This document provides an overview of a session on entrepreneurship and transformation. It includes a presentation outline on transforming organizations, capturing value from technical innovation, and entrepreneurship in the open innovation era. It also discusses theories of entrepreneurship research, dynamic capabilities, learning routines, and examples of how organizations have transformed. The session will involve a quick test, introductory discussion on views of entrepreneurship, and examples of transforming organizations. Readings are also assigned on innovation systems and industrial clustering.
1) The document discusses how open innovation and knowledge management can work together to drive innovation. It argues that most innovation comes from outside an organization and that true innovation requires accessing diverse sources of knowledge.
2) Key principles of open innovation discussed include making it a collaborative process where ideas are shared rather than protected. This allows organizations to leverage knowledge from a wide network rather than relying solely on internal R&D.
3) Knowledge management plays a role in open innovation by capturing both tacit and explicit knowledge, managing intellectual property, and facilitating knowledge sharing across organizational and sector boundaries. When combined, open innovation and knowledge management represent a new paradigm for innovation.
The document discusses innovation and knowledge management. It defines innovation as developing new solutions to meet changing customer demands in new ways. Knowledge management involves effectively utilizing an organization's knowledge base to gain a competitive advantage. Innovation and creativity are needed to properly utilize existing knowledge and turn information into knowledge that can then be further innovated. An organization must promote an innovative culture through staff recruitment, rewards systems, and addressing hindrances to innovation. Codified knowledge sources play an important role in improving innovative behavior in organizations.
This presentation was accompanying a keynote at COFES 2011 -- the Conference for the Future of Engineering -- Scottsdale, April 2011. A more compact version of the same presentation was given to a group of Israeli engineers & entrepreneurs in Tel Aviv, during COFES Israel, December 2010. I am well aware that the presentation material, without the accompanying speech, may be a bit cryptic at times. Also, comments and questions are welcome at @cdn
Business Incubation and Networking - Analysis based on Taguspark in Portugal.vfBruno Serrano
This document summarizes a masters project on business incubation in Portugal. Specifically, it examines the role of cohabitation between incubated and mature firms in a science and technology incubator located in Taguspark, Portugal. The project analyzes how physical proximity and networking opportunities between new and established companies in shared buildings can help incubated firms. It presents findings on the evolution of incubation programs in Taguspark and factors that facilitate or hinder networking. The conclusion discusses how incubators can better leverage potential benefits of cohabitation through selection criteria, placement of firms, and organized networking events.
Crafitti Consulting is an innovation research and consulting firm founded in 2008 that facilitates innovation in business, science, and technology. The firm's directors have over 30 years of combined experience researching and facilitating innovation. Crafitti provides frameworks and tools to accelerate innovation for clients in areas like business strategies, new product development, process innovation, and intellectual property management. Their Lean Inventive Systems Thinking framework takes a holistic approach to innovative problem solving.
Sources of innovations have considerably changed in the past. How can policy makers react? What are the key desing features of new innovation support schemes. Based on the so called ANIS approach, regional innovation systems can be analysed and appropriate innovation support schemes developed.
This document proposes a model for structuring innovation within companies. It summarizes research on how companies approach innovation and highlights some key insights. The model suggests that companies structure innovation around the phases of identification, development and commercialization, as the skill sets needed for each differ. It also recommends separating radical and incremental innovation efforts, as the sources and risks involved are very different. Establishing spin off or isolated groups may help identify disruptive innovations that challenge a company's existing competencies.
1) The document discusses how open innovation and knowledge management can work together to drive innovation. It argues that most innovation comes from outside an organization and that true innovation requires accessing diverse sources of knowledge.
2) Key principles of open innovation discussed include making it a collaborative process where ideas are shared rather than protected. This allows organizations to leverage knowledge from a wide network rather than relying solely on internal R&D.
3) Knowledge management plays a role in open innovation by capturing both tacit and explicit knowledge, managing intellectual property, and facilitating knowledge sharing across organizational and sector boundaries. When combined, open innovation and knowledge management represent a new paradigm for innovation.
The document discusses innovation and knowledge management. It defines innovation as developing new solutions to meet changing customer demands in new ways. Knowledge management involves effectively utilizing an organization's knowledge base to gain a competitive advantage. Innovation and creativity are needed to properly utilize existing knowledge and turn information into knowledge that can then be further innovated. An organization must promote an innovative culture through staff recruitment, rewards systems, and addressing hindrances to innovation. Codified knowledge sources play an important role in improving innovative behavior in organizations.
This presentation was accompanying a keynote at COFES 2011 -- the Conference for the Future of Engineering -- Scottsdale, April 2011. A more compact version of the same presentation was given to a group of Israeli engineers & entrepreneurs in Tel Aviv, during COFES Israel, December 2010. I am well aware that the presentation material, without the accompanying speech, may be a bit cryptic at times. Also, comments and questions are welcome at @cdn
Business Incubation and Networking - Analysis based on Taguspark in Portugal.vfBruno Serrano
This document summarizes a masters project on business incubation in Portugal. Specifically, it examines the role of cohabitation between incubated and mature firms in a science and technology incubator located in Taguspark, Portugal. The project analyzes how physical proximity and networking opportunities between new and established companies in shared buildings can help incubated firms. It presents findings on the evolution of incubation programs in Taguspark and factors that facilitate or hinder networking. The conclusion discusses how incubators can better leverage potential benefits of cohabitation through selection criteria, placement of firms, and organized networking events.
Crafitti Consulting is an innovation research and consulting firm founded in 2008 that facilitates innovation in business, science, and technology. The firm's directors have over 30 years of combined experience researching and facilitating innovation. Crafitti provides frameworks and tools to accelerate innovation for clients in areas like business strategies, new product development, process innovation, and intellectual property management. Their Lean Inventive Systems Thinking framework takes a holistic approach to innovative problem solving.
Sources of innovations have considerably changed in the past. How can policy makers react? What are the key desing features of new innovation support schemes. Based on the so called ANIS approach, regional innovation systems can be analysed and appropriate innovation support schemes developed.
This document proposes a model for structuring innovation within companies. It summarizes research on how companies approach innovation and highlights some key insights. The model suggests that companies structure innovation around the phases of identification, development and commercialization, as the skill sets needed for each differ. It also recommends separating radical and incremental innovation efforts, as the sources and risks involved are very different. Establishing spin off or isolated groups may help identify disruptive innovations that challenge a company's existing competencies.
1. The document discusses resolving dilemmas in collective innovation through managing for solving the dilemmas. It presents research questions on understanding collective innovation managers.
2. Four case studies are described that help visualize the invisible role of collective innovation managers. The case findings support that collective innovation managers apply simultaneous solves in several management dimensions.
3. An example from a case study shows how collective innovation managers apply a simultaneous solve based on visualizing the unknown, such as exploring new ideas and involving new actors, using design theory concepts.
