Library Science

The Library Science course involves the study of 7 core modules and 1 elective module, plus a dissertation.

On successful completion of eight modules, students progress to the dissertation.

The core modules are:

• Library and information science foundation
  Gives a thorough introduction to the principles and concepts of the information sciences, and shows that these foundations underpin the practice of information science, librarianship, and other information disciplines. Emphasis is places on a historical perspective, and on current and future developments, showing how basic principles can be used to make sense of complicated and changing issues.
• Information resources and organisation
  Gives an understanding of the principles and practice of the organization of information and knowledge. Topics covered include metadata, cataloguing and resource description, classification and taxonomy, subject headings and thesauri, indexing and abstracting, and construction of controlled vocabularies.
• Information management and policy
  Introduces the principles of the management of information resources of diverse kinds in a variety of environments, and the strategies and policies which make this possible. Emphasis is on the specific issues of the disciplines which manage information and documents: information resource management, knowledge management, records management and archiving, collection management, etc.
• Digital information technologies and architecture
  Provides the technical background required to store, structure, manage and share information effectively. Topics include: introduction to computing, internet and web, database systems and searching, Web 2.0 technologies (blogs, wikis, etc.), semantic web, information architecture
• Research, evaluation and communication skills
  Provides knowledge and skills which are relevant in the academic environment, in the workplace and for lifelong learning. Topics covered include: nature of research and evaluation; research methods, including surveys, system and service evaluation, system design, and desk research; data analysis; literature analysis; written and oral communication; ethical issues; project management.
• Digital libraries
  Introduces and exemplifies the principles of digital libraries, in terms of functions, services and characteristics, creation and management, digitization and preservation, access and interfaces, search, and evaluation.
• Libraries and publishing in the information society
  Gives a broad understanding of the ways in which the publication of recorded information is changing, and the impact which this will have on publishers, libraries, other information providers and society in general. These issues are related within a framework of forces for changes: technical, economic, social and political.

The elective module is chosen from a range which typically includes:

• Information domains
  Provides an understanding of information provision in a variety of domains, including academic subjects, professional disciplines and everyday and leisure topics; gives an insight into subject-specific information work. Topics include information in law, business, healthcare, and the arts, in academic subject areas such as history, mathematics, chemistry and languages, for every day and general reference.
• Information law and policy
  The information law and policy module covers a wide range of legal issues relevant to the information profession – such as intellectual property, data protection & privacy, cybercrime and computer misuse, freedom of information, libel, and the re-use of public sector information.

• Independent study
  Allows students to undertake individual in-depth study of a topic which is not fully covered by other modules, and which is appropriate for independent literature-based research. Topics are chosen by agreement between student and supervisor.
• Web applications development
  Introduces the principles and practice of building dynamic web applications. Topics covered include web applications architecture, mark-up languages, web servers and protocols, connectivity with database systems, client side processing, integration of components in a functional application

Read the full programme specification