Higher Technical Qualifications (HTQs) are designed to be delivered within a course of education. Some Knowledge, Skills and Behaviours may be more safely and reliably delivered in workplace settings, so may not be fully covered by the HTQ. Some qualifications will deliver additional content or added depth and breadth through, for example, use of specialist learning environments, work placements or innovative teaching methods. Check with the qualification provider if you require further information on coverage.
This occupation is found in large and small businesses, in all sectors, and within public, private, and voluntary organisations. Network Engineers are a key occupation in most organisations which are increasingly dependent on their digital networks.
Organisations of all types are increasingly applying digital technologies across all their business functions to maximise productivity. Large organisations will have sophisticated complex systems whilst smaller consultancies offer support to clients on a contract basis.
For example, a Network Engineer may work within a network of hotels to ensure that the booking system functionality and performance is maintained and customer access to courtesy systems such as Wi-Fi are managed appropriately for performance.
In a large infrastructure project, a Network Engineer may work in a team to ensure that significant project milestones are reached in delivering network services both within the project and by servicing the project teams with reliable network capability to enable them to deliver that project successfully.
Large communications organisations use Network Engineers to service world-leading global networks at the cutting edge - adapting and evolving with changes to new technologies to give customers the very best digital experience from delivering major communications installations to monitoring nationwide networks.
The demand for people who can manage, build, maintain virtual and physical networks is increasing. This is because of technological developments such as, 5G and Cloud. The broad purpose of the occupation is to install computer networks, maintain them, and offer technical support to users where necessary.
A Network Engineer provides networks and systems to deliver the objectives of varied organisations. They will make sure that systems are working at optimum capacity and problem solve where they are not. To be able to do this effectively a Network Engineer must interpret technical information and understand organisational requirements and expectations. They support delivery of legislatively compliant solutions to challenges in network and infrastructure.
Network Engineers deal with both hardware and software issues. They are a key part of putting things right quickly when networks fail, and they communicate problems that they have identified with network integrity or performance rapidly to ensure service is resumed and downtime minimised. Network Engineers help customers both technical and non-technical to install computer networks, maintain them, and offer technical support to users where necessary.
Network Engineers can be customer facing or internal. In their daily work, an employee in this occupation interacts with management within organisations, team members, staff, clients, customers, and suppliers. They may interact face to face or remotely by using a range of technologies. They may be working independently or collaboratively as part of a team. They will be aware of their organisational escalation routes and understand their role in their team.
The work of a Network Engineer is office-based, although they may need to work across different sites depending on the size of the organisation and their network. When working as a consultant a Network Engineer may spend a lot of time at clients' offices and on large installations, which may mean spending time away from home or their usual work base.
| Duty | KSBs |
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Duty 1 Install, configure, and test appropriate network components or devices securely to well-defined specifications whether physical or virtual |
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Duty 2 Acquire and analyse network performance data to monitor network activity |
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Duty 3 Optimise and maintain the performance of network systems or services in line with well-defined specification whether physical or virtual |
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Duty 4 Investigate and problem solve to address technical performance issues in networks to return the network to successful operation and escalate as necessary |
K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 K11 K12 K13 K14 K15 K16 K17 K19 K20 K21 |
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Duty 5 Undertake upgrades to a network including physical or virtual systems |
K1 K2 K3 K4 K5 K6 K7 K8 K9 K10 K11 K12 K13 K14 K15 K16 K17 K18 K19 K20 K21 |
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Duty 6 Interpret written requirements and technical specifications in relation to delivery of network systems and services |
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Duty 7 Maintain accurate logical records in line within organisational policy when carrying out network tasks |
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Duty 8 Use operational data to manage weekly work schedule in an efficient and cost effective way |
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Duty 9 Consider the impact and risks when implementing network changes in line with work activities and escalating as required by organisational policies |
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Duty 10 Communicate technical network requirements effectively and professionally with a range of stakeholders ensuring stakeholder relationships are maintained |
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Duty 11 Practice continuous self-learning to keep up to date with technological developments to enhance relevant skills and take responsibility for own professional development |
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Duty 12 Incorporate considerations of the requirements of the wider digital context in which they operate to ensure that network engineering activities are carried out effectively |
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Duty 13 Ensure all network engineering activity complies with organisational policies, technical standards, Health and Safety legislation, data security requirements, professional ethics, privacy and confidentiality |
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Duty 14 Deliver and manage a high quality service under pressure |
K1: the causes and consequences of network and IT infrastructure failures
Back to Duty
K2: the architecture of typical IT systems, including hardware, OS, server, virtualisation, voice, cloud and applications
Back to Duty
K3: the techniques for systems performance and optimisation
Back to Duty
K4: diagnostic techniques and tools to interrogate and gather information regarding systems performance
Back to Duty
K5: organizational procedures to deal with recording information effectively and in line with protocols
Back to Duty
K6: Service Level Agreements (SLAs) and their application to delivering network engineering activities in line with contractual obligations and customer service
Back to Duty
K7: their role in Business Continuity and Disaster Recovery
Back to Duty
K8: the purposes and uses of ports and protocols
Back to Duty
K9: devices, applications, protocols and services at their appropriate OSI and, or, TCP or IP layers
Back to Duty
K10: the concepts and characteristics of routing and switching
Back to Duty
K11: the characteristics of network topologies, types and technologies
Back to Duty
K12: wireless technologies and configurations
Back to Duty
K13: cloud concepts and their purposes
Back to Duty
K14: functions of network services
Back to Duty
K15: the different types of network maintenance
Back to Duty
K16: how current legislation relates to or impacts occupation
Back to Duty
K17: troubleshooting methodologies for network and IT infrastructure
Back to Duty
K18: how to integrate a server into a network
Back to Duty
K19: the types of security threats to networks and IT infrastructure assets
Back to Duty
K20: how to use tools to automate network tasks
Back to Duty
K21: approaches to change management
Back to Duty
S1: apply the appropriate tools and techniques when securely operating and testing networks
Back to Duty
S2: install and configure the elements required to maintain and manage a secure network
Back to Duty
S3: implement techniques to monitor and record systems performance in line with defined specifications
Back to Duty
S4: maintain security and performance of the system against known and standard threats
Back to Duty
S5: apply the appropriate tools and techniques to identify systems performance issues
Back to Duty
S6: apply the appropriate tools and techniques to gather information to troubleshoot issues and isolate, repair or escalate faults
Back to Duty
S7: communicate outcomes of tasks and record in line with organisational procedures and SLAs including adherence to customer service standards
Back to Duty
S8: upgrade, apply and test components to systems configurations ensuring that the system meets the organisation’s requirements and minimises downtime. This should include backup processes
Back to Duty
S9: record task details whether face-to-face, remote or in writing in line with ogranisational requirements
Back to Duty
S10: interpret information received from a manager, customer or technical specialist and accurately implement the defined requirements
Back to Duty
S11: monitor, identify and implement required maintenance procedures
Back to Duty
S12: implement techniques to optimise systems performance in line with defined specifications
Back to Duty
S13: organise and prioritise clients or stakeholders’ requests in line with SLAs and organization processes
Back to Duty
S14: explain their job role within the business context to stakeholders to enable a clear understanding on both sides of what their remit is and convey technical constraints in appropriate language considering accessibility and diversity implications
Back to Duty
S15: operate securely and apply the appropriate process, policies and legislation within their business responsibilities
Back to Duty