The document discusses open innovation and how companies can benefit from it. It defines open innovation as collaborating with external partners such as startups, universities, and consultants to generate new ideas in addition to internal research and development. This differs from the traditional closed innovation model where companies relied solely on internal R&D. The document provides examples of how different departments may be involved like research, product development, marketing, and sales. It also offers tips on implementation such as establishing a scientific advisory board and partnering with universities and startups.
The document discusses the evolution of innovation models from closed to open. It explains that in the past, companies relied solely on internal research and development, but that open innovation has become more important. Open innovation involves collaborating with external partners such as suppliers, customers, universities and more. This allows companies to access a wider range of ideas and expertise beyond their own walls. Some challenges of open innovation mentioned include changing company culture, managing partnerships and intellectual property issues. Overall open innovation is seen as key to innovation in many industries like food and drink where collaborations with suppliers, customers and consumers dominate the ecosystem.
Managing Innovation_organization of innovationOpenLearningLab
This document outlines the agenda and content for Session 3 of a course on the Organization of Innovation. The session covers challenges organizations face with innovation, understanding different organization structures, and organizing for innovation. It includes mini-tests, discussions of functional vs organic structures, architecture, growth models, culture and innovation, and examples from IBM and virtual organizations. Readings on dynamic capabilities and new ventures are assigned for the next session.
FITT Toolbox: Market Assessment: Pitch your Idea!FITT
The Heidelberg Innovation Forum is an annual one-day event that has been held since 2005 to help match researchers, start-ups, investors and entrepreneurs. Up to 30 business ideas and research projects are presented through eight-minute pitches to an audience of experts and investors. Participants receive coaching to improve their pitching skills and business models. The event includes networking sessions to help initiate business deals like licensing and start-up financing. Many past participants have successfully started companies or licensed their technologies, helping to transfer innovations to the market.
This document discusses global trends in open innovation. It defines open innovation as using external ideas as well as internal ideas, and internal and external paths to market, to advance internal innovation and expand markets. The document outlines best practices companies use in open innovation, including Philips' high tech campus partnership network. It also discusses how companies are using web 2.0 tools like IdeaStorm, Innocentive, and Threadless to engage customers in innovation.
Requisite variety of expertise within a group in idea generationJari Jussila
Presented at ISPIM 2008 Conference, Tours, France together with Anu Suominen, co-writen with Heli Aramo-Immonen and Kaj Koskinen. Received Best Student Paper Award.
This document outlines RBC's approach to innovation including defining innovation, establishing an innovation infrastructure, and providing a case study on the Next Great Innovator challenge. It discusses generating ideas through various programs and challenges, testing ideas in applied innovation labs and through a beta program, and communicating knowledge across the organization. The Next Great Innovator challenge is highlighted as a sandbox for innovation that engages students in developing solutions to business challenges and identifying potential candidates for recruitment.
IT Enabling Innovation Across The Corporate EnterpriseRichard Platt
This document discusses how IT can enable innovation across corporate enterprises. It argues that meaningful innovation requires partnerships between IT and other business units. It also provides examples of how companies like BMW, Fraunhofer Institute, and IBM have reevaluated their resources to create new business models and revenue streams. The document recommends that IT supports and enables business units by combining knowledge and process management to solve problems. It also suggests IT should develop a profit center focus and mentality.
Siemens adopted an open innovation initiative to address problems stemming from its decentralized structure, including siloed information and a lack of cross-company communication. The initiative was intended to break down internal barriers and identify experts within the company, but later expanded to include collaborations with universities and other organizations. While open innovation provided benefits like new ideas, it also introduced risks around intellectual property exposure and disruption to company culture.
What is the Benefit of an Open Innovation Process?Jose Briones
Open Innovation is now a very fashionable term and many companies are rushing to implement an open innovation process without fully understanding its value nor how it fits within their existing product development process. In this Chapter of the “Beyond Stage Gate” series we will discuss the different definitions of Open Innovation, where does it fit in the development cycle, software tools available and a case study. We will show how Smarty Ears, a developer of iPad apps for Speech Therapy and Communication, has used open innovation to greatly increase the number of ideas to market, as well as accelerate the product development cycle.
Beautiful beginning for open innovationAditya Pawar
This document discusses the open innovation initiative Document Services Valley (DSV) and its success factors. DSV is a network of over 200 companies collaborating on innovation projects initiated by Maastricht University. Large companies like Canon-Océ participate to maintain margins amid digital disruption. PADSI is DSV's multi-phase process for collaborations. Key success factors identified include an internal culture that rewards innovation, a team of business developers to facilitate interactions, and network events for intense collaboration. Entrepreneurs view DSV as providing opportunities to meet companies and stimulate innovation through collaboration with larger partners.
Abstract
Purpose – The purpose of this paper is to describe the main obstacles for innovation in Dutch
consultancy firms by focusing on the strength of informal knowledge sharing as an avenue for innovation.
Design/methodology/approach – This paper is the result of an empirical study based on in-depth
interviews with 29 consultants in the Netherlands.
Findings – The process of innovation can be problematic in consultancy firms. Consultants do simply
not find the time to innovate, since they are mainly rewarded for client related work (billable hours). In
order to innovate consultants need to share knowledge with clients, colleague consultants and their
experienced superiors. The knowledge sharing routes the consultant can use, as described in this
paper, are: codified, formal knowledge and informal knowledge sharing. This paper claims that the most
fruitful route to innovation is informal knowledge sharing.
Originality/value – The importance of informal knowledge is supported by Hofstede’s description of the
Dutch business culture as being feminine, cultivating low power distance (low degree of inequality) and
being highly individualistic. However, despite the support of the Dutch cultural setting, which supports
informal knowledge sharing, this research describes the lack of management support in the innovation
process as one of the main barriers to innovation.
Keywords Innovation, Management consultancy, Knowledge sharing
Paper type: Research paper
Swiss chamber open innovation & battle of conceptsSwiss Chamber - Open Inno...Jose Claudio Terra
The document summarizes the Battle of Concepts open innovation model used by TerraForum Consulting to source solutions from students for business challenges faced by companies. Students develop concepts which are evaluated by companies who select the best ideas. The process aims to promote collaboration between companies, universities and students to generate innovative solutions. Over 300 projects have been completed using this model in Brazil and the Netherlands, connecting thousands of students with companies across multiple industries.
Our Credentials Presentation - not too descriptive. The following presentation is made to not stand alone and be presented by us, in person, but nevertheless, a great way to get a foot in the door of your considering us as professionals and our services as unique. Cheers!
How to Innovate...Strategically: What Innovation Approach Should You Use When?Kevin C. Cummins
There are four common approaches to innovation that companies utilize: Lean Startup, Design-Driven, Open Innovation and Crowdsourced Idea Management. In the "How to Innovate...Strategically" presentation, we examine how and when to use each of these methods, and which companies excel at each. We uncover the limitations and the challenges when implementing each method, and the top supporting tools for each approach. View Batterii's "How to Innovate...Strategically" presentation to learn more.
