and spreadsheets where you want your patent numbers to hyperlink to the USPTO website.

Search Assignment Tool (NEW!) This tool creates a report of all assignment information retrieved from the Assignment Database search on the USPTO website. Huge timesaver when there are a lot of results.

Patent Summary This tool automatically creates a web page containing high-level patent information for any number of supplied patents. The high-level information includes abstract, inventorship and priority information, and the claims. Great for quickly reviewing a large number of patents at a very high level.

Other such tools can be found at the bottom of my patent downloading guide.

"

(Via The Invent Blog :: Patent Blog of Patent Attorney / Patent Lawyer Stephen M. Nipper.)

Understanding Knowledge-Driven Cities

Understanding Knowledge-Driven Cities: "

‘Ideopolis – Knowledge City-regions’ is the culmination of a year-long research project involving in depth studies of ten UK and four international cities. Key to the success of an Ideopolis is ‘knowledge intensity’ – the number of knowledge industries and knowledge workers within a city and its surrounding region.

The Work Foundation’s research has found that the UK is on the way to developing a collection of vibrant, sustainable knowledge cities that are driving economic development in their regions. London and Edinburgh have been identified as Ideopolises – cities that have adapted most rapidly to the demands of the knowledge economy – with Manchester, Bristol, Glasgow and Newcastle fast catching up.

Alexandra Jones, Ideopolis Project Director at The Work Foundation said:

A small number of cities are at the cutting edge of the knowledge economy and are hugely attractive as places to do business, live and work. Other cities must learn from their success.

The Work Foundation’s research gives a framework for cities, businesses, universities and other stakeholders in a region to work together to increase knowledge intensity. It can help cities evaluate their strengths and weaknesses, and assess how close they are to becoming an Ideopolis.

An Ideopolis is a sustainable knowledge city that drives economic success in the wider city-region. It has:

  • High levels of economic success.
  • High levels of knowledge intensity.
  • A diverse industry base including distinctive specialist niches.
  • A university that has a mutually beneficial relationship with the city. This leads to industries based on research strengths, knowledge transfer to businesses and the retention of graduates.
  • Strong communications infrastructure and good transport links within the city and to other cities.
  • Distinctive long-term ‘knowledge city’ offer to investors and individuals alike.
  • Strategies to ensure that deprived communities also benefit from the economic success associated with knowledge.

The nine drivers of an Ideopolis are:

       
  1. An appropriate physical knowledge city.
  2.    
  3. Path dependency – building on what’s already there.
  4.    
  5. A diverse industry base including distinctive specialist niches.
  6.    
  7. High skill organisations.
  8.    
  9. A vibrant education sector embedded in community and economy.
  10.    
  11. A distinctive ‘knowledge city’ offer.
  12.    
  13. Strong connectivity within and outside the city-region.
  14.    
  15. Strong leadership around the vision of a knowledge city, supported by networks and partnerships.
  16.    
  17. Community investment.

To assess each city’s status as an Ideopolis researchers used data from a variety of government sources to measure:

  • Knowledge intensity – using OECD and The Work Foundation’s own definitions.
  • Economic output – measured as Gross Value Added (GVA).
  • Quality of life – using the 2004 index of multiple deprivation and using The Work Foundation’s quality of life index.

The Work Foundation is an independent, not-for-dividend, evidence-based research organisation and consultancy. It exists to inspire and deliver improvements to performance through improving the quality of working life.

Sources

"

(Via URENIO Portal: Innovation, Environments of Innovation, Intelligent Cities and Regions.)

The Business Leadership Forum: A Variety of Innovation Styles

Irving Wladawsky-Berger of IBM reports from the IBM Rome Business Leadership Forum in April 2006

The Business Leadership Forum: A Variety of Innovation Styles: "

Earlier in April I participated in IBM's 2006 Business Leadership Forum (BLF).  The forum included several hundred leaders of industry, government and academia from over 50 countries who gathered in Rome for two days of discussions about the challenges and opportunities facing business in the 21st century.  This is the fourth such forum we have held and the first global one.  In 2003, our first BLF in San Francisco began a dialogue on the proper business strategies to pursue in the wake of the dot-com implosion.  In 2004 and 2005, we held regional forums in Paris and Shanghai respectively.  Having learned from these earlier forums that business issues in each region are not dramatically different, we decided that for 2006 the BLF would include participants from around the world. 

I found the presentations and panels over the two days of the Rome BLF fascinating.  It was not just the content; it was also the different leadership styles and approaches to innovation represented by the speakers.  Let me talk about a few of them.

Sam Palmisano

IBM Chairman and CEO Sam Palmisano opened the forum by observing that innovation is an imperative for anyone wanting to differentiate their companies and avoid competing solely on costs in a crowded, commoditized marketplace.  He talked about some of the powerful forces driving innovation in business.  First, he told the audience that one unavoidable fact of which all should be aware is that globalization is inevitable and that the world as a result is becoming more integrated.  He then linked globalization to economic expansion and, in particular, to the growing percentage of worldwide GDP coming from emerging markets -- especially China and India where a young, vibrant, talented set of professionals is eagerly entering the global economy. 

Sam then talked about the unpredictable environment we have been living in for the past few years, and the difficulty in planning due to the rate and pace of change inspired by geopolitical and security issues,  economic fluctuations, market bubbles and what have you.  As a result, business models are being furiously challenged by world events beyond their control and occurring anywhere, which in today's integrated environment will have a rippling effect across the globe. 

In such an environment, Sam went on to say, a business has only a couple of choices.  It can hunker down and try to ride out the changes, hoping things will return to the more stable world of the past; or it can create a strategy and a set of business models that allow the business to thrive and be successful in the face of the realities of this emerging world -- in other words, embrace innovation across the business. 

John Browne

BP Group Chief Executive John Browne spoke next.  (By the way, for the last few years I have been a member of BP's Technology Advisory Council.)  Lord Browne said that innovation was all about organizing the business in ways that allow people to explore possibilities and take risks confidently.  Innovation, in his opinion, is part of the process of anticipating and responding to changing needs and, since human needs are constantly evolving, innovation is the key to the long-term competitive success of any business.  He went on to talk about innovation in the energy business, summarizing its key challenges as enhancing energy security by finding reliable supplies of energy, and addressing climate change concerns by reducing the environmental impact of energy production and use.

