The ICTQual Level 6 Diploma in Information Technology Engineering (360 Credits – Three Years) is a comprehensive qualification designed to empower learners with the knowledge, technical expertise, and problem-solving skills needed to excel in today’s fast-evolving IT landscape. Over three years of structured study, this diploma equips learners with both theoretical foundations and hands-on experience in areas such as software engineering, data management, networking, cybersecurity, cloud computing, and emerging digital technologies.
This programme is tailored for both freshers aiming to establish a strong career in IT and professionals seeking to enhance their skills and progress into advanced technical or leadership roles. Learners will benefit from a future-focused curriculum that not only strengthens their engineering and analytical abilities but also develops their capacity to manage complex IT projects and innovate in fast-changing environments.
By completing this 360-credit qualification, learners will be prepared for diverse opportunities across industries, including software development, IT systems engineering, digital transformation, data science, and enterprise technology management. With a strong emphasis on practical application, critical thinking, and industry relevance, the diploma ensures learners gain competitive skills that align with international standards and global market demands.
Graduates of the programme will be well-positioned for career advancement, further study at postgraduate levels, or entrepreneurial ventures within the digital and technology sectors. The three-year structure ensures a balanced learning journey, providing professional value and long-term career growth in one of the most dynamic fields of engineering today.
Inspire College of Technologies UK is Directly Approved Training Centre of ICTQual AB
The ICTQual Level 6 Diploma in Information Technology Engineering (360 Credits – Three Years) is a career-focused qualification that provides learners with an in-depth understanding of IT systems, digital infrastructure, and modern technology applications. This diploma combines theoretical knowledge with practical skills, ensuring learners are prepared to meet the growing demands of the global IT industry.
Over the three-year duration, learners will explore essential areas of information technology, including software engineering, computer networks, cybersecurity, cloud computing, programming, database management, digital innovation, and IT project leadership. The 360-credit structure ensures a comprehensive progression from core IT concepts to advanced engineering practices, making it suitable for both freshers building their career foundations and professionals aiming to advance into specialised or managerial roles.
The course is designed to reflect real-world industry needs, enabling learners to gain practical expertise in troubleshooting, systems integration, IT infrastructure management, and emerging technologies such as artificial intelligence and data analytics. By combining technical proficiency with critical thinking, problem-solving, and project management skills, this diploma supports learners in developing a strong professional profile.
Successful graduates of this programme will be equipped for diverse career opportunities in software development, network administration, cybersecurity, cloud services, IT consultancy, and digital transformation projects. Additionally, the qualification provides a solid pathway to higher-level academic study and professional certifications, offering long-term value and global career relevance.
This qualification, the ICTQual Level 6 Diploma in Information Technology Engineering 360 Credits – Three Years, consists of 36 mandatory units.
Year 1: Foundation and Core Concepts
- Introduction to Information Technology
- Computer Architecture and Hardware
- Operating Systems Fundamentals
- Networking Fundamentals
- Programming Principles
- Database Design and Management
- Web Technologies and Development
- IT Support and Troubleshooting
- Mathematics for IT
- Introduction to Cybersecurity
- Systems Analysis and Design
- Project Management Fundamentals
Year 2: Specialized IT Engineering
- Advanced Networking and Protocols
- Cloud Computing and Virtualization
- Advanced Programming Techniques
- Advanced Database Systems
- Mobile Application Development
- System Security and Risk Management
- Enterprise IT Infrastructure
- Software Engineering and Development Lifecycle
- IT Management and Governance
- Business Intelligence and Data Analytics
- Human-Computer Interaction
- Ethical and Legal Issues in IT
Year 3: Professional Development and Advanced Implementation
- Advanced Networking Technologies
- Artificial Intelligence and Machine Learning
- Cybersecurity for IT Professionals
- Cloud Infrastructure and Services
- Project Management for IT Projects
- Advanced Software Development Practices
- System Integration and Implementation
- IT Research Methodologies
- Professional Practice and Ethics
- Internship/Industry Placement
- Capstone Project I: System Design and Development
- Capstone Project II: Evaluation and Implementation
The ICTQual Level 6 Diploma in Information Technology Engineering (360 Credits – Three Years) is designed for learners who want to build strong technical expertise and pursue rewarding careers in the fast-paced IT industry. It is an ideal choice for:
- Fresh learners who wish to start a professional career in IT, software development, networking, or systems engineering with a globally relevant qualification.
- IT professionals seeking to upgrade their skills in areas such as cloud computing, cybersecurity, data management, and digital transformation to advance into senior or specialist roles.
- Graduates of foundation or diploma programmes in technology or engineering who want to progress into advanced study while gaining industry-recognised skills.
