Coronavirus information for applicants and offer-holders

We understand that prospective students and offer holders may have concerns about the ongoing coronavirus outbreak. The University is following the advice from Universities UK, Public Health England and the Foreign and Commonwealth Office.

Read our latest coronavirus information

MSc History of Science, Technology and Medicine / Course details

Year of entry: 2020

Course unit details:
Making Modern Technology

Unit code HSTM60272
Credit rating 30
Unit level FHEQ level 7 – master's degree or fourth year of an integrated master's degree
Teaching period(s) Semester 2
Offered by Faculty of Life Sciences
Available as a free choice unit? Yes

Overview

When people refer to “technology”, they often think of the newest and most striking artefacts: the latest tablet PC, superjumbo airliner or stem cell innovation. It’s similarly easy to think of showstopping material technologies from the nineteenth and twentieth centuries: textile mills and steamships, radio telescopes and particle colliders. Yet there are many other, apparently “ordinary” technologies, which have equal and sometimes even greater influence on the way we live our lives. Some, like plug sockets or plastic bags, are material; others, like the metric system or credit scoring, are not.

This course addresses the international history of technological development from the nineteenth century to the present day. It focuses particularly on technology’s relationship to the physical sciences, as “Big Science” made ever greater organisational and material demands; on nationality, through attempts to portray Britain as intrinsically inventive; on warfare, both hot and cold; and on the steady expansion of concepts from information-processing science into all areas of human life and work.

As this is a team-taught course drawing on staff research interests, the exact content will vary. A typical schedule is as follows:

  • The invisibility of infrastructure
  • The figure of the inventor: industrial heroism and the patent lobby
  • Ships, dams and skyscrapers: the material culture of technological gigantism
  • Manufacturing numbers: organised computation before electronics
  • Technology and national identity: the Great Exhibition and the Festival of Britain
  • Air-mindedness and the technologies of colonialism
  • The growth of Big Science: is physics engineering now?
  • Space technology: a passage to new worlds, or a weapon of Cold War?
  • Meteorology, surveillance and environmental awareness
  • Computers in use: modelling and networking
  • The domestication of the computer
  • Mills, telescopes and nuclear bunkers: the technological heritage industry
  • Everything in bits? Technoscience, convergence and the birth of bioinformatics

 

 

Pre/co-requisites

HSTM60511 (except by special arrangement)

Aims

 

  • introduce students to the history of technological development, and its relationship with political, economic and social change, across the nineteenth and twentieth centuries
  • promote appreciation of the influence of everyday, unglamorous and ‘invisible’ technologies alongside prestigious and deliberately striking ‘high technology’
  • develop understanding of the infrastructural role of technology, including the power relations and value judgments embedded in ‘neutral’ or ‘inevitable’ developments
  • characterise the changing relationship between technological manufacture, the physical sciences and informatics across the period in view
  • enhance students’ research and essay-writing skills, and provide suitable grounding for dissertation research into the history of technology

 

Syllabus

Contact time is devoted to small-group discussion based on assigned readings. Students will regularly be asked to introduce the themes and arguments of readings to the rest of the class, and respond to comments. Some classes will also feature short video screenings.

Readings and other support materials are delivered via Blackboard, which is also used for essay upload. Students are encouraged to raise questions about the course in class or via email, and the group email list is used to continue general discussion on course themes. There will be occasional, informally organised visits to sites discussed on the course.

 

Knowledge and understanding

Describe and analyse the history of technological development, and its relationship with political, economic and social change, in the period 1800-2000.

Intellectual skills

  • Construct and defend an argument according to the norms of scholarly historical research
  • Critically examine the social consequences of technological innovation, and the strategic use of conspicuous technologies to promote interests and activities of various kinds, particularly at national level

Practical skills

  • Contribute to group discussion
  • Read, summarise and critically examine source texts, and present findings orally in a group setting
  • Conduct independent research on primary and secondary historical sources
  • Clearly present an argument in essay form using appropriate source documentation

Transferable skills and personal qualities

  • critically and comparatively appraise source texts
  • give an oral presentation examining a source text, and respond to questions or comments from others
  • contribute to group discussion
  • engage scientific, technical and lay audiences in discussions about the intentions behind, and consequences of, technological change

Employability skills

Analytical skills
All historical writing involves analysis.
Innovation/creativity
All historical writing involves a creative element.
Oral communication
Contact time focuses on small-group discussion, with students regularly required to present their responses to the material.
Problem solving
All historical writing involves problem-solving.
Research
The course provides content and methodological grounding for independent research work on the dissertation.
Written communication
Assessment is essay-based. Essays provide preparation for more complex written work required for the dissertation.

Assessment methods

Assessment tasks:

Essay 1 - 3000 words in length - 50% weighting within unit

Essay 2 - 3000 words in length - 50% weighting within unit

Feedback methods

The seminar discussion format of the course gives all students regular opportunities to discuss their ideas with teaching staff. Staff are also available to discuss essay proposals and general course performance by appointment, on a one-to-one basis. All coursework is double-marked, and essay scripts are returned to the students with both sets of markers’ comments.

Recommended reading

A comprehensive list is distributed at the beginning of the course. Useful introductory reading includes:

  • Thomas J Misa, Leonardo to the Internet: technology and culture from the Renaissance to the present. Baltimore: Johns Hopkins University Press 2004, chapter 3 onwards.
  • Ben Marsden and Crosbie Smith, Engineering Empires: a cultural history of technology in nineteenth-century Britain. Basingstoke: Palgrave Macmillan 2005.
  • Jon Agar, The Government Machine: a revolutionary history of the computer. Cambridge, Mass.: MIT Press 2003.
  • James C Scott, Seeing Like a State: How Certain Schemes to Improve the Human Condition Have Failed. New Haven: Yale University Press, 1999.

Study hours

Independent study hours
Independent study 0

Teaching staff

Staff member Role
James Sumner Unit coordinator

Return to course details