RedLectern topic
Explore how technologies are designed, used, connected in systems, and shaped by social and environmental contexts.
For: Learners at any starting point, including readers who want a broad view and learners exploring a specific technology area.
After this page you can: Describe a technology as a designed system, trace a few of its dependencies and effects, and choose a focused next step for learning.
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Technology includes artifacts as well as the people, organizations, knowledge, processes, and devices involved in creating and operating them. This hub treats those things as more than isolated objects: technical choices take shape within historical, cultural, and political efforts, while technologies can also influence how people work, communicate, and organize daily life. The scope is deliberately broad, so a household device, an energy network, and a digital service can all be studied as technologies, though each calls for different tools and knowledge. Learners can begin with a concrete example and ask what need it addresses, what it depends on, and whose experience its design considers.
Technology can be studied through several complementary routes. Engineering approaches examine needs, design decisions, models, prototypes, testing, and implementation; the engineering connection helps explain this process. A systems route follows how components such as software, databases, networks, and users work together, linking to computer science and data science. Historical and social inquiry asks how technologies change over time and how communities, values, and institutions shape their development and use. These perspectives can be combined: describe a technology’s purpose, trace its dependencies, look at evidence about how it works, then ask who benefits, who faces constraints, and what trade-offs deserve further study. Choose a route based on the question you want to answer; no single technical background is required to begin.
Start with a historical overview that asks what technology is and studies how technology and culture develop in relation to one another.
Start with: Introduction to the History of Technology
Follow how software systems are designed and managed, including databases, the Web, security, and data communications.
Start with: Database, Internet, and Systems Integration Technologies
Explore a project-based course in which design work responds to a person’s needs.
Start with: Principles and Practice of Assistive Technology
Engineering design can involve criteria and constraints, designs, models, prototypes, and testing. A project-based assistive technology course offers one example of designing with a person who will use the resulting device, app, or other solution.
Its course description considers how technical, historical, cultural, and political efforts shape technology.
Design process
An approach that starts with criteria and constraints and works toward a solution that meets them.
Choose a familiar object or service. Name the need it addresses, one design choice, and one question you would test with a prototype.
A reusable water bottle addresses carrying drinking water; a screw-top lid is one design choice; a prototype test could check whether the lid stays closed during ordinary carrying.
A software system can involve databases, the Internet and Web, security, data communications, and software modeling. Following how these components work together helps learners describe a system beyond the screen or interface they directly see.
The course includes designs that may take the form of a device, piece of equipment, app, or another solution.
Database
An organized collection of data used within a software system.
System integration
Connecting components or systems so they work together as part of a larger system.
Map a simple online service using three parts: the user-facing interface, one system behind it, and one kind of information it handles.
For a library catalog, the interface is the search page, a database can store catalog records, and the information includes book titles and availability.
Technologies can depend on larger systems that provide energy, transport, communication, or other shared services. Energy systems can be studied from their resources and extraction through conversion and end use, with proposals assessed against engineering, social, economic, political, and environmental goals.
The course studies software systems that use databases and the Internet and Web.
Infrastructure
Shared systems and structures that support other activities or services.
Energy system
A connected set of resources, conversion processes, and end uses involved in supplying and using energy.
Pick a technology you use daily and name one infrastructure dependency and one question about its environmental or social effects.
A phone depends on electricity and communication networks; one question is how the energy used to charge it is produced and what effects that production has.
Historical and social study can examine technology as the result of technical, cultural, and political efforts, and ask how technologies and culture change in relation to each other. MIT’s Science, Technology, and Society program describes its focus as the interaction of scientific, technological, and social factors in shaping modern life.
Its syllabus examines connections between technology, political and military power, imagination, beliefs, and values.
Sociotechnical context
The social conditions, needs, and responses that interact with technical work and technologies.
Historical evidence
Sources used to support an account or argument about the past.
Choose a technology from the past or present. Name one social or political condition that may have shaped it, and one kind of evidence that could help investigate the connection.
A public transport system may reflect decisions about which communities to connect; maps, planning documents, and historical accounts could help investigate those decisions.
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Lewis Mumford · 2010
A long historical account linking the machine age to its social, economic, and political results.
Wiebe E. Bijker, Thomas P. Hughes, and Trevor Pinch (eds.) · 2012
Its essays examine varied technologies, from galleys and cooking stoves to missile systems, through social studies of technology.
Jacques Ellul · 1967
A sweeping critique of technology’s reach into human institutions, paired here with books that give historical and social accounts.
Langdon Winner · 1988
Winner examines technology’s political, social, and philosophical implications through essays including “Technologies as Forms of Life” and “Do Artifacts Have Politics?”
Donald A. Norman · 2013
A focused guide to how design shapes interaction between people and artifacts, including everyday devices.
Listed as Technology courses: