The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology is a globally relevant programme designed to equip learners with advanced expertise in the specialised fields of welding, fabrication, and materials engineering. Structured over three years with a 360-credit framework, this diploma provides a balance of theoretical knowledge and hands-on practical skills, making it an ideal choice for both freshers and experienced professionals aiming to progress in the manufacturing, construction, oil and gas, and engineering sectors.
This internationally focused qualification enables learners to develop in-demand skills such as advanced welding techniques, fabrication design, materials selection, quality assurance, and health and safety practices in engineering environments. By combining industry-focused study with applied project work, learners gain the technical competence and problem-solving abilities required to thrive in today’s fast-paced industrial settings.
Completing this diploma opens up diverse career opportunities across multiple industries. Learners can pursue roles such as welding engineer, fabrication technologist, quality inspector, project supervisor, or maintenance specialist, while also building the foundation for progression into higher-level engineering studies or leadership positions.
The programme also emphasises innovation, sustainability, and emerging technologies in welding and fabrication, ensuring learners are fully prepared to meet the challenges of global industry standards. By achieving this qualification, learners not only gain a strong professional credential but also enhance their long-term employability, career growth, and international recognition within the engineering field.
Inspire College of Technologies UK is Directly Approved Training Centre of ICTQual AB
The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology is a comprehensive, career-focused programme that provides learners with advanced knowledge and practical expertise in welding processes, fabrication techniques, and engineering applications. Designed with a strong emphasis on industry relevance, the diploma equips learners with the technical, analytical, and problem-solving skills required to succeed in the global engineering and manufacturing sectors.
Delivered over three years with a 360-credit structure, the programme covers essential areas such as advanced welding methods, fabrication design, materials science, structural applications, health and safety practices, and modern engineering technologies. Each study unit is carefully structured to combine theoretical principles with applied learning, ensuring learners develop both competence and confidence in welding and fabrication practices.
By completing this diploma, learners gain practical abilities in metal joining, fabrication planning, structural assembly, quality assurance, and project management. The programme also highlights innovation, sustainability, and the use of new technologies, preparing learners to adapt to evolving industrial demands and international standards.
Graduates of this qualification can pursue a wide range of career opportunities in sectors such as construction, oil and gas, shipbuilding, aerospace, automotive, energy, and heavy engineering. Potential roles include welding engineer, fabrication supervisor, quality control inspector, maintenance specialist, or project manager. The diploma also provides an excellent pathway for further academic progression or advanced professional certifications.
The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology is ideal for learners aiming to enhance their technical expertise, secure career growth, and achieve international recognition in one of the most essential fields of modern engineering.
This qualification, the ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology, consists of 36 mandatory units.
Year 1 – Foundation in Welding & Fabrication
- Introduction to Welding and Fabrication Technology
- Engineering Materials and Metallurgy
- Workshop Safety and Health Practices
- Basic Welding Techniques and Processes
- Metal Cutting and Shaping Methods
- Technical Drawing and Blueprint Interpretation
- Measurement and Quality Control in Fabrication
- Introduction to Welding Equipment and Tools
- Welding Metallurgy and Defects
- Fundamentals of Fabrication Design
- Industrial Mathematics for Fabrication
- Communication and Professional Skills
Year 2 – Intermediate Welding & Fabrication
- Advanced Welding Processes
- Gas Welding and Cutting Techniques
- Arc Welding and TIG/MIG Methods
- Welding Inspection and Testing
- Structural Fabrication Principles
- Sheet Metal Fabrication Techniques
- Welding Codes, Standards, and Regulations
- Welding Project Planning and Management
- Welding Metallurgy – Advanced Concepts
- Fabrication Automation and Machinery
- Health, Safety, and Risk Management in Welding
- Problem-Solving and Technical Decision Making
Year 3 – Advanced Welding & Fabrication
- Fabrication Design and Project Execution
- Advanced Structural Welding Techniques
- Pipe and Pressure Vessel Welding
- Welding Metallurgy – Failure Analysis
- Robotic Welding and Automation Technology
- Quality Assurance and Industry Standards
- Welding Project Management and Leadership
- Advanced Fabrication for Construction and Industry
- Cost Estimation and Resource Planning
- Research and Innovation in Welding Technology
- Capstone Project in Welding & Fabrication
- Professional Development and Career Planning
The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology is designed for learners who aspire to build rewarding careers in the fields of welding, fabrication, and engineering technology. It is ideal for both freshers looking to enter the industry with a strong professional foundation, as well as experienced professionals who wish to enhance their technical expertise, leadership abilities, and international employability.
This qualification is particularly suitable for:
- Learners aiming to pursue careers as welding engineers, fabrication technologists, quality inspectors, or project supervisors.
- Professionals working in construction, oil and gas, shipbuilding, aerospace, automotive, manufacturing, and heavy engineering who want to expand their skills and progress into senior roles.
- Individuals interested in developing advanced competencies in welding techniques, fabrication design, materials selection, and structural applications.
- Learners seeking to strengthen their knowledge of health, safety, and sustainability practices in engineering environments.
- Those planning to progress towards higher-level engineering studies or professional certifications in welding and fabrication.
By enrolling in this diploma, learners gain not only advanced technical knowledge but also practical skills that are directly applicable to real-world projects and global industry requirements. The programme is perfectly suited to learners who are determined to achieve long-term career growth, international recognition, and success in one of the most vital and fast-evolving areas of engineering.
Here are the learning outcomes for each study unit:
Year 1 – Foundation in Welding & Fabrication
1. Introduction to Welding and Fabrication Technology
- Understand the fundamentals of welding and fabrication.
- Identify the scope, applications, and industry relevance of the discipline.
- Recognise the roles and responsibilities of welding and fabrication professionals.
2. Engineering Materials and Metallurgy
- Analyse the properties and behaviour of engineering materials.
- Understand metallurgy basics and material selection in fabrication.
- Evaluate material performance for welding applications.
3. Workshop Safety and Health Practices
- Apply health, safety, and environmental standards in workshops.
- Identify hazards and implement risk management procedures.
- Promote safe working practices in welding and fabrication.
4. Basic Welding Techniques and Processes
- Demonstrate competence in basic welding processes.
- Apply correct procedures for joining metals.
- Recognise limitations and applications of different welding techniques.
5. Metal Cutting and Shaping Methods
- Apply techniques for cutting, bending, and shaping metals.
- Use appropriate tools and equipment effectively.
- Interpret design requirements in fabrication processes.
6. Technical Drawing and Blueprint Interpretation
- Interpret technical drawings and blueprints accurately.
- Apply CAD tools in welding and fabrication projects.
- Translate design specifications into practical fabrication outcomes.
7. Measurement and Quality Control in Fabrication
- Use measurement tools and techniques effectively.
- Apply quality control procedures to fabrication tasks.
- Understand tolerances, accuracy, and precision in fabrication.
8. Introduction to Welding Equipment and Tools
- Operate basic welding equipment and tools safely.
- Identify functions and maintenance needs of welding tools.
- Select appropriate equipment for fabrication tasks.
9. Welding Metallurgy and Defects
- Understand metallurgical principles in welding.
- Identify common welding defects and their causes.
- Apply prevention and correction techniques for weld quality.
10. Fundamentals of Fabrication Design
- Analyse key design principles in fabrication.
- Apply structural and functional considerations to design.
- Integrate safety and efficiency into fabrication planning.
11. Industrial Mathematics for Fabrication
- Apply mathematical principles to fabrication tasks.
- Perform calculations for material usage, dimensions, and costs.
- Use quantitative skills in engineering problem-solving.
12. Communication and Professional Skills
- Develop technical communication skills.
- Prepare reports and documentation for welding projects.
- Demonstrate teamwork, leadership, and workplace professionalism.
Year 2 – Intermediate Welding & Fabrication
13. Advanced Welding Processes
- Apply advanced welding techniques to complex projects.
- Compare process efficiency and material compatibility.
- Evaluate industrial applications of advanced welding processes.
14. Gas Welding and Cutting Techniques
- Demonstrate gas welding and cutting proficiency.
- Operate oxy-acetylene systems safely and effectively.
- Apply gas welding in fabrication and repair works.
15. Arc Welding and TIG/MIG Methods
- Perform TIG and MIG welding on different metals.
- Apply arc welding techniques in structural fabrication.
- Assess quality standards for welded joints.
16. Welding Inspection and Testing
- Apply inspection and non-destructive testing techniques.
- Identify defects and ensure compliance with industry standards.
- Interpret inspection data to improve weld quality.
17. Structural Fabrication Principles
- Apply principles of structural fabrication in industry projects.
- Analyse load-bearing requirements and material suitability.
- Integrate design specifications with fabrication processes.
18. Sheet Metal Fabrication Techniques
- Demonstrate cutting, bending, and joining of sheet metals.
- Apply advanced sheet metal fabrication methods.
- Evaluate product quality in sheet metal projects.
19. Welding Codes, Standards, and Regulations
- Interpret international welding codes and standards.
- Apply compliance requirements in welding operations.
- Ensure fabrication practices meet global quality benchmarks.
20. Welding Project Planning and Management
- Develop welding project schedules and workflows.
- Allocate resources efficiently for fabrication tasks.
- Apply management principles to welding projects.
21. Welding Metallurgy – Advanced Concepts
- Analyse metallurgical transformations during welding.
- Understand heat-affected zones and weldability challenges.
- Apply knowledge to improve weld strength and durability.
22. Fabrication Automation and Machinery
- Operate automated fabrication machinery.
- Integrate CNC and robotic systems into fabrication tasks.
- Evaluate productivity improvements through automation.
23. Health, Safety, and Risk Management in Welding
- Apply advanced safety standards in welding projects.
- Conduct risk assessments and implement mitigation strategies.
- Promote safety culture in welding and fabrication environments.
24. Problem-Solving and Technical Decision Making
- Apply problem-solving frameworks to welding challenges.
- Make informed technical decisions in fabrication processes.
- Develop innovation and critical thinking skills.
Year 3 – Advanced Welding & Fabrication
25. Fabrication Design and Project Execution
- Plan and execute complex fabrication projects.
- Apply advanced design techniques to industrial applications.
- Manage project timelines, resources, and deliverables.
26. Advanced Structural Welding Techniques
- Perform specialised welding for high-strength structures.
- Apply advanced techniques in large-scale fabrication.
- Ensure compliance with industry safety and quality standards.
27. Pipe and Pressure Vessel Welding
- Apply specialised methods in pipe and vessel welding.
- Evaluate safety and integrity in pressure systems.
- Implement quality testing for critical welds.
28. Welding Metallurgy – Failure Analysis
- Analyse weld failures and their root causes.
- Apply metallurgical principles to prevent future defects.
- Recommend corrective actions for quality assurance.
29. Robotic Welding and Automation Technology
- Operate robotic welding systems in fabrication.
- Integrate automation into production workflows.
- Evaluate efficiency and quality improvements with robotics.
30. Quality Assurance and Industry Standards
- Apply QA systems in welding and fabrication.
- Audit projects for compliance with international standards.
- Implement continuous improvement practices.
31. Welding Project Management and Leadership
- Lead welding and fabrication teams effectively.
- Manage budgets, resources, and timelines.
- Apply leadership skills in project supervision.
32. Advanced Fabrication for Construction and Industry
- Apply fabrication techniques in large-scale construction.
- Address challenges in industrial fabrication projects.
- Ensure sustainability and innovation in project execution.
33. Cost Estimation and Resource Planning
- Calculate costs for welding and fabrication projects.
- Plan material usage and minimise waste.
- Apply resource optimisation strategies.
34. Research and Innovation in Welding Technology
- Conduct applied research in welding and fabrication.
- Innovate solutions to industry challenges.
- Contribute to advancements in welding technology.
35. Capstone Project in Welding & Fabrication
- Apply knowledge and skills to a real-world project.
- Demonstrate project planning, execution, and reporting.
- Showcase innovation, technical competence, and professionalism.
36. Professional Development and Career Planning
- Build a long-term professional development strategy.
- Identify opportunities for career growth in welding.
- Enhance employability through lifelong learning.
The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology follows a structured 3-year learning pathway designed to equip learners with in-depth technical knowledge, advanced practical expertise, and professional competencies aligned with global industry standards.
Learners begin with a foundation year, focusing on the basics of welding, fabrication processes, metallurgy, safety, and blueprint interpretation. This stage builds the essential theoretical and practical skills needed to progress confidently into more advanced topics.
In the second year, learners move on to intermediate-level studies, including advanced welding methods such as MIG, TIG, arc, and gas welding, alongside structural fabrication, inspection, and testing techniques. Emphasis is placed on quality control, safety compliance, and project management, ensuring learners develop strong applied skills that meet industry requirements.
The final year is dedicated to advanced welding and fabrication technology, where learners engage with specialised areas such as pipe and pressure vessel welding, robotic and automated welding, failure analysis, and fabrication for industrial and construction projects. A capstone project allows learners to apply their cumulative knowledge to a practical, industry-focused challenge, demonstrating both technical ability and leadership skills.
Upon successful completion of all mandatory units and assessments, learners are awarded the ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology. This internationally recognised qualification enables graduates to:
- Progress to higher-level qualifications in engineering, welding, or fabrication.
- Pursue professional roles such as Welding Inspector, Fabrication Engineer, Welding Supervisor, or Project Manager.
- Gain a strong foundation for continuous career development in global welding and fabrication industries.
This certification route ensures that learners not only master advanced welding and fabrication techniques but also acquire the leadership, innovation, and problem-solving skills required for long-term success in the sector.
