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Transcript of Tmrt Theo Part-i
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Transfer and Management of
Rural Technology
Theory Part-I
Dr. S C Mahapatra
Rural Development Centre
IIT Kharagpur
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Transfer and Management of Rural Technology(RD30002)
3-1-0; 4 creditAutumn/Spring Semester
Syllabus and Schedule Prof. S C Mahapatra: Technology: concept, appropriate technology,
objectives, features, functions transfer of technology Technologyinnovation, process, characteristics, stimuli & barriers of innovations,systems involved, factors of TOT ; Communication processCommunication method Audio-Visual aids Information Technology
Adoption and Diffusion of Innovations Prof. P. K. Bhowmick: Extension concept, principles, scope. Extension
education; Rural sociology and psychology Concept of development:policies and theories; Rural development: theories, strategies andprogrammes. Programme planning Management of ExtensionOrganizations Rural Youth and Women
PRACTICAL & FIELD STUDY: 1st Phase; (before Midsem. Exam) Presentation of 1st Phase Study PRACTICAL & FIELD STUDY 2nd phase Presentation of 2nd Phase Study FINAL PRESENTATION at VILLAGE
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Technology Technology may be defined as the
practice, description and terminology of
any or all the applied sciences which have
commercial value.
A body of systematically organized
knowledge and materials applicable to
local production problems to help boostthe present level of productivity and /or
extend the existing range of production.
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Phases of Technology An Emerging Technology is an innovative technology
that currently is undergoing bench scale testing, in whicha small version of the technology is tested in alaboratory.
An Innovative Technology is a technology that has
been field-tested and applied to a hazardous wasteproblem at a site, but lacks a long history of full-scaleuse. Information about its cost and how well it works maybe insufficient to support prediction of its performanceunder a wide variety of operating conditions.
An Established Technology is a technology for whichcost and performance information is readily available.Only after a technology has been used at many differentsites and the results fully documented is that technologyconsidered established.
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APPROPRIATE TECHNOLOGY
Appropriate Technology may be definedas the technology which is suited to the
economic and social conditions and level
of civilization of a given population inspecific zone or area.There are 2 major aspects in it,
Apt:suitable for the circumstance or purpose, appropriate,fitting, adapted to, having a tendency to behave asspecified.
Sustainable: capable of being maintained at a steady levelwithout exhausting natural resources or causing severe
ecological damage.
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Objectives of Appropriate Technology
Development
Use of local resources for mass employment
generation
Identification, design, fabrication and transfer
of appropriate technologies
Application of affordable technology only in
conformity with the available skill and capacity
of people
Promotion of a situation that will assure
sustainability of the resource and the
friendliness of environment
:
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Criteria for Appropriate Technology
i) require only small amount of capital;ii) emphasize the use of locally available materials, in
order to lower costs and reduce supply problems;
iii) are relatively labour-intensive but more productive
than many traditional technologies;iv) are small enough in scale to be affordable to
individual families or small groups of families;
v) can be understood, controlled and maintained byvillagers whenever possible, without a high level ofspecific training;
vi) can be produced in village or small workshops;
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vii) suppose that people can and will work together
to bring improvements to communities;
viii) offer opportunities for local people to become
involved in the modification and innovation
process;
ix) are flexible, can be adapted to different places
and changing circumstances;
x) can be used in productive ways without doing
harm to the environment.
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Reasoning that underlies the concept of AT
1. it permits local needs to be met more effectively becauselocal people are involved in identifying and working to
address these needs; for the same reasons, it is likely tobe in harmony with the local traditions and values;
2. it means the development of tools that extend humanlabor and skills, rather than machines that replace human
labor and eliminate human skills;3. It represents a comprehensible and controllable scale ofactivities, organization and mistakes, at which peoplewithout management training can work together andunderstand what they are doing;
4. It allows more economical operation by minimizing thetransport of goods in an era of expensive energy,allowing greater interaction of local industry andpermitting greater use of local resources- both humanand material;
contd..
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5.It makes unnecessary many expensive or unavailablefinance, transportation, education, advertising,management, and energy services; and avoids the loss
of local control that use of such outside services implies;6. It helps to establish a self-sustaining and expanding
reservoir of skills in the community which begins fromalready existing skills;
7. It provides a region with a cushion against the effects ofoutside economic changes (e.g., the collapse of theworld sugar market or the sudden unavailability offertilizer, etc.);
8. It helps to reduce economic, social, and politicaldependency between individuals, between regions, andbetween nations, by recognizing that people can and willdo things for themselves if they can find a way.
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Salient features of Appropriate Technology
Simple technology: Technology should be simple sothat the common people can use it
Low investment: Technology should be of low cost andbe affordable to the user
Quick return: The technology should be such that there
should be the quick return from the investment Utilization of local resources: The raw materials
needed should be locally available
Less drudgery: Unnecessary excess physical labour areto be avoided
Household type: Unit should be operable in householdenvironment
Gender sensitivity: The technology should be such thatit can provide employment to most of the family membersparticularly women
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The Process of Technological Innovation
CURRENT STATE OF TECHNICAL KNOWLEDGE
Technical
Feasibility
Recognition
Search, Research &
Development activity
Adoption
Fusion into
design concept
(IDEA)
Solution
(Invention)
Implementation
& Use
Potential Demandrecognition
Informationreadily
available
Time
Diffusion
CURRENT STATE OF ECONOMIC AND SOCIAL UTILIZATION
Recognition Idea Problem Solution Utilization
Formation Solving & Diffusion
search use
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Objectives of creativity andinnovation:
To offer guidance and assistance to innovatorsand corporations in matters of intellectualproperty.
To provide a meeting place for innovators andentrepreneurs to come together to exchangenames and information.
To provide a hands-on learning opportunity to
gain experience in dealing with real-worldaspects of intellectual property law practice.
To increase the general awareness of intellectualproperty and its increasing importance as we
further move into the information age.
tt t t
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erce ve attr utes o nnovat on(qualities and characteristics):
Relative advantage The degree to which an
innovation is perceived as being better than the idea itsupersedes
Compatibility is the degree to which an innovation isperceived as consistent with the existing values, pastexperiences and needs of potential adopters.
Complexity is the degree to which an innovation isperceived as relatively difficult to understand and use.
Trial ability is the degree to which an innovation maybe experimented with on a limited basis.
Observability is the degree to which the results ofan innovation are visibility to others.
Predictability refers to the degree of certainty ofreceiving expected benefits from the adoption of aninnovation.
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It may be generalized that the attributesrelative advantage, compatibility,
trialability, observability, andpredictability of an innovation asperceived by the members of a social
system are positively related to its rateof adoption. While the complexibility ofan innovation as perceived by the
members of a social system arenegatively related to its rate ofadoption.
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CHARATERISTIC STIMULI FOR INNOVATION
1.Behavioural
2.Economic
3.Legal
CHARATERISTIC STIMULI FOR INNOVATION
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CHARATERISTIC STIMULI FOR INNOVATION
1. Behavioural:
Crises (Local, Regional, National and International) Focus and articulation of needs provided by media
Perceived attitude of people
Entrepreneurial efforts (in search and development)
Moral convictions of governmental leadership
Pressure from special interest groups
Desire for specific improvements by citizens
Desire for change from existing patterns andtrends
Image enhancement efforts by organization
Desire for personal recognition.
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CHARATERISTIC STIMULI FOR INNOVATION contd.
2. Economic: Profit motive
Availability of venture capital for new enterprises Competition among organizations
Unique combination of resources
Stimulation resulting from loss of share of market Existence of available pools of specialized talents Technological opportunity
Need for job satisfaction and work force stability.
