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Technological Change
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Lecture 3 | Technological Change
Technological ChangeAtlas shrugged, Ygdrasil shook, Joey tweeted what he hadfor luncheverything changed
Lecture 3 | Technological Change
Technology and Industrial Geography
What is Technology?o Physical objects, artifacts, activities, or processes and the applied
knowledge or know-how that creates value
What is Technological Determinism?o Technological change is inevitable and the sole influence on economic
organization, often considered linear
Another View of Technologyo Technological change is inevitable and the sole influence on economic
organization, often considered linear
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Lecture 3 | Technological Change
Technology and Industrial Geography
Technology is?o A form of learning, and a socially and institutionally embedded processo Not its own master
Technology in a Market System?o Influenced by the drive for profit, capital accumulation, investment,
increased market shareo Others???
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Lecture 3 | Technological Change
Technology and Industrial GeographyIncremental Innovationo Small scale, progressive modification of existing products and processes
Radical Innovationo Discontinuous events and drastic change within an industryo Transistors and semi-conductors
Changes in Technology Systemso Wide changes in technology the impact several parts of the economyo Bundles of innovation
Changes in Techno-Economic Paradigmso Revolutionary changes that touch all of society
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Lecture 3 | Comparative Advantage 4
Lecture 3 | Comparative Advantage 5
Lecture 3 | Technological Change
Fifth Wave: Information Technology
Information Technologyo Tools and techniques to collect, generate, and record data
Old Information Technologyo Simple pictorial representation and written language evolving into printing
New Information Technologyo Mechanical, electromechanical, and early electronic technologies
Convergent Information Technologyo Computers and telecommunicationso Create a single system of information processing and exchange
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Lecture 3 | Comparative Advantage 7
Lecture 3 | Technological Change
Technologys and Distance
Transportation Technologieso Planes, trains, and automobiles
Communication Technologieso Phones and fiber optics
Time-Space Convergenceo Impacts are not uniform in space or timeo Some places are more connected than others
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Lecture 3 | Comparative Advantage 9
Lecture 3 | Technological Change
Geographies of Innovation
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Lecture 3 | Technological Change
Product and Process Innovation
Product Innovationo Development and introduction to the market a new or redesigned good or
service
Process Innovationo Changes to the methods of production that increase the efficiency of
production
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Lecture 3 | Comparative Advantage 12
Lecture 3 | Technological Change
Types of Knowledge
Codified Knowledgeo Knowledge expressible through documentationo An instruction manual
Tacit Knowledgeo Knowledge possessed by individuals that is very difficult to express through
formal documentationo Know-How
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Lecture 3 | Technological Change
Spatial Networks of Innovation
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Lecture 3 | Technological Change
National Innovation Systems
What are National Innovation Systems (NIS)o Network of institutions in the public and private sector whose activities and
interactions imitate, import, modify and diffuse technologieso A systematic variation in social, cultural, legal, educational, political institutions
along national boundarieso Stress the interactive nature of innovation and its positive impact on economic
development
Factors Defining NISo Education Systems, Science and Technology Capabilities, Industrial Structure
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Lecture 3 | Technological Change
National Innovation Systems (NIS)Triple-Helix
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Lecture 3 | Technological Change
The US National Innovation Systemo Universities are incubators of innovation and receive government support
on multiple scales
o Private venture capital for small firm development
o US procurement and property right laws
o R&D is often government financed but industry run
o R&D often spans several organizations, and is organized through joint-ventures and research agreements
o Increasing internationalization
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Lecture 3 | Technological Change
NIS in an Era of GlobalizationIs globalization the end of NIS?
o Global firms try to exploit the advantages from NIS in international marketso Innovation occurs across borders through international collaboration
A Response to the death of NISo If globalization has different impact in different regions then national policy
has an important role to play in restarting innovationo Innovation remains embedded
Maybe we should also consider different scales of innovation
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Lecture 3 | Technological Change
Regional Innovation Systems
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Elements of an RISo Firms, institutions, knowledge infrastructure, innovation policy
Internal Mechanisms of an RISo Interactive Learning, knowledge production, proximity, social
embeddedness
Lecture 3 | Technological Change
Regional Innovation SystemsAgglomeration Economies
o Localization Economies: o Urbanization Economies: o Proximity Capital: Infrastructure relevant to innovation that exist within a
region
The regional focus was born in the clustero Regionally concentrated networks of SMEo Increasing the productivity of companies in the areao Driving the direction and pace of innovation o Stimulating the formation of new businesses within the cluster.
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Lecture 3 | Technological Change
Regional Innovation Systems (RIS)What is a region?
o Geographically defined administratively supported arrangement of interacting innovative networks and institutions
o A area homogenous in a set criteria distinguishable from others with its own internal cohesion
What are the boundaries of an RIS?o Interaction between systems is important because it brings novel information
and knowledge to a system
What are institutions and how do they impact RIS?o Social relations that frame activities of production, consumption, and exchange o Institutions are persistent and influential on multiple scales
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Lecture 3 | Technological Change
Comparing NIS and RIS
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Approach Knowledge Links
Facilitating Knowledge Transfer
Systemic Boundaries
Classic Analytical framework
NIS Triple-helix interactions
Common language
Social, cultural codes of communication
Nation-bounded
Company R&D for importing technology; education and training
institutions; R&D institutions; role of public sectors; production and marketing
systems; financial sector; allocation of R&D activity, sources of its funding;
roles of universities; government policy; characteristics of firms.
RIS
Tacit knowledge sharing
Social networks
Geographical proximity
Co-location learning
Tacit knowledge spillover
Region-bounded
Informal information exchange; human resource; inter-firm networks; financial
capacity; institutional learning; productive culture.
Lecture 3 | Comparative Advantage 23
RIS1
RIS3
RIS2RIS5RIS4
NIS2
NIS1
SpatialInnovationSystems(SIS)
Lecture 3 | Technological Change
Spatial Innovation Systems (SIS)
Genuine Innovators: new to the world innovations
Adapters: Specializing in steady improvement and incremental innovations
Adopters: Imitator systems, no significant improvements but often important in production
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Regional Characteristics Sectoral Diversity Sectoral Specialization
Genuine Innovators (Best Practice Places)
StarsSilicon Valley
Shooting StarsDetroit
Adapters(High levels of diverse competencies)
Living Room LampsTaiwan
SpotlightsBangalore, India
Adopters(Production oriented competencies)
ChandeliersBangkok, Thailand
CandlesDongguan China
Lecture 3 | Technological Change
Spatial Innovation Systems (SIS)Technologies:
o Industry, time, and space specific way of doing thingso You can only be developing in a place specific way in one place at a time
Technological Systems: o Sets of technologies in use in specific interlinked industries
Technological Paths: o Development trajectories of different innovationso Not locked-in, but are constrained by prevailing paradigmso A process of continual adjustment
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Lecture 3 | Technological Change
Spatial Innovation Systems (SIS)Development of Technological Paths
o Several RIS develop a technology simultaneously but differently within their given contexts
o These differently developing technologies intermingle to create technological development and new technological systems
o Regions may be temprorarily critical in development of a technology path
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