Lecture 1 par 1

Technology: Collective knowledge regarding tools and their usage, essentially about knowing how to use and innovate with tools.
Design: Envisaging new realities, analyzing, and externally modeling them. It complements technology by answering the question of what could be.

Disruption: A state of disorder or confusion resulting from innovation, which advances previous technologies through new ideas and methods.
Innovation: This term refers to the advancement of existing technologies and ideas, leading to new products. It's a continuous process that has historic roots in early humans' attempts to modify their environments.

Paleolithic Age (approx. 2.5 million years ago): Use of fire and primitive stone tools. Cultural developments such as burial of the dead, cave dwellings, and cave paintings.
Bronze Age (around 3300 BCE): Advancements such as metal pots, pottery wheels, chariots, and pulleys.
Iron Age: Introduction of tools like lathes, pumps, chisels, and iron axes.
Renaissance (around 1300s): Innovations including the telescope, microscope, thermometer, barometer, printing press, and rifle.
Industrial Age: Key inventions included the steam engine, electricity, and automobiles.
Information Age: Developments like transistors, integrated circuits, and personal computers emerged.

A significant period around the late 18th century known for profound societal changes.
Marked by a notable rise in world GDP due to energy liberation from industrial processes.
Transformation: Transitioned from agrarian societies to industrial economies, affecting labor, living standards, and societal structures.
Disruptive Innovations: Examples include:
- Steam Engine: First viable application by Thomas Newcomen for pumping water from coal mines.
- Telephone: Revolutionized communication over long distances, diminishing rural isolation.

Incremental Innovation: Builds on existing products and processes, leading to gradual improvements (e.g., evolution of telecommunication devices).
Radical Innovation: Breaks away from existing paradigms, potentially leading to unexpected disruptions (e.g., introduction of new vehicle technologies, early personal digital assistants like Apple's Newton).

Cars have significantly transformed societies, affecting family life, the economy, and urban development.
Ongoing innovations like electric vehicles and self-driving technology signify a new phase of disruption in transportation.

The introduction of the first IBM PC in the 1980s marked a major shift in business computing and technology use.
Development of TCP/IP protocols in the 1970s and Tim Berners-Lee's World Wide Web (1991) made the internet accessible and changed communication globally.
The internet has created economic, social, and political changes worldwide, highlighting both positive and negative impacts.

The Industrial Revolution saw a transition of labor from rural to urban areas, leading to overcrowded city environments with poor living conditions.
Child labor was prevalent in factories, sparking the need for governmental oversight and labor reforms.

The evolution of tools, from handmade to portable electric drills, represents a significant shift in efficiency and flexibility of work arrangements.
Historical stats indicate a lack of workplace safety leading to accidents; modern regulations evolved to improve worker safety.

Understanding emerging technologies is crucial. Key aspects to focus on include:
- Flexibility: Be open to learning and adapting.
- Curiosity: Foster an experimental approach to new processes.
- Critical Analysis: Assess the effectiveness of new materials and processes for potential integration into design practices.
Upcoming subject focus on industrial 3D printing promises further opportunities for practical application and skill development in product design.