Lord Browne then talked about some of BP's efforts in these areas.  For example, the amount of oil typically recovered from a field is a bit over 50 percent, up from around 25 - 30 percent when he first joined the industry forty years ago.  He believes oil recovery can be driven beyond sixty percent through advanced simulations that convey a better idea of where the oil is, and advanced technologies like horizontal drilling to get at it.  He talked about some very exciting pilot projects BP has under way in Scotland and California to produce clean, carbon-free electricity through a technology called carbon sequestration which extracts carbon from hydrocarbons and buries it in an existing oil or gas field.  Finally, he briefly mentioned some of the newer, riskier projects in search of greener and renewable energy sources, such as crops that produce plentiful, clean energy.

Lord Browne made several comments about the issues surrounding climate change that I found particularly compelling.  He acknowledged that there are multiple points of view in this area:  ‘The science of climate change is still provisional.  But then, all science is provisional,’ and then added ‘What seems clear is that we can't ignore the mounting evidence.  And no business whose purpose is to supply energy sustainably can turn away from the challenge or pretend it's someone else's problem.’  Later on in his talk he said ‘. . . innovation can help provide answers and help us to escape from the sense of fatalism which starts from a belief that climate change is such a huge global problem that there's nothing that can be done about it.  That is wrong.  There are lots of things that can be done.’

Sunil Mittal

BP and IBM are very good examples of well established, multi-national companies looking to transform themselves through innovation.  A very different innovation story is that of Bharti Enterprises, India's leading telecom conglomerate.  Sunil Mittal, Bharti's Chairman and Group Managing Director talked about the major challenges Bharti has faced over the last few years as India navigates some turbulent waters.  He explained that, with India's annual per capita income only a bit over $600, cellular phone service has to be provided for the Indian market at a very low price, around 2 cents a minute or less.  The only way to provide telecom services so inexpensively and run a profitable business is to take advantage of India’s large population and economic growth, scaling up the business rapidly by adding many new customers every month.   

To do this, Sunil Mittal had to develop a radically innovative business model:  focus only on the customers and outsource just about everything else.  In other words, put all the energy of the business into attracting, supporting and retaining customers and accept the fact that pretty much everything else has been commoditized and should be outsourced, including managing all the IT equipment and the network.  He said there was a lot of resistance to this strategy.  People were calling him from around the world saying that IT and the network were the heart of a telecom company.  ‘You cannot give your heart away and then run a business’, they said to him. 

Mittal begged to differ, saying the customer, not the technology, was at the heart of his business and then proceeded to implement the strategy.  He further confounded everyone by not picking Indian companies as his outsourcing partners, choosing instead IBM to run IT and Nokia and Ericsson to run the network, because he wanted highly experienced, international companies that could keep up with the torrid pace of Bharti’s growth. Today, Bharti is one of the top five companies in India, and Mittal’s vision for it is to be India’s most admired brand by 2010.   

Linus Torvalds

Linus Torvalds represents a totally different innovation leadership style.  At the BLF I introduced him by reminding the audience that a community of the best and brightest programmers around the world is developing Linux, and that in my opinion the Linux community works so well and has been so productive because of Linus' creativity certainly, but also his leadership qualities. 

Linus told the audience that he was primarily an engineer, not at all a visionary leader, and that he spent all his energies focusing on the problems right in front of him.  He talked about how Linux is organized and explained that it has no central authority at all - a phenomenon he attributed to his inability to be a great leader.  Instead, Linux has a distributed decision-making process in which different people decide which ideas they will accept from contributors all around the world.  He answered a question as to how the different people who make decisions in the Linux community are picked, and replied that it was all based on trust and connections.  There is a built-in mechanism that allows good people automatically to strengthen their own connections to everyone else through a combination of good technical and communication skills. 

Linus also explained why people would spend so much of their time on a volunteer project like Linux with no immediate financial gain.  As an engineer, he said, there is no better feeling than solving a problem that has bedeviled you for days.  Suddenly a light goes on, and you get the rush of having finally solved it.  In the end, he said, a lot of technical people find solving such technical problems very satisfying, and that is why they do it.

I stand by the words I used to introduce Linus Torvalds – he is indeed a very good and innovative leader, with his own unique style that has proved tremendously effective in leading one of the most powerful forces in IT today. 

Tom Friedman

Let me close with an observation made by Tom Friedman, best-selling author of ‘The World is Flat’.  He addressed the Rome Business Leadership Forum on tape and succinctly captured the necessity of everyone’s paying close attention to innovation.

'When the world is flat, whatever can be done will be done.  Pay attention to that.  Whatever the technology empowers and enables, whatever can be done will be done.

There's only one question left: will it be done by you or to you?  And that is really the challenge for every company.  You've got to understand and identify what the tools out there will enable you or your competitors to do, and you've got to do it before your competitors.

And that takes an innovative flare.'

So, what did I learn from the various talks and panels at the Business Leadership Forum.  One lesson is that no one approach to innovation and innovation leadership is best; rather, different approaches will work best in different situations and for different individuals. 

Another is that the era of competing to be the best is no longer enough; we are entering an era where we are competing to be unique.  And while in principle being the best is a zero sum game, different people and companies can each be unique in their own innovation style.   

"

(Via Irving Wladawsky-Berger.)

The World's Most Innovative Companies according to BUSINESS WEEK

READ this interesting article. There is a summary in Podcast format as well.

