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Technology Assessment. Enterprise Excellence Series. Outline. Management of Technology Sociotechnical Change Technology Planning Technology Forecasting Managing Forecasting Methods and Issues Lifecycles Monitoring Tools for Trending Extrapolating Technological Trends Expert Opinion.
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Technology Assessment Enterprise Excellence Series
Outline • Management of Technology • Sociotechnical Change • Technology Planning • Technology Forecasting • Managing Forecasting • Methods and Issues • Lifecycles • Monitoring • Tools for Trending • Extrapolating Technological Trends • Expert Opinion
Result of Technology’s Increasing Significance • Technology assessment • originally driven by concern regarding the negative effects of technology on the environment and society. • now much more encompassing • Technology forecasting • assessment requires anticipation, therefore a need for technology forecasting.
Product Life Cycle Withdrawn from market Maximum Profit Maximum Sales Volume Profit Revenue (x100,000) Sales Revenue (x1,000,000) 4 Maturity Innovation Growth 4 Decline Profit 3 3 2 2 Sales Volume 1 1 Commercial launch Years from Launch
Impact/Technology Assessment • It is the systematic study of the effects on society, that may occur when a technology is introduced, extended, or modified, with emphasis on the impacts that are unintended, indirect, or delayed. • (Joseph Coates, 1976) • It should be viewed by technology managers as professional obligation and social responsibility • It’s results form the “big picture” concerns that should shape the context of technological planning
Forecasting-Technology Management Relationship • Forecasting is intended to bring information to the technology management process • Predicts possible technological changes that might affect corporate goals • Provides useful information to decision makers • The shape and format of forecasting are determined by • Targeted audience (nation, organization, business unit, group of units…) • Audience goals
Stages of Technological Innovation • Stage 3: Verification • laboratory experiment that confirms the validity of the proposed theory or design concept • Stage 4: Laboratory Demonstration • first primitive model of the technology concept in a useful form • Stage 5: Field Trial • full-scale approach or field trial that ultimately becomes the prototype or pilot-plant
Competitive Technology Lifecycle Critical Dimension Traditional technology Emergent technology Time Ex: Vacuum tubes v. transistors : Sail v. steamships
Fisher-Pry Model • Substitution model • Symmetrical around the 50% penetration point • y(t) = 1/(1 + e-b(t-a)) • y(t) = fraction of the potential market served by the new technology at time t • a = the time the new technology reaches 50% of the total market • b = rate of adoption
Technological Description/Foresight • Technology description is a subset of technology foresight • Technology foresight involves predicting and preparing for the opportunities and challenges that new technologies offer • Noted authors Dr. van Wyk & Dr. Jonathan Litton
Choosing Experts Opinion Capture Technique Six factors are to consider in choosing a technique to capture experts opinion (Nelms and Porter, 1985): • Logistics: resources largely determine the method • Feedback: minimizing delay between successive feedback is desirable • Communication medium: is a function of access to experts, resources, and time