ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology

Get Certified in Welding & Fabrication

Are you ready to advance your career in welding and fabrication technology? The ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology is designed for aspiring professionals, technicians, and engineers seeking advanced skills, global recognition, and practical expertise in modern welding and metal fabrication techniques. This comprehensive Level 6 program equips learners with the technical knowledge and hands-on experience needed to excel in industrial, manufacturing, and construction environments.

Through this Level 6 Welding Technology course online, participants will master essential areas such as welding processes, fabrication methods, metallurgical principles, quality control, and safety standards. The curriculum blends practical workshops with theoretical insights, enabling learners to apply advanced techniques to real-world projects while maintaining strict compliance with international standards.

The program emphasizes precision, safety, and innovation, preparing graduates to take on roles in welding supervision, fabrication design, and project management. Whether you are a fresh graduate, a mid-career professional, or a skilled technician aiming for international certification, the ICTQual Welding and Fabrication Diploma for professionals provides a structured pathway for career growth and technical excellence.

By completing the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology, learners will enhance employability, gain expertise in complex welding and metalworking processes, and acquire the practical skills to lead fabrication projects with confidence. Start your journey today and transform your professional future with advanced knowledge in welding technology, fabrication methods, and industrial metal engineering, all through this internationally accredited program.

Awarding Body

ICTQual AB

Study Mode

Online

Qualification Level

Level 6

Completion Time

3-Years

Study Units

36 Mandatory Units

Assessments

Qualification Title	ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology
Level	Level 6
Total Credits	360
Assessment	Pass or fail Internally assessed and verified by centre staff External quality assurance by ICTQual AB verifiers

To enrol in the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology, applicants must meet the following entry criteria:

Minimum Age

Applicants must be 18 years of age or older at the time of registration.

Educational Background

Minimum of Level 5 Diploma, vocational qualification, or equivalent in welding, fabrication, metalwork, or engineering disciplines.
Candidates with relevant industrial experience but without formal qualifications may be considered under special admission pathways.
Ensures learners can effectively engage with advanced concepts in welding technology, fabrication processes, and metal engineering.

Work Experience

Preferably 2–3 years of hands-on experience in welding, fabrication, or metalworking industries.
Professionals with practical knowledge in industrial, construction, or manufacturing environments will benefit most.
Practical experience enhances understanding of complex welding techniques, safety standards, and project execution.

English Language Proficiency

Since the course is delivered in English, learners must demonstrate good English communication skills (reading, writing, and speaking).
Non-native English speakers may be asked to provide evidence of proficiency (e.g., IELTS, TOEFL, or equivalent).

This qualification, the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology, consists of 36 mandatory units.

Mandatory Units of ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology

This qualification, the ICTQual AB Level 6 International Diploma in Hospital and Healthcare Management 360 Credits – Three Years, consists of 36 mandatory units.

Year 1: Foundation in Hospital and Healthcare Management

Introduction to Psychology and Mental Health
Human Development and Behaviour
Fundamentals of Cognitive and Behavioural Psychology
Introduction to Abnormal Psychology
Principles of Counselling and Therapy
Research Methods in Psychology
Psychological Assessment Techniques
Introduction to Neuropsychology
Ethics and Professional Practice in Mental Health
Communication Skills in Clinical Settings
Health and Safety in Mental Health Environments
Introduction to Stress and Coping Mechanisms

Year 2: Intermediate Hospital and Healthcare Management

Strategic Planning and Decision-Making in Healthcare
Advanced Healthcare Finance and Resource Management
Human Resource Management in Hospitals
Patient-Centred Care and Service Excellence
Healthcare Operations and Logistics
Risk Management and Compliance in Healthcare
Project Management in Healthcare Settings
Evidence-Based Practice in Healthcare Management
Leadership Skills for Healthcare Professionals
Healthcare Marketing and Communication Strategies
Health Policy Analysis and Implementation
Professional Development and CPD Planning