S16: communicate with a range of stakeholders taking into consideration the organisations cultural awareness and technical ability
Back to Duty
S17: apply the appropriate level of responsibility when planning and prioritising work tasks
Back to Duty
S18: apply the relevant numerical skills (Binary, dotted decimal notation) required to meet the defined specifications
Back to Duty
S19: ensure compliance of network engineering outputs with change management processes
Back to Duty
S20: select the appropriate tools and comply with organisation policies and processes when upgrading systems
Back to Duty
B1: work independently and demonstrate initiative being resourceful when faced with a problem and taking responsibility for solving problems within their own remit
Back to Duty
B2: work securely within the business
Back to Duty
B3: work within the goals, vision and values of the organisation
Back to Duty
B4: take a wider view of the strategic objectives of the tasks or projects they are working on including the implications for accessibility by users and diversity
Back to Duty
B5: works to meet or exceed customers’ requirements and expectations
Back to Duty
B6: Identifies issues quickly, investigates and solves complex problems and applies appropriate solutions. Ensures the true root cause of any problem is found and a solution is identified which prevents recurrence
Back to Duty
B7: Committed to continued professional development in order to ensure growth in professional skill and knowledge
Back to Duty
B8: Work effectively under pressure showing resilience
Back to Duty
Qualification type: HTQ
Qualification level: 4
Applicant: Sheffield Hallam University
Awarding body: Sheffield Hallam University
Approval date: 02/03/2023
Occupational pathway: n/a
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: The Open University
Awarding body: The Open University
Approval date: 01/06/2021
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Leeds City College
Awarding body: Leeds City College
Approval date: 01/06/2021
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
ST1021 Cyber security technologist (2021)
Options: Cyber Security Engineer , Cyber Risk Analyst , Cyber Defend & RespondQualification type: HTQ
Qualification level: 5
Applicant: Warwickshire College
Awarding body: Warwickshire College
Approval date: 01/06/2021
Occupational pathway: Not applicable
Placement: Yes
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: University Centre South Devon (UCSD) - South Devon College
Awarding body: University of Plymouth
Approval date: 30/06/2021
Occupational pathway: Not applicable
Placement: No
Qualification type: HTQ
Qualification level: 5
Applicant: New College Durham
Awarding body: New College Durham
Approval date: 01/06/2021
Occupational pathway: n/a
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Blackpool and The Fylde College
Awarding body: Lancaster University
Approval date: 24/03/2021
Occupational pathway: n/a
Placement: Yes
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: NCG
Awarding body: NCG
Approval date: 01/06/2021
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
ST1021 Cyber security technologist (2021)
Options: Cyber Security Engineer , Cyber Risk Analyst , Cyber Defend & RespondQualification type: HTQ
Qualification level: 5
Applicant: Staffordshire University
Awarding body: Staffordshire University
Approval date: 01/06/2021
Occupational pathway: Network Engineer
Placement: No
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Qualification type: HTQ
Qualification level: 4
Applicant: Solent University
Awarding body: Solent University
Approval date: 04/05/2023
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Exeter College
Awarding body: University of Plymouth
Approval date: 01/06/2021
Occupational pathway: Not applicable
Placement: Yes
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 4
Applicant: NCFE
Awarding body: NCFE
Approval date: 08/07/2022
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 4
Applicant: Pearson
Awarding body: Pearson
Approval date: 02/03/2023
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Pearson
Awarding body: Pearson
Approval date: 02/03/2023
Occupational pathway: Not applicable
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Pearson
Awarding body: Pearson
Approval date: 01/06/2021
Occupational pathway: Network Engineering
Placement: No
ST0127 Network engineer
Qualification type: HTQ
Qualification level: 5
Applicant: Pearson
Awarding body: Pearson
Approval date: 08/07/2022
Occupational pathway: Cyber Security; Cloud Networking; Software Development and Programming; Data Analytics; Digital Communications Management; Business Analytics and Change Management; Artificial Intelligence (AI) Solutions and Applications
Placement: No
ST0345 Digital community manager
ST0127 Network engineer
ST0116 Software developer
ST0129 Software tester
ST0118 Data analyst
ST0117 Business analyst
ST1021 Cyber security technologist (2021)
Options: Cyber Security Engineer , Cyber Risk Analyst , Cyber Defend & RespondCrown copyright © 2024. You may re-use this information (not including logos) free of charge in any format or medium, under the terms of the Open Government Licence. Visit www.nationalarchives.gov.uk/doc/open-government-licence