This document discusses innovations in entrepreneurship education. It notes challenges in traditional entrepreneurship education, including that academics do not know how to educate entrepreneurs and that entrepreneurs need access to on-demand education. It argues that entrepreneurship education should focus on skills like communication, problem solving, and customer relationship management. The document advocates for more experiential and innovative practices in entrepreneurship education, including experiential environments, gamification, online just-in-time learning, learning journals, experimentation, and co-op experiences. It provides examples of these innovations and promotes York University's BEST entrepreneurship initiative.
Venture capital firms follow a process of raising funds, investing in companies, managing investments, and ultimately exiting investments. They evaluate potential investments based on the founding team, market opportunity, product, and timing. Due diligence involves assessing management, market, customers, competition, and financial projections. Common technology trends VCs follow include the transition to online/cloud services and the use of data, smartphones, clean energy, healthcare automation, and cybersecurity. Building a company involves identifying a team, creating a product/business model, seed funding, releasing version 1, scaling sales and hiring, and potentially raising a Series B round.
1. The document discusses resolving dilemmas in collective innovation through managing for solving the dilemmas. It presents research questions on understanding collective innovation managers.
2. Four case studies are described that help visualize the invisible role of collective innovation managers. The case findings support that collective innovation managers apply simultaneous solves in several management dimensions.
3. An example from a case study shows how collective innovation managers apply a simultaneous solve based on visualizing the unknown, such as exploring new ideas and involving new actors, using design theory concepts.
The document discusses open innovation and how companies can benefit from it. It defines open innovation as collaborating with external partners such as startups, universities, and consultants to generate new ideas in addition to internal research and development. This differs from the traditional closed innovation model where companies relied solely on internal R&D. The document provides examples of how different departments may be involved like research, product development, marketing, and sales. It also offers tips on implementation such as establishing a scientific advisory board and partnering with universities and startups.
The document discusses the evolution of innovation models from closed to open. It explains that in the past, companies relied solely on internal research and development, but that open innovation has become more important. Open innovation involves collaborating with external partners such as suppliers, customers, universities and more. This allows companies to access a wider range of ideas and expertise beyond their own walls. Some challenges of open innovation mentioned include changing company culture, managing partnerships and intellectual property issues. Overall open innovation is seen as key to innovation in many industries like food and drink where collaborations with suppliers, customers and consumers dominate the ecosystem.
Managing Innovation_organization of innovationOpenLearningLab
This document outlines the agenda and content for Session 3 of a course on the Organization of Innovation. The session covers challenges organizations face with innovation, understanding different organization structures, and organizing for innovation. It includes mini-tests, discussions of functional vs organic structures, architecture, growth models, culture and innovation, and examples from IBM and virtual organizations. Readings on dynamic capabilities and new ventures are assigned for the next session.
FITT Toolbox: Market Assessment: Pitch your Idea!FITT
The Heidelberg Innovation Forum is an annual one-day event that has been held since 2005 to help match researchers, start-ups, investors and entrepreneurs. Up to 30 business ideas and research projects are presented through eight-minute pitches to an audience of experts and investors. Participants receive coaching to improve their pitching skills and business models. The event includes networking sessions to help initiate business deals like licensing and start-up financing. Many past participants have successfully started companies or licensed their technologies, helping to transfer innovations to the market.
This document discusses global trends in open innovation. It defines open innovation as using external ideas as well as internal ideas, and internal and external paths to market, to advance internal innovation and expand markets. The document outlines best practices companies use in open innovation, including Philips' high tech campus partnership network. It also discusses how companies are using web 2.0 tools like IdeaStorm, Innocentive, and Threadless to engage customers in innovation.
Requisite variety of expertise within a group in idea generationJari Jussila
Presented at ISPIM 2008 Conference, Tours, France together with Anu Suominen, co-writen with Heli Aramo-Immonen and Kaj Koskinen. Received Best Student Paper Award.
This document outlines RBC's approach to innovation including defining innovation, establishing an innovation infrastructure, and providing a case study on the Next Great Innovator challenge. It discusses generating ideas through various programs and challenges, testing ideas in applied innovation labs and through a beta program, and communicating knowledge across the organization. The Next Great Innovator challenge is highlighted as a sandbox for innovation that engages students in developing solutions to business challenges and identifying potential candidates for recruitment.
IT Enabling Innovation Across The Corporate EnterpriseRichard Platt
This document discusses how IT can enable innovation across corporate enterprises. It argues that meaningful innovation requires partnerships between IT and other business units. It also provides examples of how companies like BMW, Fraunhofer Institute, and IBM have reevaluated their resources to create new business models and revenue streams. The document recommends that IT supports and enables business units by combining knowledge and process management to solve problems. It also suggests IT should develop a profit center focus and mentality.
Siemens adopted an open innovation initiative to address problems stemming from its decentralized structure, including siloed information and a lack of cross-company communication. The initiative was intended to break down internal barriers and identify experts within the company, but later expanded to include collaborations with universities and other organizations. While open innovation provided benefits like new ideas, it also introduced risks around intellectual property exposure and disruption to company culture.
What is the Benefit of an Open Innovation Process?Jose Briones
Open Innovation is now a very fashionable term and many companies are rushing to implement an open innovation process without fully understanding its value nor how it fits within their existing product development process. In this Chapter of the “Beyond Stage Gate” series we will discuss the different definitions of Open Innovation, where does it fit in the development cycle, software tools available and a case study. We will show how Smarty Ears, a developer of iPad apps for Speech Therapy and Communication, has used open innovation to greatly increase the number of ideas to market, as well as accelerate the product development cycle.
Beautiful beginning for open innovationAditya Pawar
This document discusses the open innovation initiative Document Services Valley (DSV) and its success factors. DSV is a network of over 200 companies collaborating on innovation projects initiated by Maastricht University. Large companies like Canon-Océ participate to maintain margins amid digital disruption. PADSI is DSV's multi-phase process for collaborations. Key success factors identified include an internal culture that rewards innovation, a team of business developers to facilitate interactions, and network events for intense collaboration. Entrepreneurs view DSV as providing opportunities to meet companies and stimulate innovation through collaboration with larger partners.
Abstract
Purpose – The purpose of this paper is to describe the main obstacles for innovation in Dutch
consultancy firms by focusing on the strength of informal knowledge sharing as an avenue for innovation.
Design/methodology/approach – This paper is the result of an empirical study based on in-depth
interviews with 29 consultants in the Netherlands.
Findings – The process of innovation can be problematic in consultancy firms. Consultants do simply
not find the time to innovate, since they are mainly rewarded for client related work (billable hours). In
order to innovate consultants need to share knowledge with clients, colleague consultants and their
experienced superiors. The knowledge sharing routes the consultant can use, as described in this
paper, are: codified, formal knowledge and informal knowledge sharing. This paper claims that the most
fruitful route to innovation is informal knowledge sharing.
Originality/value – The importance of informal knowledge is supported by Hofstede’s description of the
Dutch business culture as being feminine, cultivating low power distance (low degree of inequality) and
being highly individualistic. However, despite the support of the Dutch cultural setting, which supports
informal knowledge sharing, this research describes the lack of management support in the innovation
process as one of the main barriers to innovation.
Keywords Innovation, Management consultancy, Knowledge sharing
Paper type: Research paper
Swiss chamber open innovation & battle of conceptsSwiss Chamber - Open Inno...Jose Claudio Terra
The document summarizes the Battle of Concepts open innovation model used by TerraForum Consulting to source solutions from students for business challenges faced by companies. Students develop concepts which are evaluated by companies who select the best ideas. The process aims to promote collaboration between companies, universities and students to generate innovative solutions. Over 300 projects have been completed using this model in Brazil and the Netherlands, connecting thousands of students with companies across multiple industries.
Our Credentials Presentation - not too descriptive. The following presentation is made to not stand alone and be presented by us, in person, but nevertheless, a great way to get a foot in the door of your considering us as professionals and our services as unique. Cheers!
How to Innovate...Strategically: What Innovation Approach Should You Use When?Kevin C. Cummins
There are four common approaches to innovation that companies utilize: Lean Startup, Design-Driven, Open Innovation and Crowdsourced Idea Management. In the "How to Innovate...Strategically" presentation, we examine how and when to use each of these methods, and which companies excel at each. We uncover the limitations and the challenges when implementing each method, and the top supporting tools for each approach. View Batterii's "How to Innovate...Strategically" presentation to learn more.
This document discusses innovations in entrepreneurship education. It notes challenges in traditional entrepreneurship education, including that academics do not know how to educate entrepreneurs and that entrepreneurs need access to on-demand education. It argues that entrepreneurship education should focus on skills like communication, problem solving, and customer relationship management. The document advocates for more experiential and innovative practices in entrepreneurship education, including experiential environments, gamification, online just-in-time learning, learning journals, experimentation, and co-op experiences. It provides examples of these innovations and promotes York University's BEST entrepreneurship initiative.
Venture capital firms follow a process of raising funds, investing in companies, managing investments, and ultimately exiting investments. They evaluate potential investments based on the founding team, market opportunity, product, and timing. Due diligence involves assessing management, market, customers, competition, and financial projections. Common technology trends VCs follow include the transition to online/cloud services and the use of data, smartphones, clean energy, healthcare automation, and cybersecurity. Building a company involves identifying a team, creating a product/business model, seed funding, releasing version 1, scaling sales and hiring, and potentially raising a Series B round.
This document outlines the objectives, lesson plan, and content for a class on technological entrepreneurship and innovation. The key objectives are to define technological entrepreneurship, discuss the impact of entrepreneurship on society, examine the role of engineers in new ventures, define technological innovation, and analyze how historical innovations impacted business and society. The lesson plan covers defining entrepreneurship and innovation, discussing characteristics of entrepreneurs, examining the importance of entrepreneurship and small businesses, and the role of engineers in entrepreneurship. The content explores definitions of entrepreneurs, myths around entrepreneurship, and the relationship between technology, products, markets, and innovation.
David Blumberg, Founding Partner Blumberg Capital: Entrepreneurship, Innovati...Pemo Theodore
David Blumberg, Founding Partner Blumberg Capital talk on Entrepreneurship, Innovation & Venture Funding. 1) David brings twenty-five years of experience in funding committed entrepreneurs and helping them execute their transformative ideas into commercially successful companies. With team members located in the world’s top three funding centers – Silicon Valley, New York and Tel Aviv – Blumberg Capital has the perspective for helping their portfolio firms reach global success.Blumberg Capital prefers taking the lead in a funding round, assuring founders the attention they need to take their business model to the next level. For further info check out http://www.pitchperfectsv.com
New venture financing, 2003,Ziya BoyacigillerZiya-B
This presentation provides an overview of new venture financing and was originally created and presented by Ziya Boyacigiller, a leading angel investor in Turkey. The presentation covers topics such as the high-risk nature of new venture investing, venture capital fund structures and returns, factors for success like industry selection and team execution, and considerations for entrepreneurs seeking funding like valuation and term sheet negotiations. It aims to educate entrepreneurs on understanding venture capital and making good funding decisions.
This document summarizes a presentation by Ziya Boyacigiller on new venture financing. It discusses key aspects of venture capital investing such as: managing high-risk investments like poker; the low success rates of startups from idea to IPO; how venture capitalists make money; factors that determine startup success like industry, management team, and capital intensity; and how founders should approach raising venture capital. The presentation provides an overview of the venture capital landscape and process for new entrepreneurs.
Growth stage technology venture financing venture debt - dec 2010 - david l...Dave Litwiller
This document discusses venture debt, which provides secured debt financing to venture capital-backed companies. The main purposes of venture debt for growth-stage companies are to defer additional equity financing, build cash reserves, and act as a final bridge to self-sustaining cash flow. Venture lenders typically seek mid-to-high teens annual returns plus warrants. They contrast with venture capitalists, who seek higher returns but tolerate more failures. While venture capitalists generally do not provide debt to their portfolio companies directly due to conflicts, they may be okay with venture debt being involved. Key due diligence considerations for lenders include a company's execution track record and the likelihood of future equity financing.
Steve Cummins Transworld Group - Understanding Venture FinancingSteve Cummins
Steve Cummins Transworld Group
Launching your startup
understanding venture financing
Stephen John Cummins, Transworld Group, Isle of Man
• The Isle of Man has a well-established and well-regulated infrastructure for the provision of corporate administration services. All providers of company administration service must be licensed by the Isle of Man Financial Supervision Commission (FSC).
The Isle of Man is one of the world’s most respected international
financial and business centres. Effective public/private sector
co-operation for the past 30 years has led to the creation of an
outstanding environment in which to do business featuring world
class infrastructure and business support systems, a favourable
fiscal regime, dynamic and responsive legislation and an expert
professional services industry.
The Isle of Man’s success is demonstrated by the fact that it has
enjoyed 29 successive years of growth. Even in the challenging
year 2011/12, the Isle of Man achieved a Gross Domestic Product
of £3.8bn, resulting in growth in real terms of 2%. There has been
a rise in national income per head year on year for the past fifteen
years. In 2011/12, national income per head stood at £44,660,
exceeding the United Kingdom equivalent figure of £21,693 gross
value added per head for the year 2011.
http://www.transworldgroup.im/
http://stevecummins.im/
http://www.fimgroup.com.au/
https://twitter.com/stevetransworld
http://tawqk.com/
http://www.tassea.com/
http://www.sokerol.com/
http://transworldcapital.im/
http://transworldresources.im/
http://fimgroup.com.au/
jamille cummins, jamille cummins transworld, jamille cummins transworld group, Transworld Group, jamille, Isle of Man, Steve Cummins, Steve Cummins transworld, steve cummins transworld group
Technology Venture Capital Financing in Canada (H1 2016) - Extreme Venture Pa...Aniket Patel
The Canadian VC landscape was active in the first half of 2016, with notable deals and exits. The Toronto-Waterloo corridor dominated funding, capturing almost 50% of dollars. Funding was heavily weighted towards financial services at 42% despite technology's presence in other industries. Early-stage financing reached record highs, with median seed rounds at $1.8M, though overfunding could outpace demand. While opportunities exist outside hyped sectors, resources like mining saw little funding for technology.