The World’s Most Innovative Companies: "To discover which companies innovate best — and why — BusinessWeek joined with The Boston Consulting Group to produce their second annual ranking of the 25 most innovative companies. More than 1,000 senior managers responded to the global survey, making it their deepest management survey to date on this critical issue. Today, innovation is about much more than new products. It is about reinventing business processes and building entirely new markets that meet untapped customer needs. Most important, as the Internet and globalization widen the pool of new ideas, it’s about selecting and executing the right ideas and bringing them to market in record time. The new ranking has companies evoking all types of innovation. There are technology innovators, such as BlackBerry maker and newcomer Research In Motion Ltd., which makes its debut on the list at No. 24. There are business model innovators, such as No. 11 Virgin Group Ltd., which applies its hip lifestyle brand to ho-hum operations such as airlines, financial services, and even health insurance. Process innovators are there, too: Rounding out the ranking is Southwest Airlines Co. at No. 25, a whiz at wielding operational improvements to outfly its competitors. At the top of the list are the masters of many genres of innovation. Take Apple Computer Inc., once again the creative king. To launch the iPod, says innovation consultant Larry Keeley of Doblin Inc., Apple used no fewer than seven types of innovation. They included networking (a novel agreement among music companies to sell their songs online), business model (songs sold for a buck each online), and branding (how cool are those white ear buds and wires?). Consumers love the ease and feel of the iPod, but it is the simplicity of the iTunes software platform that turned a great MP3 player into a revenue-gushing phenomenon. Charts: Laurel Daunis-Allen/BW The BusinessWeek-BCG survey is more than just a Who’s Who list of innovators. It also focuses on the major obstacles to innovation that executives face today. While 72% of the senior executives in the survey named innovation as one of their top three priorities, almost half said they were dissatisfied with the returns on their investments in that area."

(Via URENIO Portal: Innovation, Environments of Innovation, Intelligent Cities and Regions.)

Innovation is the "yin" to globalization's "yang"

YET ANOTHER INPUT FOR THE TII ANNUAL CONFERENCE 2006, NEXT WEEK

Innovation is the "yin" to globalization's "yang": "

Yin Yang building.gif

Frank Gens of IDC has written a great summary of the debate over innovation that recently took place at IBM's Business Leadership Forum in Rome. In his blog post, Frank addresses two 'nagging' questions about innovation, including one that was on the mind of nearly every business executive at the IBM event:  'Is innovation really as big a deal as IBM (and many other IT vendors) are making of it, or is it just the latest empty buzzword, destined to fade away in 18-24 months?'

The answer, not surprisingly, is that innovation really is a big deal, thanks primarily to the forces of globalization. Frank explains why:

'Why is the subject of innovation so important to business leaders?   The most obvious and powerful reason is globalization.  There is a direct linkage between the pressures of globalization and the urgent need for innovation, and this was right on display throughout the IBM event: from author Tom Friedman’s comments about the 'flattening world', right through to former EC Commissioner Mario Monti’s comments about the urgent need for structural reform in the Eurozone’s three largest countries...

Our research and others’ (including IBM’s recent CEO survey) show that innovation is seen by CEOs as a critical countermeasure to the growing pressures of globalization.  At IDC, we think of innovation as the 'yin' to the 'yang' of globalization: they have a strong positive-feedback relationship, with globalization fueling the need to innovate, and innovative companies being able to create value by leveraging globalization.  As I said at IDC Directions: 'Innovation is moving up the CEO’s agenda, and it will stay there as long as globalization is an issue - which will be for quite a while to come.'

Tags:    

[Image: The Yin Yang Building]

"

(Via Business Innovation 2005.)

Globalisation debate at TII 2006 Annual Conference

More details at tii.org
Globalisation Theme
Workshop 3:  Technology for International Development Speaker: Tony Marjoram, UNESCO Title: Eight goals for reducing global inequality
Facilitator: Max Nielsen, MaxInno Reporter:    To be decided
This workshop will consider how innovation and technology can help solve worldwide problems such as poverty reduction, sustainability, fair trade, labour mobility and technology transfer. The speaker is an expert on international development and a member of the UN Task Force that produced the recent report on Millenium Development Goals (MDGs) to be achieved by 2015.
1. Current  situation:    poverty, insecurity, degredation etc
2. What we want:    fairer, more effective global economy
3. How we achieve it:    methods, partnerships and resources.

Workshop 4 :  Innovation and Global Competitiveness
Speaker: Guy Cloutier, Hicom International Title: Creativity – the Power of the Future
Facilitator: Tim Janis
Reporter:     To be decided 
This workshop will consider how innovation and creativity can be used as a strategy to offset the challenge of low-wage economies by gaining competitive edge from unique products and services. The speaker is well known for his publications, ‘Power of Future’ and ‘The Golden Rules’ and was the founder of an international trading house exporting inventions around the world.
1. Current situation:    losing out to low wage economies
2. What we want:    to lead the world in new ideas   
3. How we achieve it:    by stimulating innovation/creativity, developing unique products etc. 

TII Annual Conference 2006: Technology Theme

We now have more information on the workshops at the TII 2006 ANNUAL CONFERENCE, visit TII 2006 ANNUAL CONFERENCE
Technology Theme Workshop 1:  Managing Technology and Intellectual Property Speaker: Andrea di Anselmo, META Consulting Title: To be decided Facilitator: Thomas Gering , Intellectual Asset Management Corporation Reporter: To be decided  This workshop will exchange best practice about technology exploitation including the specialist skills are needed for technical, financial and market due diligence. How is it best to protect IPR and advise those taking part in spin-outs and joint ventures? The speaker is director of a high-tech consultancy in Umbria whilst the facilitator formerly ran a company for commercialising research outputs from the Fraunhofer network in Germany.    1. Current situation: Not enough high tech SMEs 2. What we want: Increased IPR production/conversion 3. How we achieve it: Specialist skills, clusters, supply chains  
Workshop Topic 2 :   Impact of R&D on the Regional Economy Speaker: Leda Bologni, Aster Title: Implementing the Knowledge Economy Facilitator:Hans Rijckenberg, Sapience Reporter: To be decided  This workshop will discuss the critical connection between R&D and regional competitiveness.  How can Regional Economic and Innovation strategies help to implement the knowledge economy. What interventions work and how will this help EU enlargement process. The speaker works for a major economic development agency in Bologna and is leading a large EU funded project, called ERAIN, on the subject. 1. Current situation Low investment in R&D in EU regions 2. What we want A knowledge based regional economy 3. How we achieve it Market orientation of R&D, benchmarking funding for university-industry projects and supporting new jobs in R

Innovation in the 21st Century

2006 TII Annual Conference “Innovation in the 21st Century” will put the spotlight on three major issues on today’s innovation agenda, namely foresight, technology and globalisation .
These recurring themes will be featured in plenary session presentations by senior policy makers, top industrialists and leading-edge researchers, and will form the basis for in-depth reflection and discussion in the parallel working group sessions.
A point-and-counterpoint debate will likewise focus on the same three themes. Through this two-day programme of researched inputs, discussion and exchange, delegates will receive some rich and varied insights into the innovation challenges of the 21st century.
Members, participants, others are invited to write articles about and/comment on other articles concerned with the topics of the Conference. For instance, you could comment upon the items listed below.
Exemplar topics: View 1: Universities and academic research are now at the heart of regional economic success. True, false or what can be done?
View 2: Exporting production to low-wage economies is a positive influence and should be encouraged. True, false or what can be done?
View 3: Foresight has proved itself as a highly practical technique for increasing competitiveness. True, false or what can be done?

