Level 5

Computing for England (Network Engineering) Level 5 HTQ

Duration Age Group Study Start Cost Available Locations
£7,000 per year * Centre for Digital Technologies – Basildon
Duration Age Group Study Start Cost Available Locations
£7,000 per year * Centre for Digital Technologies – Basildon


Empower Your Tech Journey: Unveiling Pearson's BTEC Level 5 Higher Technical Qualification in Computing for England - Specialising in Network Engineering Excellence.

The Pearson BTEC Level 5 Higher National Diploma in Computing for England (Network Engineering) HTQ stands out as a comprehensive and advanced program catering to individuals aspiring to excel in the field of network engineering. This specialised qualification is characterised by a cutting-edge curriculum that incorporates the latest advancements in network engineering, ensuring students are equipped with the most relevant and up-to-date knowledge.

One of the program's key strengths lies in its emphasis on in-depth technical knowledge, covering areas such as network protocols, cybersecurity, and cloud computing. Through a combination of theoretical learning and hands-on experiences, students develop practical skills essential for designing, implementing, and maintaining robust network infrastructures.

A notable feature of this program is its dedicated focus on network security. Recognising the growing importance of cybersecurity in contemporary computing environments, the curriculum places a special emphasis on security protocols and strategies, preparing students to address the evolving challenges in this critical area.

In line with industry expectations, the program integrates real-world projects and case studies, providing students with opportunities to apply their theoretical knowledge to practical scenarios. The inclusion of industry-recognized certifications further enhances the program's value, ensuring that graduates are not only well-prepared academically but are also ready to pursue relevant professional qualifications.

Collaboration with industry experts is another aspect that sets this program apart. Students have opportunities to network with professionals, gaining insights into current industry trends and best practices. The flexible delivery modes, including a blend of classroom sessions, labs, and online learning, accommodate diverse learning styles, making the program accessible to a wide range of students.

With a focus on project management skills, graduates emerge not only as skilled network engineers but also as effective leaders capable of managing network engineering projects. Continuous updates to the curriculum ensure that students are exposed to the latest developments in the technology industry, reinforcing the program's commitment to delivering a high-quality, industry-aligned learning experience.

In summary, the Pearson BTEC Level 5 Higher National Diploma in Computing for England (Network Engineering) HTQ is a comprehensive and dynamic program that prepares students for success in the dynamic and ever-evolving field of network engineering.

Entry Requirements

  • a BTEC Level 3 qualification in Computing
  • a GCE Advanced Level profile that demonstrates strong performance in a relevant subject or adequate performance in more than one GCE subject. This profile is likely to be supported by GCSE grades at A* to C (or equivalent) and/or 9 to 4 (or equivalent) in subjects such as maths and English
  • other related Level 3 qualifications
  • an Access to Higher Education Diploma from an approved further education institution
  • relevant work experience, or
  • an international equivalent to the above qualifications

Course Structure

Level 4 units:
Unit 1 Programming 
Unit 2 Networking 
Unit 3 Professional Practice 
Unit 4 Database Design & Development 
Unit 5 Security 
Unit 6 Planning a Computing Project (Pearson-set)
Specialist Unit 9 Computer Systems Architecture

Plus ONE 15-credit unit from the Level 4 Optional Unit Bank (see below).
Optional Unit 11: Strategic Information Systems 
Optional Unit 12: Management in the Digital Economy 
Optional Unit 13: Website Design & Development 
Optional Unit 14: Maths for Computing 
Optional Unit 15: Fundamentals of Artificial Intelligence (AI) & Intelligent Systems

Level 5 Units:
Core Unit Mandatory 16: Computing Research Project (Pearson-set) 
Core Unit Mandatory 17: Business Process Support 
Specialist Unit Mandatory 27: Transport Network Design 
Specialist Unit Mandatory 28: Cloud Computing 
Specialist Unit Mandatory 29: Network Security 

Plus 30 credits from TWO Level 5 units from the list below.
The combination of units selected must not replicate one of the specialist pathways.