Introduction to Venture Capital FinancingWilmerHale
This document provides an overview of venture capital financing, including what a venture capital transaction entails, the types of documents involved in a venture capital deal, and key terms addressed in those documents. A venture capital transaction typically involves an investment of capital in exchange for shares in a company, with the goal of an eventual liquidity event like an IPO or acquisition. The main documents discussed are the term sheet, stock purchase agreement, certificate of incorporation, investor rights agreement, voting agreement, and right of first refusal and co-sale agreement. Key terms covered include financing details, representations and warranties, registration rights, investor rights, and rights of first refusal.
Entrepreneurs obtain funding from four main sources:
1. Their own money through personal contributions as owners' equity or loans.
2. Debt financing such as bank loans that provide cash upfront in exchange for later repayment with interest.
3. Equity financing whereby investors provide cash in exchange for ownership of the business, including angel investors, venture capital, or public stock offerings.
4. Bootstrapping, which involves piecing together financing from numerous small sources without outside investment, such as leveraging personal savings, customer payments, and strategic partnerships.
The document discusses venture capital, defining it as long-term equity or quasi-equity financing provided to high-growth, privately-held companies. It notes that venture capital funds seek returns through capital gains by investing patiently and sharing risks with companies. The document outlines the stages of company evolution and the primary external financing sources at each stage, with venture capital funds and angel investors providing seed and start-up financing. It also summarizes the venture capital process, from deal sourcing to monitoring investments and exiting.
Based on 116,202 online records, this presentation, delivered at the British Academy of Management conference in 2016 charts the trends in project management in the last 50 years. The process to generate the dataset is also explained.
Looking! and Thinking Ahead! Fashions and Trends in the Management of Projects & Programmes
Tom Taylor
APM Programme Management SIG Conference 2017, 02 March 17,
Derby
Three Trends in Project Management PresentationBrittany Virgil
The document discusses three trends in project management: 1) Project professionals want more leadership from management, as surveys show deficiencies in coaching and mentoring from managers, and leadership style is correlated with project performance. 2) The disciplines of change management and project management will continue to merge, as they should work simultaneously with overlapping roles. 3) Project professionals will continue to avoid conflict, though conflict avoidance can negatively impact projects, and addressing uncomfortable conversations is important for resolution.
Complexity, context and collaboration from manufacturing software to creating...Agile ME
Manufacturing practices abound at Agile conferences but is software something that comes of a production line (albeit in small batch sizes)? Should we instead think of software development as a service? Can we combine unarticulated customer needs with novel technology to shift the business forward rather than simply respond to demand? Should we see applications as emergent properties of complex interactions between people and software objects over time? What sort of ecosystem (rather than architecture) is needed for such an approach? Using the popular Cynefin framework as a starting point, its creator will explore these questions.
The Past, Present, and the Future World of teh Project Manager by Amos HaniffAgile ME
Current literature suggests that project management has evolved over two streams of research. The first focuses on systems thinking and the quantitative approach to planning and control techniques developed during the 1950’s and 60’s. The second stream, developed during the 1970’s, focuses on the human resource aspects of project management, in particular, organisational theory and project leadership. It is these two streams of project management research that has shaped project management practice for almost half a century. However, since the late 1990’s there has been a gradual shift towards a strategic stream of project management research. No longer are projects perceived as endeavours to provide tangible products or results. Rather projects are now viewed as vehicles for business transformation, continuous improvement, organisational change, and implementation of organisational strategy. This presentation considers the evolution of project management and the implication for current and future practice. The presentation demonstrates how changes in the global competitive environment, where the project is now viewed as component of the organisations long-term strategic objectives, has led to a change in the way projects are managed. With this, comes the demand for a new breed of project manager that not only has the necessary analytical skills and knowledge of new project developments, but is also able to provide transformational leadership, collaborations and strategic thinking, in the current and future world of project management.
Gs503 venture capital financing intro 120115Stephen Ong
This document provides an introduction to venture capital financing for technology startups. It discusses various sources of equity financing like venture capital and business angels. Venture capital firms invest large sums of money in high-growth potential companies, but undergo a rigorous review process and only fund a small percentage of proposals. Business angels provide an important source of early-stage "seed" capital. The document also examines the characteristics that venture capitalists look for in potential investments, such as strong management teams and large market opportunities. It uses examples and case studies to illustrate different funding scenarios.
The document discusses various financial resources available for new ventures, including:
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2) Informal risk capital from wealthy individual investors who enjoy investing in startups.
3) Venture capital which provides equity funding and managerial expertise to high-growth startups in exchange for a portion of equity.
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Аліна Піддубна - "The future of project management: РМ у 2030" Kharkiv PMDay ...Lviv Startup Club
The document discusses several key trends for the future of project management based on research from various sources:
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This document provides an introduction to the concepts of innovation and entrepreneurship. It defines innovation and distinguishes it from invention. It outlines different types of innovations including product, process, business model innovations. It discusses sources of innovation such as industries, universities, and startups. It also outlines the objectives of the "Innovation & Entrepreneurship" course which aims to provide an industrial and strategic context for managing technological innovation.
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The document discusses the importance of innovation for organizational change and success, noting that innovation happens through creative collaboration, idea generation tools, and an idea management system to evaluate ideas, with management playing a key role in establishing an innovative culture and powering the corporate innovation machine.
The document discusses the importance of innovation for organizational change and success, noting that innovation happens through creative collaboration, idea generation tools, and an idea management system to evaluate ideas, with management playing a key role in establishing an innovative culture and powering the corporate innovation machine.
This document summarizes a presentation given by Prof. Dr. Ellen Enkel on how to boost innovation in an economic region. The key points discussed include: (1) Companies need to open up and cooperate with internal and external partners to survive and be innovative; (2) Regions need to foster connectivity between companies, industries, and regions to illustrate available knowledge; and (3) Regions must enable companies to prepare for changing environments and leverage new opportunities arising from technologies, business models, and other factors.
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The document summarizes a two-day workshop on innovation led by Cheryl Perkins and Patrick Clusman at the CII Innovation Center in Shanghai on February 27-28, 2012. Cheryl Perkins is the president of Innovationedge and former Chief Innovation Officer of Kimberly-Clark. Patrick Clusman is the COO of Innovationedge and formerly held leadership roles at Kimberly-Clark. The workshop aims to help participants make innovation work within and outside their organizations through discussions on linking innovation strategies to business, leading for innovation, creating an innovative culture, and conquering innovation fatigue.