Year 3: Advanced Hospital and Healthcare Management

Advanced Strategic Leadership in Healthcare
Organisational Change and Innovation in Hospitals
Advanced Healthcare Quality and Performance Improvement
Healthcare Technology and Digital Transformation
Financial Planning and Sustainability in Healthcare
Crisis and Emergency Management in Healthcare
Integrated Hospital and Clinical Services Management
Advanced Project and Programme Management
Healthcare Policy Development and Evaluation
Research Project or Capstone in Healthcare Management
Professional Ethics and Legal Considerations in Healthcare
Advanced CPD and Career Development Strategies

Upon successful completion of the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology, learners will be able to:

Year 1 – Foundation in Welding and Fabrication

1. Introduction to Welding and Fabrication Technology

Understand core concepts and principles of welding and fabrication.
Identify different types of welding techniques and their industrial applications.
Recognize key components of fabrication technology and workflows.
Develop awareness of industry trends and innovations in welding.
Apply foundational knowledge to practical welding and fabrication tasks.

2. Engineering Materials and Metallurgy

Analyze the properties and behavior of metals and alloys used in fabrication.
Understand material selection for specific welding and fabrication projects.
Apply metallurgical principles to prevent material failure during welding.
Identify common metal defects and methods to correct them.
Develop knowledge to optimize welding performance and durability.

3. Workshop Safety and Health Practices

Apply health and safety standards in welding workshops.
Identify hazards associated with welding and fabrication processes.
Implement personal protective equipment (PPE) protocols.
Develop emergency response and risk mitigation strategies.
Promote a culture of safety and compliance in industrial environments.

4. Basic Welding Techniques and Processes

Demonstrate hands-on skills in fundamental welding techniques.
Understand welding process parameters and their effect on joint quality.
Perform safe and precise welding operations.
Apply theoretical knowledge to produce standard-compliant welds.
Recognize and troubleshoot common welding defects.

5. Metal Cutting and Shaping Methods

Apply cutting, shaping, and forming techniques for different metals.
Select appropriate tools and methods for specific fabrication tasks.
Develop precision and accuracy in metal shaping.
Integrate cutting and shaping with welding operations.
Ensure quality and efficiency in fabrication workflows.

6. Technical Drawing and Blueprint Interpretation

Interpret engineering drawings, blueprints, and fabrication plans.
Translate technical specifications into practical welding and fabrication tasks.
Identify dimensions, tolerances, and materials from schematics.
Apply drawing knowledge to layout and execute fabrication projects.
Enhance problem-solving skills through visual and technical analysis.

7. Measurement and Quality Control in Fabrication

Apply measurement techniques for precision in fabrication projects.
Use gauges, instruments, and tools to ensure quality standards.
Implement inspection methods to detect welding and fabrication defects.
Apply quality control protocols to meet industrial standards.
Understand documentation and reporting for fabrication processes.

8. Introduction to Welding Equipment and Tools

Identify welding machines, tools, and equipment types.
Understand setup, operation, and maintenance procedures.
Apply proper handling techniques to ensure safety and efficiency.
Develop operational competency in using welding equipment.
Enhance workflow productivity through effective tool management.

9. Welding Metallurgy and Defects

Analyze metallurgical properties affecting weld quality.
Recognize causes of welding defects and corrective measures.
Apply metallurgical principles to prevent material failure.
Optimize welding parameters for improved structural integrity.
Ensure compliance with welding quality standards.

10. Fundamentals of Fabrication Design

Develop basic design skills for welding and fabrication projects.
Apply principles of structural integrity and load distribution.
Integrate design concepts with practical fabrication methods.
Prepare fabrication plans aligned with industry standards.
Foster creativity and problem-solving in fabrication design.

11. Industrial Mathematics for Fabrication

Apply mathematical concepts to calculate dimensions, tolerances, and materials.
Use formulas to determine welding parameters and project estimations.
Solve fabrication problems with practical mathematical techniques.
Apply algebra, geometry, and trigonometry in industrial projects.
Enhance accuracy and efficiency in welding and fabrication calculations.