Michael Osofsky on Innovation

Michael Osofsky on Innovation: " BlogThis! Michael Osofsky on Innovation Michael Osofsky's musings on innovation, practice and theory. Wednesday, March 15, 2006 Definition of Technology Debate There is a great debate raging on the MINT mailing list about the definition of technology. Here were my two cents: I’m in the camp of people who think technology is an application of knowledge. The way I see it, our scientists investigate natural phenomena; they seek to understand causes and effects in nature. Then engineers come along and exploit this knowledge to solve problems. Whatever they build to exploit the knowledge is what I call technology. To apply the scientific knowledge, engineers look at what effects they’d like to produce in order to cause the problems to go away. Then they look for scientific knowledge for producing the desired effect. They see what causes they need to create artificially to produce the desired effect and they make it so, producing technology. posted by Michael Osofsky at 11:15 PM Comments"

(Via .)

Research spin-offs as an engine for innovative...

Research spin-offs as an engine for innovative...: "Research spin-offs as an engine for innovative companies"

(Via CORDIS Express.)

Correlations between design maturity, leadership maturity, and innovation

Correlations between design maturity, leadership maturity, and innovation: "

Jess McMullin's design maturity continuum, reminded me of 'The seven transformations of leadership', David Rooke and William Torbert's article about leadership maturity in the April 2005 Harvard Business Review.

Similarities appear between how thinking evolves as someone explores either design (systems communication) or management (systems organization). I prefer more maturity than less, but one level isn't necessarily better, just different.

Lately, I'm using the Management Innovation Group's innovation trailmarker as a kind of personal mandala, so, of course, as I finished the original diagram, I had to integrate their Products > Process > Culture mantra.

So here's a graphic representation of two things:

  1. Correlations between design thinking maturity and leadership maturity.
  2. A map of where innovation 'lives'?

Correlations between design maturity, leadership maturity, and innovation
(Available as farm fresh, 91kb, PDF)

How to read the madness

Horizontally, from right to left, I've mapped maturity on a linear scale from less mature on the right to more mature on the left. Because in the western world, the most important items go in the top left where you see them first.

Jess's design maturity continuum stretches across the top from Framing to No Conscious Design. The steps on the continuum describe how people think at each stage of their 'maturity'. Steve Jobs frames. My brother no-conscious-designs.

Rooke and Torbert's leadership maturity continuum stretches across the bottom from Alchemist to Opportunist. They call these Action Logics and refer to the logic one uses when choosing your actions. The leadership continuum describes how managers and executives think at each level of their leadership maturity. Steve Jobs is an Alchemist. My brother is an Opportunist.

The grey strip in the middle pretends to statistical mumbo-jumbo.

The green bar suggests the more mature your design or leadership thinking is, the more equity your thinking generates for your organization. I have no numbers, but this is truth:

The red bar likewise suggests the initial investment required to generate this equity becomes less the more mature your design or management thinking. Again, no numbers, but this is truth:

(As a side note, Ziya's latest signature posits that design does for a dime what anyone can do for a dollar.)

The bluish bar graphs real, actual numbers from Rooke and Torbert's article. Based on their surveys, they calculated percentages of the management and executive population that resided in each Action Logic group:

Vertically, I've tried lining up the various stages where they tend to match. The leadership maturity continuum has two more levels than the design maturity continuum, which is why Framing covers both Alchemist and Strategist. (The stages don't match up exactly, but in several places it's perfect.)

The grey swath at the top is the Management Innovation Group's innovation trailmarker (not referenced in the way they describe it on their website):

Understanding the Innovation Trailmarker

(This is my understanding of the trailmarker, based on no actual conversations with anyone from MIG.)

For the Management Innovation Group, the trailmarker maps how innovation can move from one Product, influence the Process of other organization members, and create a Culture of innovation. They illustrate this process using three concentric circles. The first circle, Product, is encased in the Process circle, which is in turn encompassed by the Culture circle.

It's easiest to think of the trailmarker as a pond. Pick up a pebble. This is your Product. Toss in the pebble and the impact ripples throughout the entire pond. In any Cultural pond, a good Product (which can be any product of an organization, whether this is a physical product or a service), will have more impact than a bad one. Other humans see your success and copy what you did.

They copy your Process. MIG contends good Products organically, from the bottom up, spread good Process until it permeates every level of an organization's Culture. One good, innovative product can transform the Culture of an entire organization into a culture of innovation. (Innovation is both the imperative and entirely relative.)

(Caveat: This all depends on how a given culture frames success. If you've framed other ethnic groups as bad, then killing scads of them is a success.)

What's hidden, however, is how the trailmarker actually details how to inject foreign culture to change, co-opt, and (optimistically) assimilate a host culture. Viruses, memes, blah, blah. MIG's design Culture frames their design Process which allows them to create certain kinds of Products.

Inside a different organization, their Product exemplifies a Process people in that organization can copy. The trailmarker illustrates how Culture is transferred from one body to another, and this body can be a multi-national, conglomerated enterprise, or it can be two people, so it's no surprise the Culture > Process > Product mantra mirrors the structure of mental models and the architecture of experience.

So, how does this relate to either the Design or Leadership maturity continuums? It shows where the various levels 'live'. Framers, Alchemists, and Strategists operate on Culture.

(Visit the MIG website for a description of the trailmarker, and Victor Lombardi explains how improvements in products, process, and culture can reinforce each other over time on his blog, Noise Between Stations.)

This isn't perfect

Jess's stages don't match exactly with Rooke and Torbert's stages, but what interested me is how they're close. Likewise, the innovation trailmarker doesn't match up exactly, but it's close. The closeness interests me. It details similarities that bridge previouly separated conversations, and the differences better illuminate the shape of each separate conversation.

"

(Via Thinking and Making.)

