| Learning outcome |
1.1Strategy and planning |
1.2Security and privacy |
1.3Governance, risk and compliance |
1.4Advice and guidance |
2.5Change implementation |
2.6Change analysis |
2.7Change planning |
3.8Systems development |
3.9Data and analytics |
3.10User experience |
3.11Content management |
3.12Computational science |
4.13Technology management |
4.14Service management |
4.15Security services |
5.16People management |
5.17Skills management |
6.18Stakeholder management |
6.19Sales and marketing |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
A1<p>Develop, debug and test program solutions for given textual, informally written program specifications.</p> |
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K1<p>Describe ways in which to measure the efficiency of an algorithm.</p> |
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K2<p>Identify the computational complexity of a range of complex problems.</p> |
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K3<p>Discuss the purpose and need for abstract data types in the definition of data structures.</p> |
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K4<p>Define a range of common data structures along with their appropriate application.</p> |
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K5<p>Identify appropriate API classes and calls to solve complex problems</p> |
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S1<p>Calculate and compare the efficiency of algorithms.</p> |
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S2<p>Specify abstract data types to describe the design of various data structures.</p> |
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S3<p>Implement common data structures and algorithms from first principles.</p> |
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S4<p>Validate algorithms` performance empirically and compare with their theoretical efficiency.</p> |
| Learning outcome |
1.1ICT Fundamentals |
1.2ICT Infrastructure |
1.3Information & Data Science and Engineering |
1.4Computational Science and Engineering |
1.5Application Systems |
1.6Cyber Security |
1.7ICT Projects |
1.8ICT Management and Governance |
2.1Professional ICT Ethics |
2.2Impacts of ICT |
2.3Working Individually and in ICT development teams |
2.4Professional Communication |
2.5The Professional ICT Practitioner |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
A1<p>Develop, debug and test program solutions for given textual, informally written program specifications.</p> |
|||||||||||||
K1<p>Describe ways in which to measure the efficiency of an algorithm.</p> |
|||||||||||||
K2<p>Identify the computational complexity of a range of complex problems.</p> |
|||||||||||||
K3<p>Discuss the purpose and need for abstract data types in the definition of data structures.</p> |
|||||||||||||
K4<p>Define a range of common data structures along with their appropriate application.</p> |
|||||||||||||
K5<p>Identify appropriate API classes and calls to solve complex problems</p> |
|||||||||||||
S1<p>Calculate and compare the efficiency of algorithms.</p> |
|||||||||||||
S2<p>Specify abstract data types to describe the design of various data structures.</p> |
|||||||||||||
S3<p>Implement common data structures and algorithms from first principles.</p> |
|||||||||||||
S4<p>Validate algorithms` performance empirically and compare with their theoretical efficiency.</p> |