- Career changers interested in moving into the IT sector and developing expertise in programming, database management, network security, and enterprise systems.
- Entrepreneurial learners aiming to establish their own IT solutions, consultancy services, or technology start-ups by gaining both technical and project management skills.
This diploma is suitable for learners from diverse backgrounds who are motivated to build a career in one of the most dynamic and in-demand fields. Whether your goal is to work in software engineering, IT consultancy, cloud services, or digital innovation, this three-year, 360-credit programme provides the skills, knowledge, and professional value to help you achieve long-term success.
Here are the learning outcomes for each study unit:
Year 1: Foundation and Core Concepts
1. Introduction to Information Technology
- Understand the fundamentals of IT systems and their applications in different industries
- Identify core components of information systems and digital technologies
- Develop basic technical and problem-solving skills in IT
2. Computer Architecture and Hardware
- Explain the structure, functions, and performance of computer hardware
- Analyse the relationship between hardware components and system efficiency
- Demonstrate practical knowledge of hardware configuration and troubleshooting
3. Operating Systems Fundamentals
- Understand the role of operating systems in managing hardware and software resources
- Apply knowledge of operating system functions, processes, and file systems
- Troubleshoot basic OS issues and perform system-level configurations
4. Networking Fundamentals
- Explain core concepts of computer networking, including topology, protocols, and communication models
- Configure basic network setups for small-scale environments
- Apply knowledge of IP addressing, routing, and switching fundamentals
5. Programming Principles
- Understand the fundamentals of programming languages and coding structures
- Write, test, and debug simple programmes using industry-relevant languages
- Apply problem-solving techniques through algorithmic thinking
6. Database Design and Management
- Design relational databases based on user and organisational requirements
- Apply database management systems (DBMS) to store, retrieve, and manage data
- Use SQL for creating, querying, and modifying database structures
7. Web Technologies and Development
- Understand web development technologies including HTML, CSS, and JavaScript
- Develop and publish basic web applications and interactive websites
- Apply principles of responsive and user-friendly web design
8. IT Support and Troubleshooting
- Diagnose and resolve common technical issues in hardware, software, and networking
- Apply systematic approaches to IT support and service delivery
- Use helpdesk tools and documentation for efficient problem management
9. Mathematics for IT
- Apply mathematical concepts such as logic, algebra, and probability in IT contexts
- Use mathematical modelling to solve technical problems in computing
- Strengthen analytical skills for algorithms and data structures
10. Introduction to Cybersecurity
- Understand basic cybersecurity principles and common digital threats
- Apply preventative measures to protect systems and data from vulnerabilities
- Recognise ethical and professional responsibilities in cybersecurity
11. Systems Analysis and Design
- Understand the principles of systems development methodologies
- Conduct requirements analysis and design effective IT systems
- Apply modelling tools to represent processes, data, and workflows
12. Project Management Fundamentals
- Understand the principles of IT project management, including scope, cost, and time management
- Apply project planning and scheduling techniques
- Use project management tools to monitor and evaluate IT project outcomes
Year 2: Specialized IT Engineering
13. Advanced Networking and Protocols
- Analyse complex networking protocols and communication models
- Configure and manage scalable network environments
- Apply advanced troubleshooting techniques for network performance issues
14. Cloud Computing and Virtualization
- Understand the principles of cloud architecture and virtualisation technologies
- Configure virtualised systems for IT infrastructure management
- Evaluate the benefits and challenges of cloud-based services
15. Advanced Programming Techniques
- Apply advanced programming concepts such as object-oriented design and data structures
- Develop complex applications using modern programming frameworks
- Enhance problem-solving through algorithm optimisation
16. Advanced Database Systems
- Implement advanced database management features such as triggers, stored procedures, and indexing
- Apply normalisation techniques for optimised data storage
- Design distributed databases and manage large-scale data systems
17. Mobile Application Development
- Design and develop mobile applications for Android and iOS platforms
- Apply principles of mobile UI/UX design for user engagement
- Test and deploy mobile applications in industry-standard environments
18. System Security and Risk Management
- Identify potential IT risks and vulnerabilities across systems and networks
- Apply frameworks for IT security risk assessment and mitigation
- Implement system security policies and practices for organisations
19. Enterprise IT Infrastructure
- Understand the architecture of enterprise-scale IT systems
- Configure and manage servers, storage, and enterprise networks
- Apply strategies for scalability and high availability in enterprise IT
20. Software Engineering and Development Lifecycle
- Understand the phases of the software development lifecycle (SDLC)
- Apply agile and traditional methodologies to IT projects
- Develop and test software solutions that meet user requirements
