Technology and Society
What the domain covers
This domain examines the two-way relationship between technological systems and cultural, social, economic, political, and environmental systems. Items ask you to identify intended and unintended consequences, apply life-cycle thinking, and evaluate technology transfer and sustainability.
Core rules
- Technology is not neutral: design choices distribute benefits and burdens, and adoption changes norms and institutions.
- Consequences can be intended or unintended, positive or negative, short- or long-term, reversible or irreversible.
- Life-cycle analysis considers extraction, production, distribution, use, maintenance, and disposal-not just the use phase.
- Technology transfer moves a technology from one context to another; appropriate technology fits local resources, skills, culture, and economics.
- Sustainability seeks to meet present needs without reducing future options, balancing environmental, economic, and social dimensions.
- Rebound effects occur when efficiency gains lower cost and increase total consumption.
Worked example
The automobile. Intended consequences include personal mobility and economic growth. Unintended consequences include urban sprawl, congestion, crashes, and emissions. A life-cycle view counts mining and manufacturing impacts, not only tailpipe emissions. Policies such as fuel-economy standards are social feedback on the technological system. A rebound effect appears when fuel-efficient cars encourage more driving, partially offsetting fuel savings.
Traps that cost marks
Assuming a technology is inherently good or bad; listing only use-phase impacts; confusing invention with adoption; and treating appropriate technology as simply low technology rather than context-matched.