12. Communication and Professional Skills

Develop effective workplace communication skills.
Collaborate with team members and supervisors in industrial settings.
Prepare reports, documentation, and technical records accurately.
Enhance professionalism, ethics, and workplace conduct.
Build skills to manage projects and lead small teams.

Year 2 – Intermediate Welding and Fabrication

1. Advanced Welding Processes

Master advanced welding techniques including TIG, MIG, and arc welding.
Apply appropriate welding methods to complex industrial projects.
Troubleshoot advanced welding challenges effectively.
Ensure precision, quality, and compliance with industry standards.
Develop practical expertise for high-level fabrication applications.

2. Gas Welding and Cutting Techniques

Understand oxy-fuel welding, cutting, and brazing processes.
Apply gas welding techniques safely and efficiently.
Demonstrate precision in cutting and shaping metal components.
Optimize workflow using correct gas pressure and flame control.
Identify and resolve common gas welding defects.

3. Arc Welding and TIG/MIG Methods

Develop advanced proficiency in TIG, MIG, and SMAW welding.
Select appropriate welding techniques based on material and project requirements.
Maintain weld quality under different industrial conditions.
Apply safety protocols specific to arc and gas welding processes.
Evaluate and inspect welds for strength, appearance, and standards compliance.

4. Welding Inspection and Testing

Conduct non-destructive and destructive testing on welds.
Identify welding defects and recommend corrective actions.
Apply inspection protocols to ensure compliance with codes and standards.
Use testing tools and methods to verify weld integrity.
Maintain accurate inspection records for industrial projects.

5. Structural Fabrication Principles

Apply structural design principles to fabrication projects.
Understand load-bearing requirements and material selection.
Implement safe and effective assembly techniques for structures.
Evaluate structural components for performance and durability.
Integrate welding and fabrication knowledge into structural applications.

6. Sheet Metal Fabrication Techniques

Perform bending, cutting, and forming operations on sheet metal.
Apply precision techniques to produce high-quality fabricated components.
Use sheet metal tools and machinery efficiently.
Combine sheet metal fabrication with welding processes.
Optimize workflow and minimize material waste.

7. Welding Codes, Standards, and Regulations

Understand national and international welding codes (ISO, AWS, ASME).
Apply standards to ensure compliance in all fabrication projects.
Evaluate projects for legal, safety, and quality requirements.
Maintain documentation and certification according to regulations.
Promote ethical practices and adherence to professional standards.

8. Welding Project Planning and Management

Develop project plans including timelines, resources, and workflows.
Manage welding teams and coordinate fabrication activities.
Optimize material and labor usage for cost-effective production.
Monitor project progress and implement corrective actions.
Apply leadership skills to achieve successful project outcomes.

9. Welding Metallurgy – Advanced Concepts

Analyze advanced metallurgical properties affecting welding quality.
Prevent defects through control of heat input and material handling.
Apply metallurgical knowledge to complex welding processes.
Evaluate welds for durability, performance, and safety.
Integrate metallurgical insights into fabrication design and execution.

10. Fabrication Automation and Machinery

Understand modern automated welding and fabrication machinery.
Operate robotic welding systems safely and efficiently.
Optimize automated processes to improve productivity.
Integrate automation with manual welding techniques for best results.
Evaluate performance and maintenance needs of welding machinery.

11. Health, Safety, and Risk Management in Welding

Implement advanced safety protocols in welding operations.
Conduct risk assessments and hazard identification.
Develop emergency response plans for welding environments.
Promote safety culture among team members.
Ensure compliance with occupational health and safety regulations.

12. Problem-Solving and Technical Decision Making

Apply analytical skills to resolve complex welding and fabrication issues.
Evaluate multiple solutions for technical challenges.
Make informed decisions using industry standards and best practices.
Enhance efficiency and quality through problem-solving strategies.
Document and communicate technical decisions effectively.

Year 3 – Advanced Welding and Fabrication

1. Fabrication Design and Project Execution

Plan and execute complex fabrication projects from concept to completion.
Integrate design, welding, and structural requirements.
Optimize project workflows and resource allocation.
Ensure compliance with international fabrication standards.
Develop leadership skills to manage project teams effectively.

2. Advanced Structural Welding Techniques

Perform advanced welding on heavy structures, beams, and frameworks.
Apply precision techniques for high-strength joints.
Troubleshoot and correct defects in structural welds.
Maintain adherence to codes and safety standards.
Enhance efficiency in structural welding applications.

3. Pipe and Pressure Vessel Welding

Master welding for piping systems and pressure vessels.
Apply industry standards (ASME, AWS) for pressure-rated components.
Inspect and test welds for safety and performance.
Optimize welding procedures for high-pressure applications.
Develop expertise for industrial and petrochemical projects.

4. Welding Metallurgy – Failure Analysis

Analyze weld failures and their causes using metallurgical principles.
Implement corrective measures to prevent recurrence.
Apply failure analysis to improve welding and fabrication quality.
Integrate metallurgical insights into project planning.
Ensure structural integrity and durability in complex projects.

5. Robotic Welding and Automation Technology

Operate and program robotic welding systems for efficiency.
Integrate automation with manual processes for optimal production.
Monitor automated systems for safety and quality control.
Apply digital tools to improve welding accuracy and consistency.
Evaluate automation effectiveness and implement process improvements.

6. Quality Assurance and Industry Standards

Implement quality management systems in fabrication projects.
Ensure compliance with ISO, AWS, and local welding standards.
Conduct inspections, testing, and audits for project quality.
Document quality assurance processes and maintain records.
Promote continuous improvement in welding and fabrication practices.

7. Welding Project Management and Leadership

Lead complex welding and fabrication teams efficiently.
Plan, execute, and monitor advanced projects for timeliness and quality.
Manage budgets, resources, and stakeholder expectations.
Apply leadership skills to motivate and guide multidisciplinary teams.
Resolve conflicts and enhance team collaboration in industrial settings.

8. Advanced Fabrication for Construction and Industry

Apply welding and fabrication skills to industrial and construction projects.
Integrate design, materials, and structural requirements in practical applications.
Optimize workflows for large-scale projects.
Ensure safety, durability, and compliance with industry regulations.
Develop skills to manage industrial fabrication projects independently.

9. Cost Estimation and Resource Planning

Prepare accurate cost estimates for materials, labor, and equipment.
Plan resource allocation efficiently for fabrication projects.
Optimize budgets while maintaining quality and safety.
Apply project management principles to control costs effectively.
Make informed decisions on material selection and process efficiency.

10. Research and Innovation in Welding Technology

Conduct applied research in advanced welding and fabrication techniques.
Identify opportunities for innovation in materials, tools, and processes.
Integrate research findings into practical applications.
Evaluate emerging technologies for industrial adoption.
Promote continuous improvement and competitive advantage.

11. Capstone Project in Welding & Fabrication

Execute a comprehensive welding and fabrication project independently.
Integrate knowledge from all previous units for real-world applications.
Demonstrate technical expertise, project management, and problem-solving skills.
Apply quality, safety, and regulatory standards throughout the project.
Present findings, innovations, and outcomes professionally.

12. Professional Development and Career Planning

Develop a clear career pathway in welding and fabrication technology.
Engage in CPD to enhance technical and leadership skills.
Reflect on professional experiences to identify growth opportunities.
Prepare for leadership or consultancy roles in industrial welding.
Enhance employability and global recognition in advanced welding and fabrication.

The ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology is designed for professionals, technicians, and aspiring leaders who want to advance their careers, gain international recognition, and master welding and fabrication techniques for industrial applications.

1. Aspiring Welding and Fabrication Professionals

Individuals seeking a structured pathway to start a career in welding and fabrication.
Graduates or diploma holders from engineering, metalwork, or technical backgrounds.
Learners aiming to gain advanced knowledge in welding processes and fabrication methods.
Those looking to build practical skills in welding, cutting, and metal shaping.
Individuals aiming for globally recognized Level 6 certification.
Learners preparing for industrial or manufacturing roles in metal fabrication.

