Learners are expected to exhibit comprehension and mastery of Network Engineering and its fundamental architecture, principles, and techniques.

As technology advances, particularly with the emergence of 5G and Cloud, there is an increasing demand for individuals who can manage, construct, and maintain both virtual and physical networks. The overarching goal of a Network Engineer is to install and upkeep computer networks, while also providing technical assistance to users as needed.

These professionals play a critical role in delivering the objectives of various organisations by ensuring that their systems are functioning at optimal levels and quickly resolving any issues that arise. To do this effectively, a Network Engineer must possess a strong ability to interpret technical information and comprehend organisational requirements and expectations, in order to provide compliant solutions to network and infrastructure challenges.

As part of their job responsibilities, Network Engineers address both hardware and software problems, playing a crucial role in resolving network failures and communicating problems related to network integrity or performance quickly, to ensure service continuity and minimise downtime. They assist customers, both technical and non-technical, in installing computer networks, maintaining them, and providing technical support as necessary.

Network Engineers may work directly with customers, or within internal teams, and interact with various stakeholders, including management, staff, clients, customers, and suppliers. They may work independently or collaboratively, using a range of technologies to communicate face-to-face or remotely. These professionals are also aware of their organisation’s escalation routes and their role within their team.

While most of the work of a Network Engineer is office-based, they may need to work across different sites, depending on the size of the organisation and the network. Consultants in this field may spend a significant amount of time at clients’ offices and on large installations, which may require them to spend time away from their home or usual work base.

• What is the course format and duration?
  Prospective candidates can pursue this qualification by enrolling on this accredited training course. The estimated total time required to complete the qualification is 600 hours or up to 30 months (24 months + 6 months EPA).
• What are the days and times of the course?
  Evenings only – 5:30 pm – 8:30pm, or
  Distance Learning only – times to be agreed on enrolment
• Open Curriculum
  The qualification is applicable to two types of learners: those who are registered for a Level 4 Network Engineer apprenticeship program and those who wish to acquire a comprehensive understanding of network engineering principles, skills and solution up to Level 4 standards.
• What qualifications will I get?
  – Level 4 Apprenticeship Certificate as Network Engineer or
  – Diploma in Network Engineering
• Which Units will I be learning?
  The programme is modular and consists of a selection and mixture of units referred to as Knowledge, Skills and Behaviours (KSBs).
  The syllabus includes the identification of a percentage and K level for each top-level area. The K level indicates the maximum level of knowledge that may be tested for that area.

There are 14 Mandatory Core Duties and a list of Knowledge (K), Skills (S) and Behaviours (B) criteria that must be evidenced for this qualifications, thus:

Network Engineer – Level 4 Apprenticeship

DUTY TRACKING:

KSB TRACKING: 

Title: Understanding Software Engineering:
A Guide for ICT Apprenticeships
Navigating Levels 3 and 4 IT Solutions, Software Development,
and Network Engineering Apprenticeship

Author: Patrick J., Ph.D.

For apprenticeship learners, the selection criteria will be determined by the employer but will likely require 5 GCSEs, including English, mathematics, and a science or technology subject, along with relevant qualifications or experience, or an IT skills-based aptitude test. Prior to the endpoint assessment, apprentices must have achieved Level 2 English and Maths if not already attained.

For other learners, it is recommended that they have completed 5 GCSEs, including English, mathematics, and a science or technology subject, along with relevant qualifications or experience, or an IT skills-based aptitude test.

Assessment events for this standard are:

• Professional discussion underpinned by portfolio
• Project report with questioning

Upon successful completion of the course, candidates are awarded an Apprenticeship Certificate or Diploma in Network Engineering and may progress by direct-entry to the Higher Diploma course. Apprentices (and other candidates as the case may be) maybe absorbed by their employer and/or exit to other employment and do well vocationally.

Professional recognition:
This standard aligns with the following professional recognition:

• BCS, The Chartered Institute for IT for Register of IT Technicians (RITTech) level 4

All students are required to pay the following fees:

• The full apprenticeship programme fee is: £17,000 for up to 30 months
• Other independent candidates via Online/remote Learning fee is: £499 per module
• Distance Learning fee: £699. 

• FREE
  

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  For further enquiries on any of the courses, please make contact on:

  Tel: +44(0)7414 253 997; +234(0)706 252 4962
  Email: admissions@mcbit.org