Global themes in biotechnology innovation

Global themes in biotechnology innovation: "Biotechnology hotspots are emerging around the world. This analysis profiles some of the trends emerging from a 38-region analysis of biotechnology capacities and activities around the world. Of note are the ways that some countries with limited resources are able..."

(Via About Biotech/Biomedical.)

Innovation is everyone's job

Innovation is everyone's job: "In their fascinating book, INsourcing Innovation, authors David Silverstein, Neil DeCarlo and Michael Slocum point out that innovation is practiced in many companies today by a small, select group of highly educated people. For innovation to become more structured and repeatable, more people need to be trained in the processes and methodologies of innovation."

(Via Innovation Weblog.)

Twenty Steps for Pricing a Patent

Twenty Steps for Pricing a Patent: "According to J. Timothy Cromley, 'in order to value a patent, you have to understand it.' Here are the bullet points from his paper entitled 'Twenty Steps for Pricing a Patent,' from the"

(Via Blawg Republic - INTELLECTUAL PROPERTY LAW NEWS.)

The Structure and Evolution of Industrial Clusters: Transactions, Technology and Knowledge Spillovers

In this paper we investigate the relationship between location patterns, innovation processes and industrial clusters. In order to do this we extend a transactions costs-based classification of industrial clusters into a knowledge-based taxonomy of clusters, along the lines suggested by a critical revision of the main assumptions underlying most of the existing literature on spatially defined clusters. Our arguments show that the transactions costs approach and the innovation and technological change framework are broadly consistent, and that real insights into the microfoundations, nature, and evolution of clusters can be provided by these classification systems.

New publication - Iammarino: "

The Structure and Evolution of Industrial Clusters: Transactions, Technology and Knowledge Spillovers
Simona Iammarino (SPRU and University of Rome) and Philip McCann (University of Reading) December 2005

SEWP 138 Abstract / Download

"

(Via SPRU - Science and Technology Policy Research.)

EXPLORING THE VALUE OF PATENTS! FROM SPRU

New publication - Meyer: "

Exploring the 'Value' of Academic Patents: IP Management Practices in UK Universities and their Implications for Third-Stream Indicators
Martin S. Meyer (SPRU, Helsinki University of Technology and Steunpunt O&O Statistieken) and Puay Tang (SPRU) February 2006

SEWP 143 Abstract / Download

"

(Via SPRU - Science and Technology Policy Research.)

China issues incentive policies for innovation

The CHINES ARE COMING. WATCH OUT.

China issues incentive policies for innovation: "China's State Council issued Sunday incentive policies encouraging scientific and technological innovation."

(Via People's Daily Online.)

Innovation smackdown: MIT vs. Harvard; From Innovationinsider

Innovation smackdown: MIT vs. Harvard: "

Smackdown wrestlers.jpg

For any MBA graduate or long-time business practitioner, the Harvard Business Review is often considered the touchstone of business excellence. By comparison, the MIT Sloan Management Review languishes in relative obscurity, eclipsed by its better-known sister publication, the MIT Technology Review. While doing a routine 'business innovation' search on Yahoo!, I noticed that both the Harvard Business Review and the MIT Sloan Management Review were purchasing sponsored search links, so I thought it might be interesting to see how the two publications stack up in terms of business innovation articles, especially since MIT and Harvard are blood rivals capable of some mean-spirited pranks located just across the river from each other in Cambridge. If this were a Friday night WWE Smackdown and these two schools were professional wrestlers, can you imagine the mayhem that would result by putting the Harvard Business Review and the MIT Sloan Management Review in the same ring together?

Somewhat surprisingly, the quality and depth of the business innovation thinking in the MIT publication surpassed that of the Harvard publication...

Business innovation articles in the current issue of the MIT Sloan Management Review: (1) Improving capabilities through industry peer neworks (2) Capturing the real value of innovation tools (3) Creating new markets through service innovation and (4) Reducing the risks of new product development.

Business innovation articles in the current issue of the Harvard Business Review: (1) The Why, What and How of Management Innovation by Gary Hamel and (2) Breakthrough Ideas for 2006.

The winner of this innovation smackdown by an easy margin: The MIT Sloan Management Review.

Tags:      

[image: World Wrestling Entertainment: SmackDown]

"

(Via Business Innovation 2005.)

Regional Innovation on the Internet

Regional Innovation on the Internet: "

Regional innovation on the Internet is a district of websites dealing with this theme. The representation is based on the MapStan Search (http://search.mapstan.net/).

Regional innovation websites are organized around an axis linking: (1) the IRE network, (2) the VERITE network, (3) URENIO Research Unit, (4) the ERIK network, (5) the RINNO database, (6) Cordis on regional innovation policy, the US Council of Competitiveness, UNIDO and OECD activities. 

MapStan is a search engine and cartography discovery tool. It uses the ‘Web Positioning System’ technology to give a map of Internet search.

MapStan Search first runs a ‘standard’ search engine. By analyzing this result and the closest previous ones, it establishes your search map. MapStan Search stores the results of tens of thousands of searches to give you a visual representation based on the habits of Internet users.

The map design is based on a district map, made up of squares and streets. Squares represent sites and are linked by streets that indicate their similarity. When several sites are always linked in the same searches, they are grouped within a single square. In this way, you get a visual synthesis of the proximity between pages.

Streets represent the relationship between the sites that it joins. By moving over it, you identify the searches that explain the presence of that street.  The wider the street, the greater number of results that include the sites in the two squares. The shorter the street, the smaller the proportion of results that include sites in the first square but not sites in the second square, and vice versa.

Source: http://search.mapstan.net (search : regional innovation)

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(Via URENIO Portal: Innovation, Environments of Innovation, Intelligent Cities and Regions.)

Six Sigma in the design of new products and services

Six Sigma in the design of new products and services: "

In the 1980s, Six Sigma started out as a process that could improve quality and save costs. After the success story of Motorola, leading companies like GE and Honeywell adopted Six Sigma principles to good effect. In the 1990s, the Six Sigma was practiced in non-manufacturing applications, such as software development and financial services. The focus now was to use Six Sigma in designing a new product by taking customer CTQs into consideration from the beginning of the process.

In line with this trend, Six Sigma is now being implemented in programs such as Design for Six Sigma (DFSS), Voice of the Customer (VoC), and new methods to compile customer intelligence including market research, focus groups, and ethnographic research. Usability Views reports:

Originally intended for manufacturing processes improvement, Six Sigma concepts have now been adapted to design new products and services.