3. Legal: Statutory and/or regulatory constraints
Legal/economic framework (Tax structure,
Accounting techniques, etc.)
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CHARACTERISTIC BARRIERS TO INNOVATION
A. Laboratory barriers (Universities, ResearchInstitutions, Industrial Research andDevelopment Laboratories).
B. Conflicting motivations on the part ofprofessional personnel
C. Inadequate communication with the usercommunity
D. Financial Limitations
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BARRIERS TO INNOVATION
i) Developer/Producer Barriers
1. Informational: * Lack of University Advisoryparticipation
* Lack of Research and Developmentsynthesis
2. Technological: * Appropriate reliability
* Technology turnover rate3. Managerial: * Lack of familiarity with market
* Established competition
4. Institutional: * Size, Stability, Outlook, Existingdistribution channels, R & Dorientation,
* Organizational structure.
5. Financial: * Accounting considerations* Basis for Investment Decision
ii) St t G t U B i
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1. Informational: * Flood of information which isun-interpreted and not user oriented
* Dissemination of information isirregular and unsystematic
* Sources of technology in manycases are unknown
2. Institutional: * Govt. agencies are fragmented* Budget and planning procedure
3. Political: * Conflict between short and longrange objectives* Intra and inter governmental conflict
* Political climate
ii) State Government User Barriers
4 Economic: * Cost of technology
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4. Economic: * Cost of technology
* Labour intensity
* Resource allocation
5. Technological: * Lack of in-house technologyand system Analysis capability
* Lack of operational performance
criteria
* Lack of trained operatingpersonnel
* Lack of technology assessment andforecasting capability
* Lack of product acceptancetesting capability
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Local User Barrier (Blockage)
1. Informational: * Limited science andtechnology information available
* Information available is often not useroriented
* Information dissemination is irregularand unsystematic
2. Institutional: * Non-innovative climate* Geographical dispersion
3. Political: * Political climate* Conflict in local administration(Panchayat)
* Conflict between short and longrange objectives
Local User Barrier (Blockage) contd
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Local User Barrier (Blockage) contd.
4. Economic: * Cost of technology
* Labour intensity
5. Public barriers:* Lack of recognition ofopportunities for innovation
* Inadequate understanding of
technological benefits and/or
consequences
* Political impact of public relations* Selfishness of special interest groups
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Transfer
Transfer may be defined as thesuccessful creation of opportunities orsituations in which people gain the
abilities and the stimulation necessaryfor successfully meeting their needsand interests in such a way as to attaincontinuous improvement and self
satisfaction.
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Transfer of Technology
Transfer of Technology is not onlymeans of transferring the knowledgeand skills but also fruitful application ofthese knowledge which includestechnological development,
application, marketing andmanagement of those technologies.
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Technology transfer
Technology transfer is the process bywhich basic science research andfundamental discoveries are developed
into practical and commerciallyrelevant applications and products.
Technology Transfer is the intersectionbetween business, science,engineering, law and government
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Purpose of TOT
To strengthen the economy by acceleratingthe application of laboratory technology andresources to private and public needs andopportunities.
Product improvement, service efficiencies,improved manufacturing processes, jointdevelopment to address government and
private sector needs and the development ofmajor new products for the internationalmarketplace are the results of successfultechnology transfer efforts.
F ti f T h l T f
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Functions of Technology Transfer1. To Coordinate
between technology users and developers,
between researchers and manufactures isan important element of technologytransfer. Access to relevant internal andexternal resources to individual projects
and enterprises has to be enabled.
2. To Nurturea main ingredient for moving technology
from a research laboratory to a newbusiness enterprise successfully is anenvironment that is supportive ofentrepreneurship. This needs to be
encouraged by providing guidance, counseling
F nctions of Technolog Transfer d
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Functions of Technology Transfer contd.