21. IT Management and Governance
- Understand frameworks for IT governance and compliance
- Apply strategies for IT resource allocation and risk management
- Evaluate IT governance models to support organisational goals
22. Business Intelligence and Data Analytics
- Apply data analysis tools for decision-making in IT systems
- Use business intelligence software for reporting and data visualisation
- Evaluate large datasets to identify trends, patterns, and solutions
23. Human-Computer Interaction
- Understand the principles of HCI and user-centred design
- Apply usability testing methods to evaluate IT systems
- Design interfaces that enhance user experience and accessibility
24. Ethical and Legal Issues in IT
- Understand legal regulations and compliance requirements in IT industries
- Recognise ethical challenges in areas such as data privacy and AI
- Apply professional standards and ethical practices in IT operations
Year 3: Professional Development and Advanced Implementation
25. Advanced Networking Technologies
- Apply advanced networking techniques including WAN, wireless, and VoIP
- Configure enterprise-level routing, switching, and security technologies
- Troubleshoot large-scale network infrastructures
26. Artificial Intelligence and Machine Learning
- Understand AI concepts, algorithms, and machine learning models
- Develop applications using supervised and unsupervised learning techniques
- Apply AI tools to solve real-world IT and business problems
27. Cybersecurity for IT Professionals
- Analyse advanced cybersecurity threats and attack vectors
- Implement enterprise-level security controls and intrusion detection systems
- Design incident response strategies for digital environments
28. Cloud Infrastructure and Services
- Design and deploy scalable cloud solutions for organisations
- Manage cloud services across public, private, and hybrid models
- Apply cloud security practices and compliance standards
29. Project Management for IT Projects
- Apply advanced project management methodologies to IT contexts
- Monitor and evaluate IT projects using performance metrics
- Lead project teams effectively to deliver successful outcomes
30. Advanced Software Development Practices
- Apply advanced software design patterns and architecture principles
- Manage large-scale software projects using agile practices
- Integrate testing and deployment strategies into development workflows
31. System Integration and Implementation
- Design strategies for integrating multiple IT systems into unified solutions
- Implement middleware and APIs for system interoperability
- Troubleshoot integration challenges in complex IT environments
32. IT Research Methodologies
- Apply research techniques for investigating IT engineering problems
- Conduct literature reviews and analyse technical research findings
- Prepare structured research proposals and reports
33. Professional Practice and Ethics
- Apply professional standards and codes of conduct in IT industries
- Recognise responsibilities in areas of ethics, compliance, and workplace practices
- Develop soft skills for communication, teamwork, and leadership
34. Internship/Industry Placement
- Gain hands-on experience in professional IT environments
- Apply academic knowledge to real-world IT projects
- Build professional networks and enhance employability skills
35. Capstone Project I: System Design and Development
- Plan and design an IT system addressing industry-relevant challenges
- Apply technical and project management skills to system development
- Document and present project outcomes professionally
36. Capstone Project II: Evaluation and Implementation
- Implement and evaluate the designed IT system from Capstone Project I
- Test system functionality, performance, and security features
- Present findings, improvements, and recommendations for industry application
The ICTQual Level 6 Diploma in Information Technology Engineering (360 Credits – Three Years) follows a structured certification route designed to ensure learners achieve both academic depth and professional competence in IT engineering. The programme is divided into three years, with each stage building progressively from foundational knowledge to advanced professional practice.
- Year 1 (120 Credits – Foundation Stage):
Learners develop a strong grounding in IT fundamentals, including programming, databases, networking, operating systems, and cybersecurity basics. This stage ensures a solid academic and technical foundation. - Year 2 (120 Credits – Specialisation Stage):
Focus shifts to advanced IT concepts such as cloud computing, mobile applications, enterprise IT infrastructure, software engineering, and business intelligence. Learners also gain a deeper understanding of governance, ethics, and risk management within IT. - Year 3 (120 Credits – Professional and Advanced Implementation Stage):
The final stage emphasises advanced technologies, including artificial intelligence, machine learning, cybersecurity, system integration, and cloud infrastructure. Learners undertake industry placement, research projects, and capstone projects to demonstrate professional competence and innovation.
To achieve the ICTQual Level 6 Diploma in Information Technology Engineering, learners must successfully complete all 36 mandatory units, equivalent to 360 credits. Each unit is designed with practical applications and real-world industry relevance, ensuring that learners are job-ready upon graduation.
This structured certification route prepares learners not only for immediate employment in diverse IT roles but also provides eligibility for progression to higher-level qualifications, including Level 7 Diplomas and postgraduate study in information technology, computer science, and related fields.
