Impacts of Science & Technology

Impacts of Science & Technology

Lecture Overview: SC1101 – Science, Technology and Truth

Topics Covered

  • Relationship between Society and Science & Technology

  • Evaluating the Impact of Science and Technology on Society

  • Case Study: Impact of the Automobile

Relationship between Science and Technology

  • Definitions:

    • Science: Generally understood as a systematic enterprise that builds and organizes knowledge in the form of testable explanations and predictions about the universe.

    • Technology: Refers to the application of scientific knowledge for practical purposes, especially in industry.

Technology Push and Pull

Definitions

  • Technology Push:

    • Occurs when advancements in research lead to the creation of new technologies or products.

  • Technology Pull:

    • Happens when there is a necessity for new tools or techniques due to specific job or task requirements, leading to technological development.

Case Study: Technology Pull

Example: Grover Scientific

  • Founders: Wayne Morris & Heather Robson

Identified Problems

  • Use of inefficient equipment in ecosystems leading to waste generation.

Technological Design Intent

Statement

  • Technology is designed with intention to address specific issues, utilizing consciousness and problem-solving capacities.

Societal Reflection

Statement

  • Both Science and Technology reflect humanity's historical cultural demands and values, which have evolved over time.

Impact Example

  • The COVID-19 pandemic demonstrated rapid changes in technology's role in society.

Features of Technology

Definition of Intentional Design

  • Intentional design is the application of consciousness to recognize a problem and create a solution.

Example of Intentional Design's Objective

  • The automobile's design aims to enable faster and safer travel from one point to another.

Development of Tools

Key Point

  • Tools are historically and culturally specific, developed to meet societal needs and facilitate specific tasks.

Tool Use in Animals

Historical Perspective

  • The primitive stone tool, dating back 3.4 million years, is considered the ancestral precursor to modern technology.

Tool Use Examples

Mammals and Birds

  • Multiple vertebrates exhibit tool use, indicating cognitive sophistication.

Example: Dolphin Tool Use

  • Bottlenose dolphins utilize sponges to catch prey in a practice known as “sponging,” demonstrating social learning.

Example: Assassin Bug

  • Utilizes termites for predatory behavior showcases tool use beyond high animals, extending to invertebrates.

Features of Technology

  • Intentional Design

  • Social Learning

  • Cumulative Cultural Transmission

Ratchet Effect

  • Describes the innovative process of building on previous knowledge over generations.

Evaluating Impact of Science and Technology

Framework Considerations

  • Various frameworks influence assessments of science and technology impacts.

Dimensions of Change

Summary of Framework Aspects

  • Economic

  • Political

  • Social / Cultural

  • Environmental

Economic Impacts

  • Assessing technology’s economic effects involves not just direct costs, but also potential indirect ramifications of technological advancements on the economy.

  • Key Economic Models

    • Fordism:

      • Manufacturing designed for efficiency and worker wage suitability.

    • Engineered Obsolescence:

      • Products made for early breakdown to encourage repurchase, leading to increased consumer demand.

Socio-Political Impacts

  • Example: Keynesian Welfare State

    • A new socio-economic model arising from modern industrial production leading to enhanced labor rights and distribution of wealth.

Cultural and Social Consequences of Technology

  • Technologies can become cultural symbols, representing social values and personal autonomy, impacting urban design, community layouts, travel behaviors, and consumption patterns.

Environmental Consequences

  • Environmental effects span production, use, and disposal phases of technology lifecycle, leading to emissions and other ecological impacts.

    • Major impact of fossil fuel-driven vehicles evidenced by CO2 emissions driving climate change.

Summary Terms

  • Core Concepts:

    • Technology Push/Pull

    • Intentional Design

    • Social Learning

    • Cumulative Cultural Transmission

    • Ratchet Effect

    • Frameworks for Impact Evaluation

    • Direct and Indirect Consequences

    • Fordist Production Model

    • Engineered Obsolescence

    • Keynesian Welfare State

    • Urban Design and Sprawl

Acknowledgements

  • Special thanks to Robin Rodd for contributions to lecture materials utilized in this course.