IM963-30 Tech & Society 101
Introductory description
This module will equip students for the critical and creative analysis of contemporary impacts of computational technology including AI on society and culture by introducing them to relevant classic and current perspectives from the social sciences and humanities on the interaction between technology and society.
Students will learn about these perspectives and how to apply them to key contemporary innovations across data, digital and AI technologies through a review of key approaches, relevant historical case studies of science, technology & society interaction and project-based learning focused on timely public, policy and cultural debates and incidents involving contemporary technologies.
The module consists of three parts: 1) lectures introducing key perspectives on Tech & Society 2) presentations of classic case studies and debates 3) project-based work guided by assignments. Sessions during all three parts will be supported by tutor-led seminars.
The first, lecture-based part of the module (w1-3) will offer an introduction to relevant classic and contemporary perspectives from the social sciences and humanities on the interaction between technology and society 1) the rise of technological societies; 2) the invention of bureaucracy and the automation of the state; 3) feminist and ecological perspectives on technology. These lectures will also introduce students to core heuristic concepts: technological determinism, informational capitalism and the socio-technical.
In the second part (w4-6), the module will present exemplary historical cases of the interaction between technology and society: nuclear power, expert systems (symbolic AI), and digital surveillance. The presentation of these historical cases will also enable the further exploration of key concepts for understanding the interaction between Technology and Society during the 20th and early 21st Century, such as the innovation state, situated practices, and the data economy.
In the third part and final of the module (w7-9), students will be introduced to contemporary social and cultural cases involving tech with a special focus on AI. Students will explore these cases through project-based work guided by assignments. They will draw on the concepts and cases previously introduced in order to create a case study of a contemporary technology and its interaction with or impact on society.
Module aims
The overarching objective of this module is to enable students to develop a conceptual, historical and empirical understanding of the relations between technology and society, with a special focus on contemporary AI.
The module is designed to enable students to develop a contextual appreciation of the challenges that compute-intensive innovation poses to society, by combining the introduction of classic perspectives from the social sciences and humanities and to relevant historical cases and debates.
It will equip students with methodological skills such as issue mapping to evaluate the impacts of technology on society through cases studies, and to mobilize interdisciplinary social research to inform public and policy debates about these impacts.
To support the latter, the module will enable students to build up their knowledge of historical and contemporary case studies of the impact of technology and society and the role of public debate, citizen engagement and public policy in addressing these.
Outline syllabus
This is an indicative module outline only to give an indication of the sort of topics that may be covered. Actual sessions held may differ.
PART 1: Key concepts
Week 1: Tech & Society Now
How do new technologies transform society and what agency do communities, publics and citizens have to influence this process?
Week 2: Automating society
How is automation transforming social and public life and how does it change the relations between technology, economy and society?
Week 3: The socio-technical
While technology may change society, technology cannot function without human effort and human labour. How then should we understand the relation between technology and society?
PART 2: Historical cases and debates
Week 4: Nuclear power: challenges of the innovation state
During the 1970s and 1980s, the introduction of nuclear technologies led to extensive debate and the creation of Science & Society movements. What consequences did this have for the relations between innovation, state and society?
Week 5: Expert systems: the social life of intelligent machines
In the 1980s and 1990s, the creation of a new type of expert systems led to a wave of excitement and concern about intelligent machines and their role in social life. What were the core issues identified in these debates?
Week 7: Digital surveillance: evaluating digital technology in practice
During the 2010s, new AI-based technologies such as predictive analytics and biometrics were taken up by law enforcement and other public agencies. This led to extensive societal debate about the end of privacy and the accountability of the police. How did social research contribute to the understanding of the issues?
PART 3: Contemporary studies of tech & Society
Week 8: Introduction to contemporary cases
For each of the following cases, students will be presented with a dossier with relevant materials (scientific articles, media reports, online resources). Working in small groups, they will examine Tech & Society issues for each of these cases guided by assignments. Cases will change year on year, the following is an indicative list:
Intelligent Assistants
Future of Work
Biometrics
Public Compute
Future of Privacy
Week 9: Group work on case studies
Guided by assignments, students will work in small groups using data mapping techniques to create case studies. They will explore, map and visualise core Tech & Society issues raised by their cases.