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A presentation by Lemuel Lasher, chief innovation officer at Computer Sciences Corporation, on innovation management in a professional services firm. Given at Imperial College Business School on 8 October 2009
Developing innovation capability in organizations a dynamic capabilities appr...Tomi Love
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Developing innovation capability in organizations a dynamic capabilities appr...Tomi Love
The document discusses developing innovation capability in organizations. It proposes that innovation capability can be viewed as a dynamic organizational capability. High performing innovators invest in developing seven elements of innovation capability: vision and strategy, harnessing competence, organizational intelligence, creativity/ideas, organizational structures, culture/climate, and technology management. These elements are integrated to form an "innovation engine" that drives continuous innovation and superior business performance.
The document outlines the agenda for a 3-day workshop on rapid disruptive innovation. The workshop will cover various phases of disruptive innovation including problem definition, trend spotting, scenario development, disruptive idea generation, idea evaluation, prototyping, and presentation. Participants will learn tools and techniques for each phase, and work through exercises applying a 90-day methodology to generate disruptive ideas and prototypes for an identified problem or opportunity.
The document summarizes the agenda for The 2nd International Conference on Systematic Innovation on May 25-26, 2011 at Shanghai Jiao Tong University. The conference will include pre-conference workshops on May 25th led by innovation expert Langdon Morris on topics such as the innovation master plan framework and the innovation process. The May 26th agenda includes speeches from industry leaders on harnessing innovation, creating innovations from consumer insights, building strong innovation teams, and creating an innovation culture.
Presentation by Dr Michael Rosemann, Professor & Head of IS, Queensland Unive...IT Network marcus evans
This document discusses innovation in business processes and enterprise architecture. It begins by outlining three drivers of innovation: problems, constraints, and opportunities. It then describes shortfalls of traditional business process management and enterprise architecture in supporting innovation. Four ways to drive innovation are proposed: enhance current practices, derive better practices from other domains, innovate using potential practices, and create new practices. Specific techniques are provided for each approach, such as improvement patterns, derivation patterns, identifying positive outliers for utilization, and design thinking methods. The document concludes by emphasizing that innovation requires considering all four dimensions.
Richard Bendis discusses building Arkansas' innovation economy through developing innovation infrastructure at the state and regional level. He provides examples of success stories and argues that innovation is essential for economic growth and competitiveness. Bendis emphasizes the important roles of government, academia, and industry in fostering innovation and outlines goals and best practices for innovation-based economic development.
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This document discusses estimating and planning in requirements engineering. It introduces estimating, which involves planning the resources, time, and size required to develop user stories or requirements. Planning involves formulating a project plan and schedule based on the estimates. The document covers estimating techniques like planning poker, where teams assign story points to user stories to estimate their size. It emphasizes that estimating is an important interface between requirements and software development planning.
This document summarizes a session on requirements specification and documentation. It discusses business process modeling, including defining what a business process is, why modeling them is important, and how to create activity diagrams. It also contrasts Tayloristic and direct knowledge sharing, where Tayloristic knowledge sharing involves division of labor and errors in information transfer, while direct knowledge sharing in agile encourages continuous realignment of goals and direct social interaction. The document provides examples and an in-class exercise on business process modeling and a simulation exercise on knowledge sharing approaches.
This document outlines an exercise on requirements elicitation through interviews. It discusses the importance of requirements analysis and interaction between analysts, developers and users. It provides guidance on conducting interviews, including types of questions, preparation, and practicing interview skills. The in-class assignment involves analyzing requirements for a kart racing track reservation system through roleplaying interviews between a user, analyst and observer.
The document discusses stakeholder analysis for requirements engineering, including identifying stakeholders based on their position, decision-making role, expertise, and objectives. It explains that stakeholder analysis is important for developing a shared understanding of the problem, ensuring requirements are complete and realistic, and facilitating cooperative learning. The document then provides an example stakeholder analysis for a bank call center software system.
The document discusses stakeholder analysis for requirements engineering, including identifying stakeholders based on their position, decision-making role, expertise, and objectives. It explains that stakeholder analysis is important for developing a shared understanding of the problem, ensuring requirements are complete and realistic, and facilitating cooperative learning. The document then provides an example stakeholder analysis for a bank call center software system.
This lesson introduces requirements elicitation and modeling techniques for software engineering projects. Three initial research questions are defined to guide the elicitation process. Requirements elicitation involves discovering what users want through activities like interviews and workshops. Domain modeling adds visual and textual representations to help document decisions. The strengths and weaknesses of system-as-is and requirements engineering are discussed to understand different perspectives.
The document discusses innovation governance and three models: hierarchy/bureaucracy, new public management/market, and network. It presents examples of how governments have approached innovation funding and regulation using these different models. The text also examines a shift from government to multi-level governance and the case study of electronic health record innovation.
This document provides an overview of a session on innovation systems. It includes an agenda, mini-test, and discussions of national and regional innovation systems. For national innovation systems, it discusses concepts, the rise of research and development, and factors influencing innovation. For regional innovation systems, it uses Silicon Valley as a case study, examining its characteristics and key success factors. It also discusses an innovation cluster for Galileo and satellite navigation, including the role of key actors and status in the Netherlands.
Managing Innovation_Introduction to InnovationOpenLearningLab
This document provides an overview and syllabus for a course on innovation management taught by Prof. Dr. Bernhard Katzy. The course aims to cover basic innovation concepts, innovation theory, transformation and entrepreneurship. It will examine the organization of innovation, innovation governance and systems. Grading will be based on class participation and a final paper. The next session will cover basic innovation concepts and assigned readings are from the book "Managing Strategic Innovation and Change" which provides background on architectural innovation and standards wars.
The document discusses various considerations for outsourcing IT projects and acquiring software from external suppliers. It covers benefits and risks of outsourcing, strategies for offshore outsourcing, methods for payment including time and materials contracts and fixed price contracts, and processes for requirements documentation, tendering, and proposal evaluation.
SDPM - Lecture 9 - Managing people and organizing teamsOpenLearningLab
This document outlines a series of lectures on systems development and project management at the Leiden Institute of Advanced Computer Science. It includes topics such as project planning approaches, software development methods, effort estimation, risk management, and people management. Theories of organizational behavior and stages of team development are also discussed. Myers-Briggs personality types and Belbin's team roles are presented as frameworks for understanding individuals' behaviors and ensuring effective team composition.
The document outlines a series of lectures on software quality assurance given at the Leiden Institute of Advanced Computer Science. It includes:
1) A schedule of lecture dates and times on topics like project planning, risk management, and quality assurance.
2) An overview of the STEP WISE approach to project planning.
3) A discussion of ISO 9126 software quality standards, including definitions of quality characteristics like functionality, reliability and maintainability, as well as related sub-characteristics.
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This document outlines a series of lectures on systems development and project management at the Leiden Institute of Advanced Computer Science. It details the dates, times and topics that will be covered in the lectures, including project planning, risk management, software quality assurance and project monitoring and control. The focus of the document is on project control and monitoring, outlining the project control life cycle, responsibilities, key areas that need controlling such as costs and quality, methods for collecting control data like time sheets and risk reporting, and common challenges like scope creep.
SDPM - Lecture 6 - Risk management and project escalationOpenLearningLab
This document provides an overview of a course on system development and project management offered by the Leiden Institute of Advanced Computer Science. The course covers topics such as risk management, project escalation, software quality assurance, and managing people and contracts. It lists the dates, times, and topics to be covered for each class session. Deliverables include assignments such as a project proposal, project plan, and reflection paper that are due on specified dates. The course aims to teach students the STEP WISE approach to project planning and techniques for evaluating and managing risks in projects.
The document outlines a course on system development and project management with a focus on software effort estimation. It provides the dates and times of the course sessions, which will cover topics like project planning, risk management, and software quality assurance. It also discusses challenges with software effort estimation and different taxonomy of estimation methods like function points, COCOMO II, expert estimation, and analogy-based approaches.
SDPM - Lecture 4a - MS Project – High Level IntroductionOpenLearningLab
This document provides a high-level introduction to Microsoft Project, including screenshots of the project screen showing two tasks, the information that can be entered for each task such as predecessors, resources, and notes, and different views of the project including calendar, activity network, and resource utilization views. It concludes by assigning users to play with MS Project in the computer room to become familiar with the software.
SDPM - Lecture 4 - Activity planning and resource allocationOpenLearningLab
This document contains details about a course on system development and project management taught by Prof. Dr. Thomas Bäck at the Leiden Institute of Advanced Computer Science. It lists the dates, times, and topics for the course sessions, which cover project planning, software development approaches, activity planning, risk management, and other topics related to managing software projects. The document also provides overviews and examples of techniques for sequencing and scheduling project activities, such as precedence networks and calculating earliest and latest start and finish dates.
SDPM - Lecture 3 - Selecting an appropriate software development approach.pdfOpenLearningLab
The document discusses selecting appropriate software development approaches. It describes several lifecycle models including one-shot or waterfall approaches, incremental approaches, and evolutionary approaches. General guidelines are provided for choosing between these based on factors like project uncertainties, complexity, and schedule. Specific one-shot models like waterfall and V-process models are outlined. The document aims to help readers analyze project characteristics and select a development approach.
SDPM - Lecture 2a - Project evaluation – for the buyer, and for the vendorOpenLearningLab
The document discusses methods for evaluating projects, including cost-benefit analysis, cash flow forecasting, net present value analysis, and internal rate of return. It provides examples of calculating net present value and internal rate of return for sample projects. Key project evaluation factors include development costs, operational costs, direct benefits, indirect benefits, payback period, return on investment, net present value, and internal rate of return.
The document discusses a series of lectures on project management given at the Leiden Institute of Advanced Computer Science. It provides an overview of the topics to be covered, including the STEP WISE approach to project planning, selecting a software development approach, risk management, and managing stakeholders. A class schedule is given that lists the dates, times, and topics for each lecture.
Generating privacy-protected synthetic data using Secludy and MilvusZilliz
During this demo, the founders of Secludy will demonstrate how their system utilizes Milvus to store and manipulate embeddings for generating privacy-protected synthetic data. Their approach not only maintains the confidentiality of the original data but also enhances the utility and scalability of LLMs under privacy constraints. Attendees, including machine learning engineers, data scientists, and data managers, will witness first-hand how Secludy's integration with Milvus empowers organizations to harness the power of LLMs securely and efficiently.
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TrustArc Webinar - 2024 Global Privacy SurveyTrustArc
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In the fifth annual Global Privacy Benchmarks Survey, we asked over 1,800 global privacy professionals and business executives to share their perspectives on the current state of privacy inside and outside of their organizations. This year’s report focused on emerging areas of importance for privacy and compliance professionals, including considerations and implications of Artificial Intelligence (AI) technologies, building brand trust, and different approaches for achieving higher privacy competence scores.
See how organizational priorities and strategic approaches to data security and privacy are evolving around the globe.
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Threats to mobile devices are more prevalent and increasing in scope and complexity. Users of mobile devices desire to take full advantage of the features
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Ivanti’s Patch Tuesday breakdown goes beyond patching your applications and brings you the intelligence and guidance needed to prioritize where to focus your attention first. Catch early analysis on our Ivanti blog, then join industry expert Chris Goettl for the Patch Tuesday Webinar Event. There we’ll do a deep dive into each of the bulletins and give guidance on the risks associated with the newly-identified vulnerabilities.
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“Building and Scaling AI Applications with the Nx AI Manager,” a Presentation...
Managing Innovation_entrepreneurship and transformation
1. Session 4 Entrepreneurship and
Transformation
Instructor
Prof. Dr. Bernhard Katzy
Prof.katzy@cetim.org
2012
www.CeTIM.org
Prof. Dr. Bernhard R. Katzy
2. Innovation Management
Innovation
System
Organization of Innovation
innovation Governance
Innovation
Transformation
and
entrepreneurship
Basic innovation concepts Introduction based on life cases
Innovation Theory Innovation Practice
Dominant theory, Main issues High tech entrepreneurship…
and developments of innovation
research
www.CeTIM.org Prof. Dr. Bernhard Katzy 1
3. Session 4: An overview
PRESENTATION OUTLINE
• Quick Test
• Transforming Organizations
• Capturing value from technical innovation and
dynamic capabilities
• Entrepreneurship in open innovation era
www.CeTIM.org Prof. Dr. Bernhard Katzy 2
4. Session 4 Reading engagement
QUICK TEST
2 questions 10 minutes
www.CeTIM.org Prof. Dr. Bernhard Katzy 3
5. Introductory Discussion
What is entrepreneurship for you?
VIEWS ON ENTREPRENEURSHIP
“Entrepreneurship is a normal human capacity, it can be
cultivated and developed” (Ludwig von Mises – Human
Action)
“ The pursuit of opportunity beyond the resources you
currently control” (HBR)
www.CeTIM.org Prof. Dr. Bernhard Katzy 4
6. Examples of transforming organizations
How about these organizations?