Level 5 Optional Units
Optional Unit 33: Applied Analytical Models 
Optional Unit 34: Analytical Methods 
Optional Unit 35: Systems Analysis & Design 
Optional Unit 36: User Experience and Interface Design 
Optional Unit 37: Architecture 
Optional Unit 38: Analytic Architecture Design 
Optional Unit 39: Network Management 
Optional Unit 40: Client/Server Computing Systems 
Optional Unit 41: Database Management Systems 
Optional Unit 42: Game Design Theory 
Optional Unit 43: Games Development 
Optional Unit 44: Games Engine & Scripting 
Optional Unit 45: Internet of Things 
Optional Unit 46: Robotics 
Optional Unit 47: Emerging Technologies 
Optional Unit 48: Virtual & Augmented Reality Development 
Optional Unit 49: Systems Integration 
Optional Unit 50: Operating Systems 
Optional Unit 51: E-Commerce & Strategy 
Optional Unit 52: Digital Sustainability 
Optional Unit 53: Digital Technology as a Catalyst for Change 
Optional Unit 54: Prototyping

Assessment & Feedback

The assessment methods for the Pearson BTEC Level 5 Higher National Diploma (HND) in Computing for England (Network Engineering) typically include a variety of approaches to evaluate your knowledge, skills, and understanding. The assessment strategies are designed to be comprehensive and may include the following:

Assignments and Projects

Written assignments: These could be essays, reports, or case studies related to network engineering topics.

Project work: Practical projects where you apply your skills to solve real-world problems or design and implement network solutions.


Written examinations: Traditional exams assessing your theoretical knowledge of network engineering principles and concepts.

Practical examinations: Hands-on assessments where you may be required to configure network devices or troubleshoot network issues.


Oral presentations: Communicating your understanding of specific network engineering topics to an audience, often including a Q&A session.

Portfolio Submission

Compilation of evidence: Building a portfolio that showcases your achievements, projects, and practical work throughout the course.

Case Studies: Analysing and solving network-related case studies, demonstrating your ability to apply theoretical knowledge to practical situations.

Group Work

Collaborative projects: Working in groups to complete assignments or projects, assessing your teamwork and communication skills.

Practical Skills Assessments

Hands-on assessments: Evaluating your ability to configure, manage, and troubleshoot network infrastructure in a controlled environment.

Research Projects: Conducting and presenting the findings of a research project, demonstrating your ability to explore and analyse topics in-depth.

Work-Based Assessments: Evaluation of your performance during work-based experiences, assessing your ability to apply theoretical knowledge in a professional setting.

It's important to note that the assessment methods may vary between units and modules within the program. Additionally, some assessments may be formative (designed to provide feedback and support learning) while others are summative (aimed at grading and determining overall achievement).

Course Cost

Adult, full_time: £7,000 per year

Attendance type: Full time

What Next...

Upon completing the Pearson BTEC Level 5 Higher National Diploma (HND) in Computing for England with a specialisation in Network Engineering, you will have acquired a strong foundation in network-related knowledge and skills. This qualification can open up various career paths and further educational opportunities. Here are some potential options:

Employment in Network-related Roles:

Network Engineer: Plan, implement, and maintain computer networks.

Network Administrator: Oversee day-to-day operations of computer networks.

Systems Administrator: Manage and maintain an organization's IT infrastructure.

IT Support Specialist: Provide technical assistance and support to end-users.

Specialised Network Roles:

Security Analyst: Focus on implementing and maintaining security measures for networks.

Wireless Network Engineer: Specialise in designing and implementing wireless networks.

Network Architect: Design and plan the architecture of complex computer networks.

Progression to Higher Education:

Bachelor's Degree: Many universities accept BTEC HND qualifications for entry into the third year of a related bachelor's degree program. This allows you to "top-up" your HND to a full degree.

Professional Certifications: Pursue industry-recognized certifications from organisations like Cisco, CompTIA, or Microsoft to enhance your credentials.

Postgraduate Studies:

Master's Degree: Pursue a master's degree in a related field, such as computer science, information technology, or network engineering.


Start your own IT consultancy or networking services business.

Continuous Professional Development (CPD):

Stay updated with industry trends by participating in workshops, seminars, and online courses.

Obtain additional certifications to specialize in emerging technologies or specific vendor solutions.

Networking and Community Involvement:

Join professional organisations and networks in the IT and networking industry.

Attend conferences and events to network with professionals and potential employers.

Teaching and Training:

Pursue a career in education by becoming a lecturer or instructor in a college or training institution.

Remember that the specific opportunities available to you will depend on your personal interests, the industry demand in your region, and any additional qualifications or certifications you choose to pursue. Networking, gaining practical experience, and staying updated with industry trends will be crucial for building a successful career in the dynamic field of network engineering.