Systems design
Systems design involves creating the specification and design of systems to meet defined business needs.
Tingkat
- 1. Kesadaran
You can:
- assist as part of a team in the design of components of larger systems
- 2. Menerapkan
You can:
- translate logical designs into physical designs
- produce detailed designs
- effectively document all work using required standards, methods and tools, including prototyping tools where appropriate
- design systems characterised by managed levels of risk, manageable business and technical complexity, and meaningful impact
- work with well understood technology and identify appropriate patterns
- 3. Praktisi
You can:
- design systems characterised by medium levels of risk, impact, and business or technical complexity
- select appropriate design standards, methods and tools, and ensure they are applied effectively
- review the systems designs of others to ensure the selection of appropriate technology, efficient use of resources and integration of multiple systems and technology
- 4. Pakar
You can:
- design systems characterised by high levels of risk, impact, and business or technical complexity
- control system design practice within an enterprise or industry architecture
- influence industry-based models for the development of new technology applications
- develop effective implementation and procurement strategies, consistent with business needs
- ensure adherence to relevant technical strategies, policies, standards and practices
Contains public sector information from the UK Government Digital and Data Profession Capability Framework (https://understand-digital-data-roles-skills.service.gov.uk/), licensed under the Open Government Licence v3.0. © Crown copyright.
Keterampilan ESCO terdekat
Contains ESCO v1.2.1 data (https://esco.ec.europa.eu/). © European Union. Reuse authorised under Commission Decision 2011/833/EU.
Tingkat peran yang mengharapkan keterampilan ini
| Tingkat peran | Peran | Pita | Tingkat yang diharapkan |
|---|---|---|---|
| Arsitek jaringan asosiat | Arsitek jaringan | 6 | Menerapkan |
| Arsitek jaringan | Arsitek jaringan | 7 | Praktisi |
| Arsitek jaringan pimpinan | Arsitek jaringan | 8a | Pakar |
| Insinyur DevOps junior | Insinyur DevOps | 5 | Kesadaran |
| Insinyur DevOps | Insinyur DevOps | 6 | Menerapkan |
| Insinyur DevOps senior | Insinyur DevOps | 7 | Praktisi |
| Insinyur DevOps pimpinan | Insinyur DevOps | 8b | Praktisi |
| Insinyur DevOps utama | Insinyur DevOps | 8c | Praktisi |
| Insinyur infrastruktur asosiat | Insinyur infrastruktur | 4 | Kesadaran |
| Insinyur infrastruktur | Insinyur infrastruktur | 6 | Menerapkan |
| Insinyur infrastruktur senior | Insinyur infrastruktur | 7 | Praktisi |
| Insinyur infrastruktur pimpinan | Insinyur infrastruktur | 8a | Praktisi |
| Insinyur infrastruktur utama | Insinyur infrastruktur | 8b | Pakar |
| Insinyur integrasi | Insinyur integrasi (interoperabilitas kesehatan) | 6 | Menerapkan |
| Insinyur integrasi senior | Insinyur integrasi (interoperabilitas kesehatan) | 7 | Praktisi |
| Insinyur integrasi pimpinan | Insinyur integrasi (interoperabilitas kesehatan) | 8a | Pakar |
| Pengembang perangkat lunak junior | Pengembang perangkat lunak | 5 | Kesadaran |
| Pengembang perangkat lunak | Pengembang perangkat lunak | 6 | Menerapkan |
| Pengembang perangkat lunak senior | Pengembang perangkat lunak | 7 | Praktisi |
| Pengembang perangkat lunak pimpinan | Pengembang perangkat lunak | 8a | Praktisi |
| Pengembang perangkat lunak utama | Pengembang perangkat lunak | 8b | Pakar |