Notes on Science, Technology, and Society (STS)

Science as Knowledge: Accumulation of facts and insights about the natural world.
Science as a Field of Systematic Inquiry: Structured methods of investigation into nature.
Science as a Form of Human Cultural Activity: Science as an endeavor rooted in societal context.
Science as a Total Societal Enterprise: Integration of scientific work with society's functioning.
Definition: Systematic, organized knowledge or study of the natural world based on empirical evidence through experiments and observations.

Definition: Often viewed as applied science.
Meanings of Technology:
Technology as Technics: Focus on material artifacts.
Technology as an Activity: The processes involved in creating and using technology.
Technology as Human Cultural Activity: Reshaping human interactions and society.
Technology as Total Societal Enterprise: The overall impact technology has on society.

Definition: A large group of individuals organized and living together.
Interrelationship between Science, Technology, and Society:
Constantly evolving dynamics.
Paradigm Shift: Change in the integration and perception of STS over time, notably due to technological advancements.

Combating Irrationality: Science provides a rational basis for decision-making.
Source of Cognitive Authority: It establishes knowledge paradigms.

Sustaining Private Corporations: Technology supports business operations and economic growth.
Source of Personal Identity: Technology influences individual and collective identity in modern societies.
Fosters Social Integration and Stratification: Reflects and influences social structures through work dynamics and societal functions.

Against Terrorism:
Prevent misuse by terrorists.
Harness for defense mechanisms against threats.
Against Infectious Diseases:
Development of vaccines and therapies (e.g., AIDS, COVID).
Against Natural Disasters:
Need for international cooperation for early warning systems and rescue operations.

Sustainability: Focus on energy, environment, global warming, CO2 emissions control, and renewable energy strategies.
Life Sciences: Addressing ethical considerations in medical advancements like stem cells and genomics.
Impact of Information Technology: Issues surrounding interoperability, privacy, and digital archiving.

Ethical conflicts emerge from scientific and technological advancements requiring careful assessment.
Social and cultural implications of STS shape contemporary dynamics.

Importance for individuals of all backgrounds to engage with STS issues.
Awareness of both potential benefits and downsides of science and technology.
Quote from Hiroyuki Yoshikawa: Emphasizes the need for humanity to control science and technology, instead of the reverse.

Renewable Energy Sources: Exploration and support for alternative energy.
Bioethics: Focus on human societal impact and ethics in technology.
Intellectual Property Rights (IPR): Importance of protecting innovation while promoting technological advancement.
Potential of Filipino Innovation: Highlighting local technological capabilities in a supportive environment.

STS provides students with skills to understand the interplay between technology and society, fostering critical thinking and informed citizenship in a technological world.