"

(Via Six Sigma Blog.)

Managing Innovation: the Irwing Wladawski-Berger Perspective (IBM)

Irwing Wladawski-Berger ("Vice President of Technical Strategy and Innovation, I am responsible for identifying emerging technologies and marketplace developments that are critical to the future of the IT industry, and then organizing activities in and outside IBM in order to capitalize on them") has started a new Blog on Intellectual Property. Interesting stuff.

Managing Innovation: "

I recently read a provocative article, Money isn't Everything (free access, registration required), in Strategy + Business, a magazine published by Booz Allen Hamilton, the consulting firm.  The authors studied the top 1000 publicly held companies that spent the most in R&D in 2004 and concluded that 'There is no relationship between R&D spending and the primary measures of economic or corporate success, such as growth, enterprise profitability, and shareholder return.'  Instead, they suggest that 'Superior results, in most cases, seem to be a function of the quality of an organization’s innovation process — the bets it makes and how it pursues them — rather than the magnitude of its innovation spending.'    

The article goes on to explain the results of their study.  To summarize, in the authors' own words:

'The myth that higher R&D spend translates into competitive advantage has been around for decades, but it appears to be particularly strong now.  [. . .]  Perhaps this belief is a holdover from the past. When products were simpler, industrial processes less mature, and competition less fierce, companies could make new products and be reasonably certain that their customers would buy them. The R&D, manufacturing, marketing, and sales silos could do their jobs independently with little imperative to manage across departmental boundaries.'

'We no longer live in that world. Shorter product life cycles have led to an ever-faster flow of new offerings. Customer demands for special features have generated enormous complexity. In turn, these factors have increased the competitive value of a fast and effective innovation engine. Yet of all the core functions of most companies, innovation may be managed with the least consistency and discipline.'

For the major part of my career, I have been involved in technology transfer programs to get innovations from the labs to the marketplace.  Let me offer some observations based on my personal experience over the years.   

I totally agree with the authors that inventions, patents and R&D spending are not by themselves sufficient for a business or a nation to be an innovation leader and achieve competitive advantage in the marketplace.  They never have been.  Examples abound of companies that failed to commercialize the inventions produced in their labs, most notably Xerox PARC.  In the 1980s, IBM was often cited for the major inventions from our research labs that were first brought to market by competitors, who proceeded to build successful businesses around them -- such as RISC microprocessors, relational data bases and high-speed Internet routers.  In that same period, people kept wondering how the US could boast the world's best research universities and laboratories and receive the lion's share of Nobel Prizes, while Japan was reaping the economic benefits of all that US-sponsored research. 

But while not sufficient by themselves, inventions, patents and strong R&D support do provide, I believe, a necessary base for marketplace innovation and economic development. For example, there is considerable evidence that, at a national level, investment in R&D pays off. As is well known, the US government's investments in the Internet over the years since the 1960s started to pay economic dividends when the Internet became a commercial success in the 1990s (dotcom bubble notwithstanding), and will continue to do so for many years to come.  Recent studies on the subject, such as those from the National Academies and the National Innovation Initiative have strongly recommended that the US Federal government should increase its support of long-term basic research, to insure that there is a strong foundation for innovation well into the future. 

As we have learned over the years and as the Money isn't Everything study confirms, basic research is not enough and must be complemented by strong programs to advance education (especially for science and engineering careers) and to create an innovation infrastructure and climate that support commercializing the results of the research.  This kind of balance is very much the intent of the National Innovation Act of 2005, legislation recently introduced in the US Senate by Joe Lieberman of Connecticut and John Ensign of Nevada.

But even for individual companies, I can personally attest to the fact that a strong foundation in R&D -- including a deep roster of the technical talent involved in such work -- can not only help a company succeed in times of rapid technological change but, perhaps even more importantly, can enable it to survive. 

In the late 1970s, in IBM’s research labs, we started to investigate the future of large systems as part of a new thrust to establish technology transfer programs between our Research Division and our product units.   Years later, in the early 1990s, there was a major transition in the technologies and architecture of large systems, as CMOS microprocessors became powerful enough to use in mainframes and supercomputers at a much lower price than the previous bipolar technologies.  The transition almost killed IBM's mainframe business and IBM itself.  However, as a result of the R&D that had been going on in our labs, our technical community had anticipated this transition and had been designing and prototyping the architectures for future mainframes.  While the transition was still very painful, we survived it while many of our competitors have not survived similar technology transitions.  Not only do we still have a healthy mainframe business, but we have also emerged as the leaders in supercomputing.

What is clear is that the nature of innovation in the 21st century is changing.  Innovation needs to be much more open and collaborative, involving not only all the units in the organization, from sales to marketing to R&D, but the world at large.  No company, regardless of its success or wealth, can do the bulk of its own R&D and ignore the powerful forces at work out there in the larger community.    

Moreover, as technologies have become increasingly powerful, standardized and affordable, we are able to tackle new kinds of problems found outside the labs, in the 'real world,' in the marketplace.  Thus we are seeing innovation 'going up the stack', becoming much more market-facing and multi-disciplinary than in previous times, and increasingly focused on services, which abounds in opportunities for breakthrough ideas given the dominant role of services in the global economy.

The proper management of innovation in our times is one of the most important tasks facing every business.  As the Money isn’t Everything study properly concludes, 'There is no easy way to achieve sustained innovation success — you can’t spend your way to prosperity. If you’re a corporate leader, it’s time to roll up your sleeves, open the innovation black box, and start retooling the works. The future viability of your enterprise depends on it.'

"

(Via Irving Wladawsky-Berger.)

Review of US (Stanford) Book: Ivory Tower and Industrial Innovation

Review: Ivory Tower and Industrial Innovation: "

The Bayh-Dole Act of 1980 permitted U.S. universities to patent federally-funded research. Did this make universities overnight ‘hotbeds of innovation,’ or has it, as some critics feared, subverted research culture and inhibited vital information sharing? David Mowery, Richard Nelson, Bhaven Sampat, and Arvids Ziedonis bring empirical evidence to the debate.