3. To Link
Cataloguing resources related to businessenterprises and connecting would-beentrepreneurs/researchers and othertechnology developers to outside groups
and organizations which can help in theprocess of starting new products,companies etc. Such linkages providereferrals for individual business counseling,
sources of financing or the names ofindividuals who can help with a particularfacet of business development
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Technology Transfer Activities
Processing and evaluating invention disclosures;
Filing for patents;
Technology marketing;
Licensing;
Protecting intellectual property arising fromresearch activity;
Assisting in creating new businesses andpromoting the success of existing firms.
The result of these activities will be new products,more high-quality jobs, and an expandedeconomy.
Users/beneficiaries of Technology Transfer
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Users/beneficiaries of Technology Transfer
technology transfer agents who areresponsible for the search, adaptation or
translation, packaging and dissemination,training and ensurement that a newtechnology is properly implemented,accepted and used to its full potential by a
target user;
individuals responsible for technologytransfer functions;
individuals charged with the responsibilityof making decisions as to whether atechnology is considered forimplementation within the organization;
Users/beneficiaries of Technology Transfer contd
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Users/beneficiaries of Technology Transfer contd.
individuals charged with budgetingresponsibilities which encompass
evaluating the cost of new technology;
individuals charged with strategic andbusiness planning responsibilities withinthe organization;
individuals who are being trained to perform
any of the above noted functions; and
inventors, vendors, licensors andpurchasers of technology
A i i l t ti l
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Assessing commercial potential
Commercialization is one effective method oftransferring technologies. Establishing atechnology's prospects for commercial successdepends largely on five factors:
1. Technical Development: The time, materials, andpersonnel needed to reduce the technology topractice and protect rights to the resultingproduct.
2. Regulatory Clearance: The testing needed to
demonstrate the product's utility and safety, andto meet federal regulatory requirements and tominimize or manage associated risks.
3. Manufacturing Requirements: The facilities,people, and equipment needed to make theproduct.
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Assessing commercial potential contd.
4. Market Development: The plan for successfulmarketing of the product, created by assessingperceived need for the product, size of potentialmarket, expected sales, advantages overcompeting products, and the cost of promoting
the product.
5. Financial Feasibility: The development costs,costs to produce, operating expenses in relation
to sales potential, net profits, potential liabilities,and return on investment.
Constituents of Technology Transfer
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Constituents of Technology TransferProcesses
Technology Transfer
Technology Promotion
Technology Deployment
Technology Innovation
Technology Development Technology Research
Technology Assessment
Technology Information and communication
Technology Investment
Technology Collaboration
Technology Commercialization
Process of technological change
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Process of technological change
From the behavioural point of view, technologicalchange and innovation occur as the result ofcomplex sets of
* human interaction,* information flows and transfers,
* individual and organizational creativity, and* individual and organizational risk taking and
decision making.
Each of these facts of the process involveshuman beings with their motivation,perceptions, attitudes, beliefs, abilities,ambitions, personalities and prior knowledge
and experience
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Process of technological change contd.
all of which contain and help determine theirinformation seeking and use habits andrepresent the variables which can be dealt
within the attempt to improve theprobabilities of successful innovationcoming out of R & D activities
Systems involved in Transfer of Technology
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Systems involved in Transfer of Technology
Transfer of Technology (TOT): Movement ofinformation from a Research or innovationsystem through an Extension system tothe Client system in to the existingoperation system and practice.
The effectiveness of Technology Transfer
depends on Support system as well associo-economic structure in which the othersystems operate.
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Process of Technology Transfer
RESEARCH SYSTEM EXTENSION SYSTEM
CLIENT SYSTEM
SUPPORT SYSTEM
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Process of Technology Transfer
tot
Researchsystem
Extensionsystem
Clientsystem
Supportsystem
Develop
ment oftechnology
Transfer
of newtechnology
Macro &
Micro
levelfactors
Inputs
and
infrastructure
Research system
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Research systemObjectives:
Development of technology Economically viable Socially acceptable Biologically applicable
The technologies must not be relevant to the users interms of cost, input requirements etc.