www.CeTIM.org Prof. Dr. Bernhard Katzy 5
7. Theories for Entrepreneurship Research
Entrepreneurship Research
Various theories employed to
Themes
examine the entrepreneurship
phenomenon
-Agency theory -Opportunity
-Social capital theory -Entrepreneurs
-Resource-based view -Entrepreneurship Process
-Dynamic capability -Firm Creation
-Opportunity Recognition -Economic Dynamics
-Creation theory -…
-…
However, so far, a strong theory dedicated to
entrepreneurship research is till missing
www.CeTIM.org Prof. Dr. Bernhard Katzy 6
8. Capturing value from technical innovation and dynamic
capabilities
TRADITIONAL PRODUCT DEVELOPMENT FUNNEL
Screen 1 Screen 2
Development Product
Projects introduction
Pre-development
Investigation
Source: New product development funnel, Wheelwright and Clark
www.CeTIM.org Prof. Dr. Bernhard Katzy 7
9. Capturing value from technical innovation and dynamic
capabilities
CAPTURING TECHNICAL INNOVATION
Distribution
Competitive
Manufacturing
Core
Technological
Know-how
Service
In Innovation
Others
Complementary
Technology
Source: Capturing Value from Technological Innovation: Integration,
Strategic Partnering, and Licensing Decisions by David J.Teece 1988
www.CeTIM.org Prof. Dr. Bernhard Katzy 8
10. Capturing value from technical innovation and dynamic
capabilities
CAPTURING TECHNICAL INNOVATION
• The competitive potential embedded in new technology
is not always captured by the innovator
• Channel Selection Issues (Core Capabilities)
Contractual Mode
Integrative Mode
Mixed Mode
www.CeTIM.org Prof. Dr. Bernhard Katzy 9
11. Dynamic Capabilities
DYNAMIC CAPABILITY
Are what enable a firm to integrate, build, and reconfigure internal
and external competencies to address rapidly changing environments
(Teece et al., 1997)
Are the firm’s processes that use resources to match and even create
market change.
Are the organisational and strategic routines to learn routines
(Einsenhardt et al. 2000)
Process Path
-Coordination/Integration Path dependency
-Learning -Current position is shaped by the
-Reconfiguration and path it travelled
transformation -Routines constrain its future
behavior
Position
-Technological assets
-Financial assets
-Structural assets
-……
www.CeTIM.org Prof. Dr. Bernhard Katzy 10
12. Dynamic capabilities in details
DYNAMIC CAPABILITIES VARY IN DIFFERENT CONTEXT
Dynamic capabilities integrate resources
Product development routines for profitable product and
services
Strategic decision making
…
Dynamic capabilities on reconfiguration resources
replication and brokering routines used to copy, transfer,
and recombine resources for new products
Scarce Resource allocation routines
Patching routines to changing market
…
others
Knowledge creating routines in industries where cutting-
edge knowledge is essential
Alliance and acquisition routines which bring external
resources into the firm, like BIO-TECH firms, or CISCO
Exit routines as market undergo changes
www.CeTIM.org Prof. Dr. Bernhard Katzy 11
13. Capturing value from technical innovation and dynamic
capabilities
ENTREPRENEURIAL DYNAMICS AND DYNAMIC CAPABILITIES
Foundational
technology, business Entrepreneur
idea
Initial resource Human Research institutes,
base resources high-tech companies
Venture capital,
Financial resources corporate venture
capital
Source: Strehle, Katzy, Davila, Learning Capabilities and
the Growth of Technology-based new ventures
www.CeTIM.org Prof. Dr. Bernhard Katzy 12
14. Growth is driven by learning, not “more of the same”
LEARNING, DYNAMIC CAPABILITIES AND
THE OPERATING CORECAPABILITIES, AND THE OPERATING CORE
LEARNING,
Dynamic capabilities Double-loop
learning
• Creation, integration, and
adaptation of routines
• Path dependency
Management control system Single-loop
learning
• Information-based
• Documented
• Tool-supported
Primary processes and operating routines
• Execution of known procedures (e.g. order Economic
Resources
processing) rents
• Assurance of current profit
Source: Zollo and Winter (2002), Lant and Mezias (1992), Fiol and Lyles (1985), Argyris and Schön (1978)
www.CeTIM.org Prof. Dr. Bernhard Katzy 13
15. KNOWLEDGE CODIFICATION IN MANANGEMENT SYSTEMS
Budgeting example
Learning increase
Loose bundle Archive of costs, Frequent Budgeting
of bank slips revenues, bank budgeting, self- with IT Tool
slips, and notes made on Excel e.g. “SAP”
No process Process
Evolution of routines
MCS1
MCS are suited to observe
organizational learning in new ventures
1MCS are ”formal, information-based routines and procedures used by managers to maintain or
alter patterns in organizational activities’’ (Simons, Strategic Management Journal, 1994)
www.CeTIM.org Prof. Dr. Bernhard Katzy 14
16. The study setting
Munich
Silicon Valley (44+2* STBNV)
(72 STBNV)
• Questionnaire and interview with 1 to 3 top
managers
• Participating companies must be:
– Technology-based
– In a range of 10 to 150 employees
– Founded 1992 or later
– Private and independent or publicly-owned
– Located in regions with high entrepreneurial
activity, here Silicon Valley and Munich
* 2 TBNV went bankrupt during the observation
www.CeTIM.org Prof. Dr. Bernhard Katzy 15
17. PATH DEPENDENCY OF GROWTH
3500
3000
Revenue (EUR
2500
'000)
2000
1500
1000
500
0
Year 0 Year 1 Year 2 Year 3 Year 4
Cluster 1 Cluster 2 Cluster 3
www.CeTIM.org Prof. Dr. Bernhard Katzy 16
18. Entrepreneurship in Open Innovation Era
OPEN INNOVATION
Research licensing Development
Other firms’
Market
New Market
Spin-off
Internal
Technology Base Current Market
External
Technology Base Technology
insourcing
Labor mobility/ Venture Capital/ Numerous Start-ups/ research
conducted at Universities/……
Source: The era of open innovation by Henry Chesbrough 2003
www.CeTIM.org Prof. Dr. Bernhard Katzy 17
19. Entrepreneurship in Open Innovation Era
Corporate investment objective THE CASE OF BELL LAB
Strategic Financial - Till the end of 1999, The NVG of Lucent had
Link to operational capability
invested in 19 ventures which are located in
Tight
Driving Emergent 4 areas in the left.
Advances strategy Exploration of poten
of current business -tial new business
- The objectives: uncover new vehicles for
increasing its growth; develop new
Loose
Enabling Passive mechanisms for leveraging its unparalled
Complements strate- Provides financial technology; increasing comercialisation rate
gy of current business returns only
of its technology.
- Focus on internal ideas
Source: Henry W.Chesbrough 2002
www.CeTIM.org Prof. Dr. Bernhard Katzy 18
20. Entrepreneurship in Open Innovation Era
LUCENT NVG'S OPERATING MODEL
Source: Henry W.Chesbrough and Stephen J.Socolof
www.CeTIM.org Prof. Dr. Bernhard Katzy 19
21. Readings for session 5: Innovation System
S5 Innovation System
Article 1: Michael E. Porter. Clusters
and The New Economics of
Competition. Harvard Business Review,
November- December, 1998.
Article 2: Anna L. Saxenian. Comment
on Kenney and von BURG,
"Technology, Entrepreneurship and
Path dependence: Industrial
Clustering in Silicon Valley and Route
128". Industrial and corporate change,
Volume8, Number1, 1999.
Available on Blackboard
www.CeTIM.org Prof. Dr. Bernhard Katzy 20