Week 10: Grand finale: connecting concepts and cases
During the last session, students will present their case studies of Tech & Society. Through a guided discussion, students will explore the wider historical, social and political context of their cases, and make connections with key readings introduced in the first half of the course.
Learning outcomes
By the end of the module, students should be able to:
- Demonstrate a conceptual understanding of the challenges that technological innovation poses to society and key ideas from social science and humanities to understand these challenges
- Evaluate historical cases of socio-technical change and the debates they gave rise to about the impact of technological innovation on society.
- Demonstrate a case-based understanding of contemporary instances of socio-technical change and the role interdisciplinary social research can play to inform public debate and policy
- Develop an appreciation of innovative forms of inquiry, policymaking, intervention and engagement at the intersection of technological innovation and society
- Demonstrate the ability to use methods of issue mapping to create case studies to evaluate the interaction between contemporary technology and society.
Indicative reading list
Generic Reading lists can be found in Talis
Research element
The last part of the module consists of a small research project guided my assignments in which students will learn to mobilise academic literature to analyse and communicate contemporary issues in Tech & Society.
Interdisciplinary
The module presents a body of knowledge from sociology, science & technology studies, history, political theory, and digital media studies and enables students to draw on this knowledge to analyse contemporary public affairs in the area of tech and society.
International
Case studies will be selected from the UK as well as international contexts
Subject specific skills
- conceptual skills: the ability to use high level concepts to interpret instances and consequences of Tech & Society interactions.
- analytic skills: the ability to interpret case studies and associated literature to understand historical and contemporary relations and dynamics between Tech and Society.
empirical skills : the ability to analyse quantitative and qualitative data to detect and describe meaningful patterns in Tech and Society creative skills: using visual and spatial forms to represent Tech and Society interactions and their patterns .
Transferable skills
-communicative skills : the ability to commmunicate about complex situations in persuasive ways with a variety of stakeholders.
- collaborative skills: the ability to work effectively in teams to deliver short projects and presentations.
- synthesis skills : the ability to integrate ideas from academic and grey literatures with understandings of real-world incidents.
- creative skills: the ability to deploy visual and related aesthetic formats to engage diverse audiences.
Study time
| Type | Required |
|---|---|
| Lectures | 9 sessions of 1 hour (3%) |
| Seminars | 9 sessions of 1 hour (3%) |
| Private study | 282 hours (94%) |
| Total | 300 hours |
Private study description
Self-directed study, including reading for seminars and assignments and preparation for oral presentation.
Costs
No further costs have been identified for this module.
You do not need to pass all assessment components to pass the module.
Assessment group D1
| Weighting | Study time | Eligible for self-certification | |
|---|---|---|---|
Assessment component |
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| Concept Diary | 30% | Yes (extension) | |
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3 entries on selected concepts of 500 words each |
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Reassessment component is the same |
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Assessment component |
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| Case Study Report | 50% | Yes (extension) | |
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written cases studies based on group work and module readings |
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Reassessment component is the same |
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Assessment component |
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| Oral Presentation | 20% | No | |
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Week 10 presentations |
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Reassessment component is the same |
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Feedback on assessment
Students will receive feedback via Tabula for all summative assignments and oral feedback for formative work.
Courses
This module is Optional for:
- Year 1 of TIMS-L990 Postgraduate Big Data and Digital Futures
- Year 1 of TIMS-L991 Postgraduate Diploma in Big Data and Digital Futures
- Year 1 of TIMA-L995 Postgraduate Taught Data Visualisation
- Year 1 of TIMA-L996 Postgraduate Taught Data Visualisation (PGDip)
- Year 1 of TIMA-L99A Postgraduate Taught Digital Media and Culture