2. Skilled Technicians Seeking Career Advancement

Welding and fabrication technicians aiming for leadership or supervisory roles.
Professionals looking to master advanced welding techniques like TIG, MIG, and arc welding.
Technicians wanting expertise in robotic welding and automation technology.
Individuals seeking knowledge in welding metallurgy, inspection, and quality assurance.
Professionals aiming to improve project management and fabrication planning skills.
Staff seeking to enhance international employability and professional credibility.

3. Industrial and Manufacturing Professionals

Employees in construction, manufacturing, shipbuilding, and heavy engineering industries.
Professionals responsible for welding, metal fabrication, and structural assembly.
Industrial staff aiming to optimize workflows, resource allocation, and project execution.
Workers seeking skills in fabrication design, cost estimation, and materials selection.
Staff looking to implement safety and risk management in industrial environments.
Professionals aiming to lead multidisciplinary teams in welding and fabrication projects.

4. Engineers and Technical Graduates

Mechanical, metallurgical, and industrial engineering graduates seeking practical skills.
Engineers aiming to integrate welding and fabrication knowledge into project designs.
Individuals seeking advanced understanding of materials, metallurgical principles, and failure analysis.
Graduates looking for international recognition to enhance career prospects.
Engineers interested in combining theoretical knowledge with hands-on welding practice.
Professionals aiming for leadership roles in fabrication, manufacturing, and industrial projects.

5. Professionals Interested in Automation and Technology

Individuals seeking expertise in robotic welding and automated fabrication systems.
Professionals wanting to implement digital solutions for improved precision and efficiency.
Staff aiming to integrate modern machinery and automation into welding processes.
Learners seeking advanced training in industry 4.0 welding and fabrication technologies.
Professionals wanting to reduce errors, enhance productivity, and ensure quality compliance.
Those aiming to lead innovation-driven projects in industrial fabrication.

6. Quality and Safety-Focused Professionals

Employees responsible for quality assurance, inspection, and compliance in welding.
Professionals aiming to implement industry standards, codes, and best practices.
Staff seeking knowledge of occupational health and workshop safety protocols.
Individuals responsible for testing, defect analysis, and welding verification.
Professionals wanting to maintain high-quality fabrication outputs in industrial projects.
Learners aiming to enhance safety culture and regulatory compliance in workplaces.

7. Individuals Seeking Professional Recognition and Career Growth

Professionals aiming for internationally accredited Level 6 certification.
Learners seeking continuous professional development (CPD) in welding and fabrication.
Individuals preparing for leadership, consultancy, or managerial roles in industrial projects.
Professionals aiming to broaden their skillset across welding, fabrication, and project management.
Learners looking to strengthen global employability and technical credibility.
Those seeking structured career advancement pathways in welding and metal fabrication.

As an approved centre of ICTQual AB, we provide two certification pathways tailored to meet the needs of both experienced professionals and fresh learners. Each pathway ensures that candidates meet the international standards required for the successful achievement of this prestigious diploma.

Route 1 – Experienced Professionals (Recognition of Prior Experience)

This route is designed for industry professionals who have at least 6 years of verifiable experience in welding, fabrication, or related fields.

Learners enrolling under this pathway must provide documented evidence of their work experience (employment letters, references, or portfolios).
Our centre will conduct a Professional Competency Assessment (PCA), including portfolio review and an interview/viva to validate prior learning.
Upon successful verification, learners may be exempted from completing standard assignments and will directly proceed to the final assessment and certification process.
This fast-track route acknowledges the learner’s industry expertise and ensures recognition of their professional contributions while awarding them the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology.

Route 2 – Fresh Learners / New Candidates

This pathway is designed for individuals who are new to the field or have limited prior industry experience.

Fresh learners are required to complete all 36 structured assignments under the supervision of our qualified faculty.
These assignments are designed to build strong theoretical knowledge, applied technical skills, and industry-relevant competencies.
Learners will be guided through each module with dedicated tutor support, workshops, and feedback sessions.
Successful completion of all assignments and internal assessments will lead to the award of the ICTQual AB Level 6 International Diploma in Welding and Fabrication Technology.