Ivory Tower and Industrial Innovation: University-Industry Technology Transfer before and after the Bayh-Dole Act

by David C. Mowery, Richard R. Nelson, Bhaven N. Sampat, and Arvids A. Ziedonis
Stanford University Press, 2004

Reviewed by Mariann Jelinek

The Bayh-Dole Act of 1980 took effect in mid-1981 and permitted U.S. universities to claim title to the discoveries of their faculty, staff, and students resulting from federally funded research. With clear title established, the universities could patent, license, and thus encourage commercialization of the results of the substantial investment in basic research, it was hoped… David Mowery and his colleagues set out specifically to assess the 1980 Bayh-Dole Act–widely credited with jump-starting U.S. universities’ entrepreneurial efforts–against broad empirical data from well before it and well afterwards. …

Ivory Tower and Industrial Innovation is an enormously important book for the simple reason that it provides extensive, credible empirical data that have been hitherto missing in debates on the effects of Bayh-Dole: neither the original disputants of the act nor their contemporary heirs have gone much beyond assertions and assumptions before now. Thus oversimplified arguments have ascribed to Bayh-Dole alone huge economic gains from technology: the Economist (2002: 3) famously remarked that the act was ‘possibly the most inspired piece of legislation to be enacted in America over the past half century’–that the legislation ‘unlocked all the inventions and discoveries’ funded by taxpayer dollars, so that ‘overnight, universities across America became hotbeds of innovation.’ By contrast, critics have expressed fears that interest by universities or researchers in profits will subvert the universities’ fundamental research culture, shut down essential scientific information sharing and discourse, and subvert the public’s support for universities (e.g., Bok, 2003). Ivory Tower and Industrial Innovation makes clear that neither conclusion is warranted, among much else. This is obviously the work of experienced scholars whose intellectual resources, familiarity with the innovation literature, and abundant data considerably extend the depth and breadth of discussion to arrive at much deeper, more nuanced, and vastly better-grounded conclusions than existing work.

Mowery and his colleagues discuss the role of universities in industrial innovation first against a century-long historical backdrop, with long-ignored data on university innovation and patenting before World War II: Mowery’s earlier work with Rosenberg (Mowery and Rosenberg, 1998) is especially visible. Then, with abundant recourse to economic data, the authors turn to more contemporary evidence from the University of California, Stanford University, and Columbia University on disclosures, patents, and licenses, comparing these top universities’ experience. The authors’ exhaustive econometric analysis, deep awareness of broad innovation trends, and extensive consideration of how to interpret the data are compelling. They explore whether universities might be said to have learned from their accumulating experience with licensing, comparing the results of universities new to patenting with more experienced institutions’ results. Finally, the authors present five detailed case studies of specific inventions at different universities and in different industries and present their conclusions. The text makes clear that much of what is accepted about the Bayh-Dole discussion simply isn’t so, or is at the very least subject to important qualifications and reservations:

[There are important] … field-specific and invention-specific differences in the technology transfer process and the role of patents and licenses in this process. There is substantial variation across the cases in the importance of patents and licenses, the role of the university, the importance and involvement of the academic inventor, and even in the directionality and characteristics of the knowledge flows between university and industry. (p. 153)

Several important insights derive from the historical framing. First, industry-university relationships, technology transfer, and university patenting and commercialization activities all go back for many decades before Bayh-Dole, with the majority of technology transfer all along coming through students sent into the workforce and ordinary publication, not patenting.
There is no clear break point in the data around Bayh-Dole. Second, no discussion of university innovation can be called complete that does not acknowledge the enormous U.S. federal investment in university research in the postwar era. Whole industries, including semiconductors, computers, and most particularly biotechnology, have their roots in this investment, but postwar, post-Bayh-Dole industries are not unique: petroleum engineering and the petrochemical industry preceded them by decades. Thirdly, the U.S. university-industry technology transfer system goes well beyond Bayh-Dole, and structural elements like antitrust and patent policy and the Court of Appeals for the Federal Circuit play important roles. Efforts by other countries to copy Bayh-Dole that ignore massive federal investments in research, the longstanding ties between U.S. industry and universities, or other important structural aspects of the U.S. industry-university innovation system are unlikely to succeed.

Mowery and his colleagues conclude that there is no evidence to suggest that Bayh-Dole substantially increased the contributions of university research to the U.S. economy or that these contributions would not have taken place without the act (p. 183). Moreover, ‘the ‘evidence’ on low rates of commercialization before Bayh-Dole is weak’ (p. 184). They point out that ‘a key premise underpinning the Bayh-Dole Act is the belief that patenting and licensing are necessary to facilitate the development and commercialization of publicly funded university inventions,’ but that data from their case studies reveal ‘great heterogeneity even within a small sample of technologies’ in the role of intellectual property rights, the role of the inventor in post-license development and commercialization, and the relationship between academic and industrial research activities (p. 176).

Data on U.S. university patenting and licensing before and after 1980 highlight ‘the concentration of these activities in a relatively narrow range of research fields, primarily the biomedical sciences,’ which differ from many other fields ‘in the unusual strength and economic value of patents and licenses for those patents’ (p. 182). As a result, the effect of patenting and licensing on U.S. universities’ ‘research culture … cannot be described as pervasive’ (p. 182), nor does evidence suggest any ‘change in the research orientation of U.S. universities after Bayh-Dole’ (p. 184). Further, important differences among academic fields imply ‘that patent and licensing policies that may be appropriate for the biomedical sciences could well discourage university-industry collaboration in other fields’ (p. 183).

Mowery and his colleagues identify two related areas of concern. First is ‘the extension of patenting since the 1970s to cover artifacts formerly viewed as ’science’: ideas, materials and techniques that themselves represent important inputs into the scientific research process,’ which they emphasize is ‘only partially attributable to the Bayh-Dole Act,’ as it reflects a broader movement in U.S. policy toward intellectual property (p. 185). Their second concern relates to university patent holders’ policies toward licensees. The impact of these factors ‘may be significant and negative’ when broad patents are granted on findings whose commercial applications are distant and uncertain and whose only proximate use is as an input to further research. Patenting such discoveries may diminish the ‘scientific commons’ available to other researchers, and Mowery et al. report several surveys by others documenting constraint of publication or difficulties of data and material access that have slowed scientific progress (p. 186). They also note potentially devastating impacts on the research exemption that protects universities from patent infringement suits. If, as a court ruled in 1999, universities’ ‘central business’ has become benefits from basic and applied research activities, then it is reasonable to require universities to take out a license before using patented material in research (pp. 187-188). This ruling has ‘great potential to impede the progress of academic research,’ in some biomedical research at least (pp. 188, 214), if it is not overturned or changed by law. In short, universities have a far more fundamental interest in a leaky intellectual property system–exempting research activities–than in the exclusive protection of their few, rare ‘home run’ patents and licenses.

The authors of Ivory Tower and Industrial Innovation recommend remedies for the potential hazards to society from extended patent and license rights. The research exemption is critical and should be protected, because continued research depends on it. Bayh-Dole itself might be amended to ‘strengthen federal agencies’ discretion and ability to limit the patenting or restrictive licensing of critically important scientific discoveries’ (p. 188), much as the National Institutes of Health has done with genomic and stem cell results. Changes in university licensing policies may be appropriate, given that ‘technology transfer and licensing are components of and subsidiary to [universities’] central institutional missions of education and research’ (p. 189), while in fact, universities’ management of the complex trade-offs among such goals as licensing revenue, maintenance, or expansion of industry support for research, regional economic development, faculty retention, and technology commercialization often ‘is deficient’ (p. 190). Similarly, differences in the importance of patents and licensing across disciplines and industries imply that ‘one size fits all’ exclusivity in licensing agreements may be counterproductive, particularly in light of extensive public funding of education and research.

Reprinted from ‘Academic Entrepreneurship: University Spinoffs and Wealth Creation / Ivory Tower and Industrial Innovation: University-Industry Technology Transfer before and after the Bayh-Dole Act,’  By Mariann Jelinek, published in Administrative Science Quarterly, March 2005, Vol. 50, Issue 1. ©Administrative Science Quarterly.

References

Bok, Derek. 2003. Universities in the Marketplace: The Commercialization of Higher Education. Princeton, NJ: Princeton University Press.

Mowery, D. C., and N. Rosenberg. 1998 Paths of Innovation: Technological change in 20th-Century America. Cambridge: Cambridge University Press.

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(Via Technological Innovation and Intellectual Property.)

Does Six Sigma hold back innovation?

What do you think? Do you have any experiences in relation to this interesting discussion?

Does Six Sigma hold back innovation?: "

According to Mary Brenner, Management professor at the Wharton School (University of Pennsylvania), a total commitment to processes such as Six Sigma and quality management hinders the urge to innovate and explore new programs.

According to the paper titled 'TQM, ISO 9000, Six Sigma: Do Process Management Programmes Discourage Innovation?' it is important to apply processes scrupulously and with discrimination, and avoid the percolation of their application in one area into other areas. It is advisable to apply processes where they are needed, and avoid them in business arenas that require innovation. Domain-B.com reports:

Professor Benner urges organisations to become 'ambidextrous', managing process management and innovation simultaneously. Innovation can happen in both the research and development department, where companies generate new ideas or create new products, and in marketing, where companies search for new markets and new customers.

"

(Via Six Sigma Blog.)

Find Your Partner: Tips from nowEurope

Find Your Partner: "Successful participation to the European Community programmes demands quite a bit of self-promotion. Evaluators tend to judge European dimension of consortia by the number of countries participating to the project. Co-ordinators are, therefore, often obliged to put on board partners that they do not know from before. How to find them?"

(Via nowEurope.)

Innovation in Regional Clusters? US Study Sheds New Light

A bad case of innovation envy, thanks to Michael Porter: "

Michael Porter 1.jpgFor years, regions both inside and outside the U.S. have attempted to replicate the innovation success of the Silicon Valley high tech cluster. Oregon attempted to create the 'Silicon Forest,' New York attempted to create a 'Silicon Alley,' and now the European Union is attempting to create a 'virtual Silicon Valley.' According to this thinking about clusters, the key to innovation and competitiveness in a global economy is based on a region's ability to support and enhance the growth of interrelated industries that a particular region specializes in. Red Herring explains:  'Prosperity breeds envy, and amid tides of globalization, off-shoring, and declining industries, Canada, countries all over Europe, Asia, and just about everywhere else seek ways to duplicate Silicon Valley’s success.'

The conventional thinking about industry clusters, of course, is that 'if a cluster already exists in a given area of innovation, like software or biotechnology, attempts to form a similar cluster in another area will probably fail because talent and capital tends to flow to the established one. By that logic, efforts to form, say, a biotechnology cluster outside of San Diego, Boston, and North Carolina’s Research Triangle Park would be doomed from the outset...' 

A new report from Harvard Business School's Cluster Mapping Project, though, challenges that notion:

'The conventional wisdom is plain wrong. Clusters, the jobs they create, and the prosperity of surrounding communities are far from static. This is an evolutionary process, and being a successful cluster, like Silicon Valley—that’s not the end of it. Some people thought that because of globalization, clusters would disperse, but instead what we see is that existing clusters become more specialized, and more focused on specific things that create value and employment.'

One of the professors involved in the Cluster Mapping Project is none other than Michael Porter, one of the most celebrated strategy gurus ever (he even has a Wikipedia entry). Porter, of course, has been talking up the importance of clusters to regional economic development for more than five years

Tags:    

[image: Michael Porter]

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(Via Business Innovation 2005.)

Creating an Innovative Europe

Creating an Innovative Europe: "

In its final report, a small group of four high-level experts urges Europe’s leaders to take radical action on research and innovation ‘before it is too late’ and calls for a Pact for Research and Innovation to be signed by political, business and social leaders to show their commitment to creating an Innovative Europe.

The group, chaired by former Prime Minister of Finland Esko Aho, was set up by the European Commission and asked to advise on ways of boosting the EU’s research and innovation performance.

The experts state that current trends are unsustainable in the face of global competition. Therefore a new vision is needed to address a series of productivity and social challenges faced by Europe.

The group argues that there is a large gap between the political rhetoric about the knowledge society and the reality of budgetary and other priorities.

They propose a 4-pronged strategy focusing on the creation of innovation friendly markets, on strengthening R&D resources, on increasing structural mobility as well as fostering a culture which celebrates innovation.

Sources

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(Via URENIO Portal: Innovation, Environments of Innovation, Intelligent Cities and Regions.)

Surprise, Surprise: SMEs DO NOT HAVE A FINANCING GAP