Programme Specification for the Intercalated Year in Computer Science
| Final Award | N/A |
| Interim Awards | None |
| Programme Title | Intercalated Year in Computer Science |
| School/Department | School of Computer Science |
| Banner Code | 5955 |
| Mode(s) of Study | Full-time |
| Length of Programme | 1 year |
| Total Credits | 120 |
| UCAS Code | N/A |
| Awarding Institution | The University of Birmingham |
| Teaching Institution | The University of Birmingham |
| Designed for accreditation by | - |
| QAA Benchmarking Groups | Computing |
| Completed by | Dr P Coxhead |
| Date | 1 June 2003 |
| Educational Aims of Programme | |
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Computer Science is both an academic discipline in its own right and an enabling technology for other discipline: Arts, Humanities and Social Sciences as well as Science and Engineering. The focus here is firmly on Computer Science as an enabling technology. The programme aims to provide a solid, self-contained and coherent core of computer science suitable for combination with a variety of other academic disciplines. It aims to provide:
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| Reference Points used to inform Programme Outcomes | |
| Computing Benchmarking Statement, the University and School Teaching and Learning Strategies. | |
| Special features of the Programme | |
| The Intercalated Year in Computer Science is taken between the second and third years of a main degree programme. It is assessed on a pass/fail basis. Neither credits nor marks gained during the year contribute to the main degree. Successful students graduate with a degree in their main programme, but with the addition of the extra words 'with Intercalated Year in Computer Science'. | |
Programme Outcomes and Learning, Teaching and Assessment Strategies |
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Knowledge & Understanding |
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| Ref | A. Students are expected to have knowledge and understanding of... | Teaching, Learning & Assessment Strategies to enable outcome to be achieved and demonstrated | |
| Learning & Teaching Methods | Assessment Methods | ||
| 1 | The essential facts, concepts, principles and theories relating to Computing and computer applications as appropriate to the topics covered in the programme. | Lectures, Tutorials, Exercise classes, Practical work, Independent study | Examinations, Coursework |
| 2 | Appropriate theory, practices and tools for the specification, design, implementation and evaluation of simple computer-based systems. | Lectures, Tutorials, Exercise classes, Practical work, Independent study | Examinations, Coursework, Reports |
Skills & Other Attributes |
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| Ref | B. Students are expected to have attained the following skills and other attributes: | Teaching, Learning and Assessment Strategies to enable outcome to be achieved and demonstrated | |
| Learning & Teaching Methods | Assessment Methods | ||
| 1 | The ability to apply the knowledge and understanding noted above to the analysis of a given information handling problem. | Lectures, Tutorials, Exercise classes, Practical work, Independent study | Examinations, Coursework, Reports |
| 2 | The ability to specify, design and construct simple computer-based systems, using appropriate tools, and to document all stages of this process. | Lectures, Tutorials, Exercise classes, Practical work, Independent study | Coursework, Examinations |
| 3 | The ability to evaluate computer based systems in terms of general quality attributes and possible trade-offs presented within a given information handling problem. | Lectures, Tutorials, Exercise classes, Practical work, Projects, Independent study | Coursework, Reports, Examinations, Presentations |
| (transferable skills) | |||
| 4 | Enhanced awareness of and ability to use general IT facilities, including basic information-retrieval skills. | Practical work | Coursework |
| 5 | 'Numeracy' in both understanding and presenting cases involving quantitative or similar formal, symbolic dimensions. | Lectures, Tutorials, Exercise classes, Practical work, Projects, Independent study | Coursework, Reports, Presentations, Examinations |
| 6 | Management of learning and development, including time management, organizational skills, and the ability to pursue independently further development of their IT education. | Lectures, Tutorials, Exercise classes, Practical work, Independent study | Coursework, Presentations |
Footnotes
- The Learning & Teaching and Assessment Methods above are not intended to be exclusive, but to indicate the main methods in use. Module Descriptions contain more detail.
See also: