The ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology is a highly specialized program designed to provide learners with advanced knowledge and practical skills in welding, fabrication, and metal joining technologies. This course covers essential topics such as welding processes, fabrication techniques, metallurgy, quality control, safety standards, and industry best practices. Learners will gain the expertise required to handle complex welding projects, operate advanced fabrication machinery, and ensure compliance with international standards.
This diploma integrates both theoretical foundations and hands-on applications, preparing learners to excel in manufacturing, construction, energy, and industrial engineering sectors. Graduates will be equipped to manage welding and fabrication projects efficiently, implement safety and quality protocols, and contribute to innovation in metalworking industries worldwide.
Course Overview
The ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology is a 360-credit, fully assignment-based qualification, allowing learners to study at their own pace from anywhere in the world. It is British Council verificable and MOFA/Embassy attestable, ensuring global recognition for employment, career growth, and iqama approval.
This qualification caters to both fresh learners and experienced professionals. Fresh students are required to complete all 36 mandatory assignments within three years. Experienced professionals with at least 6 years of relevant industry experience can achieve certification in a shorter time by submitting verifiable experience and defending their knowledge during professional discussion assessments with an ICTQual AB approved assessor, without completing all mandatory assignments. Completing this diploma equips learners with the technical expertise, professional recognition, and career opportunities needed to excel in welding and fabrication industries globally.
Key Highlights of the Course:
- Fully 360-credit Level 6 diploma, flexible and self-paced study
- British Council verificable and MOFA/Embassy attestable qualification
- Suitable for fresh learners and experienced professionals with accelerated pathways
- Focus on practical welding, fabrication, and metallurgical techniques
- Globally recognized for career advancement and iqama approval
Course Benefits
Career Advancement
- Prepare for managerial and technical roles in welding and fabrication industries
- Enhance employability in manufacturing, construction, and industrial engineering sectors
- Gain recognition for expertise in welding processes, quality control, and fabrication technology
Professional Recognition
- Obtain a British Council verified and MOFA/Embassy attestable qualification
- Validate professional experience for accelerated certification
- Strengthen credibility for international career opportunities
Flexible Learning
- Complete the diploma entirely through assignment-based study at your own pace
- Accelerated completion option for experienced professionals
- Study from anywhere in the world without classroom constraints
Practical Skills Development
- Learn to implement advanced welding techniques and fabrication solutions
- Gain expertise in safety protocols, quality control, and process optimization
- Develop problem-solving, analytical, and project management skills
Academic and Professional Pathways
- Foundation for postgraduate studies in Welding Engineering, Fabrication, or Industrial Technology
- Advanced certifications in metal joining, fabrication design, or welding inspection
- Opportunities to join global professional networks for career growth
Course Study Units
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
Learning Outcomes
Year 1 – Foundation in Welding & Fabrication
Introduction to Welding and Fabrication Technology
- Understand the fundamental principles of welding and fabrication
- Identify different types of welding processes and fabrication techniques
- Recognize the role of welding in industrial and manufacturing applications
Engineering Materials and Metallurgy
- Understand properties and behavior of metals and alloys used in fabrication
- Analyze material selection for welding and fabrication projects
- Apply metallurgical principles to prevent defects in welded joints
Workshop Safety and Health Practices
- Identify workplace hazards in welding and fabrication environments
- Apply occupational health and safety standards
- Implement risk mitigation and emergency response measures
Basic Welding Techniques and Processes
- Perform fundamental welding techniques such as SMAW, GMAW, and TIG
- Demonstrate safe handling of welding equipment
- Evaluate the quality of simple welds
Metal Cutting and Shaping Methods
- Apply cutting and shaping techniques for various metals
- Use hand and power tools for accurate fabrication
- Assess finished products for dimensional accuracy
Technical Drawing and Blueprint Interpretation
- Read and interpret engineering drawings and blueprints
- Convert design specifications into practical fabrication tasks
- Apply standard symbols, dimensions, and tolerances
Measurement and Quality Control in Fabrication
- Measure and inspect fabricated components for accuracy
- Apply quality control techniques in fabrication processes
- Identify and correct deviations in fabricated products
Introduction to Welding Equipment and Tools
- Understand the function of welding machines and fabrication tools
- Demonstrate basic operation and maintenance of equipment
- Select appropriate tools for specific welding and fabrication tasks
Welding Metallurgy and Defects
- Recognize metallurgical causes of welding defects
- Analyze defects and recommend corrective actions
- Understand the relationship between metal properties and weld quality
Fundamentals of Fabrication Design
- Develop basic fabrication layouts and designs
- Apply design principles for structural integrity and functionality
- Integrate fabrication design with practical workshop capabilities
Industrial Mathematics for Fabrication
- Apply mathematical techniques in measurement, scaling, and calculations
- Solve problems related to material estimation, load calculations, and design
- Use mathematical tools for planning fabrication processes
Communication and Professional Skills
- Develop effective workplace communication skills
- Prepare technical reports and documentation
- Collaborate efficiently in team-based fabrication projects
Year 2 – Intermediate Welding & Fabrication
Advanced Welding Processes
- Apply advanced welding techniques in complex fabrication tasks
- Evaluate welding performance and efficiency
- Select appropriate welding methods for industrial applications
Gas Welding and Cutting Techniques
- Demonstrate oxy-fuel welding and cutting processes
- Ensure safety and precision in gas welding operations
- Assess quality and effectiveness of gas-based welds
Arc Welding and TIG/MIG Methods
- Apply arc, TIG, and MIG welding processes in industrial projects
- Understand equipment settings and process parameters
- Evaluate welds for strength, durability, and compliance with standards
Welding Inspection and Testing
- Conduct visual, mechanical, and non-destructive testing of welds
- Identify welding defects and recommend corrective actions
- Ensure compliance with quality and safety standards
Structural Fabrication Principles
- Understand structural integrity and load-bearing requirements
- Apply fabrication principles to beams, frames, and trusses
- Optimize design for safety, durability, and efficiency
Sheet Metal Fabrication Techniques
- Apply cutting, bending, and joining techniques for sheet metals
- Develop precise layouts for industrial and construction applications
- Evaluate final products for accuracy and quality
Welding Codes, Standards, and Regulations
- Understand international welding codes and standards (ISO, AWS, ASME)
- Apply regulatory requirements in welding projects
- Ensure compliance with occupational safety and environmental regulations
Welding Project Planning and Management
- Develop comprehensive project plans for welding and fabrication work
- Allocate resources, schedule tasks, and manage budgets
- Monitor progress and quality throughout the project lifecycle
Welding Metallurgy – Advanced Concepts
- Analyze metallurgical behavior during welding
- Apply advanced techniques to prevent thermal and mechanical defects
- Evaluate weld microstructure for performance and durability
Fabrication Automation and Machinery
- Understand automated welding systems and robotic fabrication
- Implement machinery for efficiency and precision in production
- Integrate automation into traditional welding workflows
Health, Safety, and Risk Management in Welding
- Conduct risk assessments for welding operations
- Apply advanced safety measures and PPE usage
- Develop safety protocols for workplace compliance
Problem-Solving and Technical Decision Making
- Identify welding and fabrication challenges in projects
- Apply logical and analytical approaches to solve technical problems
- Make informed decisions to ensure quality and efficiency
Year 3 – Advanced Welding & Fabrication
Fabrication Design and Project Execution
- Plan and execute complex fabrication projects
- Integrate design, materials, and welding techniques
- Deliver projects that meet client specifications and standards
Advanced Structural Welding Techniques
- Apply high-level techniques for structural welding in heavy industries
- Ensure strength, durability, and compliance with engineering requirements
- Evaluate welding performance under real-world conditions
Pipe and Pressure Vessel Welding
- Perform welding for pipes, tanks, and pressure vessels
- Apply standards and codes for high-pressure and critical applications
- Inspect welds to ensure safety and compliance