Practically, the availability of such technology is prerequisites for successful transfer and sustenance ofnew technology. The research system in addition to itsmajor role of development of new technology cancontribute to its effective transfer by participating in the
following activities:
Activities:
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ct t es:
In-service training of extension workers
Specialized training of farmers in selected subject
matter areas Conducting farm-days, field-days at the experimental
sites
Serving as resource persons to the extension system
(e.g. in development of annual programmes ofextension work; participation in diagnostic teams foridentification of field problems and suggestingremedies).
Providing materials and follow up for adaptiveresearch, minikit trials etc.
Participation in media programmes including radio,TV, and publication of literature for extension
personnel and technology users.
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Extension system
Objectives:
Transfer of new technology
* Processing and interpreting the technical
information generated at the research station
into an easy understandable form
* Communicating the processed information to
the client system in a form which is easilyunderstood and accepted by it through the
effective use of appropriate extension
methods.
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Activities:
Organization of National Demonstrationsand Operational Research Projects.
Training of farmers through FarmersTraining Institutions and KVKs
Participation in various Govt. TechnologyTransfer programmes.
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Client System
Objectives:
Identification of Macro and Micro factors
Personal factors
Social factors
Situational factors
Understanding factors which condition thebehaviour of the client system
Client system
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Client system
Personal factors
Socio-economic status, education level, socialparticipation, change agent contact, exposureto mass media, achievement motivation,rationality attitude to change, risk and credit.
Social factors Social values, social control
Situational factors Adverse climatic and soil conditions,
infrastructural facilities, proximity to market,etc. discourage the clients from taking risk andadopt input intensive & costly technologies.
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Support system
Objectives:
To verify the existence or availability ofinputs and infrastructure at all the above
systems (Research, Extension & Client)
Physical conditions which play vital role in
adoption of technology:Availability and supply of inputs includingcredit, transport, communication, storageand marketing facilities.
Comprehensive list of barriers that
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Comprehensive list of barriers thathinder technology transfer
1. Organizational boundaries2. Technical language Communication coding3. Funding Budget4. Unaware of available technology
5. Lack of technical skills6. Risks of innovation7. Lack of time for decisions and implementation8. non-acceptance
9. Adaptation required10. Linker-agent overload or by passed11. Lack of change agent12. Policy - no policy or policy restraints
B i C td
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Barriers Contd
13. Attitudes behavioural change
14. Middlemen image or status15. Transiency (not lasting) lack of continuity
16. Political solutions
17. Lack of motivation
18. Lack of an advocate, champion, committedleadership
19. Lack of coordination
20. Confidentiality21. Scheduling conflicts
22. Competing priorities
23. Govt. intervention, restrictions, regulations.
24. Institutionalization - Bureaucracy
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Barriers Contd
25. Communicative distance
26. Lack of rewards27. Technology market ignorance28. Market disaggregation
29. Uncertain domestic economy30.Sequential decision and approval process31. Specifications, standards32. Not-invented here
33. Lack of authority to commit resources34.Lack of project orientation35.Short term planning horizon36. Difficulty recognizing or interpreting needs
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Barriers Contd
37.Difficulty stating needs
38. Lack of analytical skills
39. Lack of performance and effectiveness
measurement
40. Insertion
41. Pluralisms and duplications of effort
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Models of Transfer of Technology
T O T Models
I. Information Linker Model
II.User First and Last Model
III.User Back to User Model
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Source Linker User
FeedbackIncreasedproductivity
I. Information Linker Model (Developed by Jolly et al., 1975)
ll User First and Last Model
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Research
Extension
User
User
Extension
Research
User
ll. User First and Last Model
(Developed by Robert Chambers, 1983)
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Methods of Transfer of Technology
Technology Implementation Potential forSuccess or TIPS