Welding Metallurgy – Failure Analysis
- Analyze weld failures and root causes
- Recommend preventive and corrective actions
- Apply metallurgical knowledge to enhance future weld quality
Robotic Welding and Automation Technology
- Operate robotic welding systems for production efficiency
- Integrate automated solutions with manual fabrication processes
- Monitor and optimize robotic welding performance
Quality Assurance and Industry Standards
- Implement QA systems in welding and fabrication
- Ensure compliance with ISO, AWS, and ASME standards
- Conduct audits and inspections to maintain high-quality output
Welding Project Management and Leadership
- Lead welding teams and projects effectively
- Plan, coordinate, and supervise fabrication tasks
- Develop strategies for productivity, safety, and quality management
Advanced Fabrication for Construction and Industry
- Apply fabrication techniques in construction, shipbuilding, and manufacturing
- Optimize processes for industrial-scale applications
- Ensure adherence to project timelines and specifications
Cost Estimation and Resource Planning
- Estimate material, labor, and equipment costs accurately
- Plan resource allocation for fabrication projects
- Implement cost-control strategies to optimize project budgets
Research and Innovation in Welding Technology
- Conduct applied research in welding and fabrication methods
- Explore innovative solutions and emerging technologies
- Present findings to improve processes and industrial practices
Capstone Project in Welding & Fabrication
- Integrate theoretical knowledge and practical skills in a final project
- Plan, execute, and evaluate a comprehensive welding/fabrication project
- Demonstrate technical competence, leadership, and problem-solving
Professional Development and Career Planning
- Develop personal and professional growth strategies
- Prepare for leadership, consultancy, and advanced technical roles
- Align career goals with industry requirements and opportunities
Who is This Course For?
Aspiring Welding and Fabrication Professionals
- Fresh graduates aiming to pursue careers in welding, metal fabrication, and industrial manufacturing
- Individuals seeking technical knowledge in welding processes, metallurgy, and fabrication techniques
Experienced Industry Practitioners
- Professionals working in construction, shipbuilding, energy, or industrial fabrication sectors
- Individuals looking to fast-track certification through professional discussion assessments based on at least 6 years of relevant experience
Self-Motivated and Flexible Learners
- Learners who prefer self-paced, assignment-based study from anywhere in the world
- Individuals comfortable with online learning and independent project execution
Future Leaders and Technicians
- Learners aiming for managerial, supervisory, or technical leadership roles in welding and fabrication
- Professionals seeking to implement advanced welding technologies, automation, and quality control practices
Globally Oriented Professionals
- Individuals seeking internationally recognized certification that is British Council verified and MOFA/Embassy attestable
- Professionals targeting iqama approval and global career opportunities in welding and fabrication industries
Future Progression
- Supervisory and managerial roles in welding, metal fabrication, and industrial production
- Specialist positions in welding inspection, quality assurance, and metallurgy
- Careers in robotic welding, fabrication automation, and industrial process optimization
- Consultancy and project management roles for large-scale fabrication projects
- Opportunities in research, innovation, and training for emerging welding technologies
Academic Pathways:
- Postgraduate studies in Welding Engineering, Fabrication Technology, or Industrial Engineering
- Advanced certifications in robotic welding, welding inspection, or metallurgical analysis
- Specialization courses in structural welding, pressure vessel fabrication, and automation technology
- Pathways to professional memberships and international welding associations
Conclusion
The ICTQual AB Level 6 International Diploma in Welding & Fabrication Technology is a 360-credit, fully assignment-based qualification designed for both fresh learners and experienced professionals. Fresh students complete all 36 assignments within three years, while experienced professionals with at least six years of relevant experience can achieve certification through professional discussion assessments without completing all assignments. Verified by the British Council and attestable by MOFA/Embassy, this diploma equips learners with advanced technical expertise, project management skills, and leadership capabilities. Graduates are prepared to excel in global welding and fabrication industries, implement innovative and safe practices, and advance their careers internationally.
