ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology

The ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology is a comprehensive programme designed to provide learners with advanced knowledge, practical expertise, and industry-ready skills in welding, metal fabrication, and fabrication technology. It is ideal for both freshers entering the industry and professionals seeking to enhance their technical competence and career prospects.

Structured over two years and carrying 240 credits, this diploma combines theoretical instruction with hands-on training, ensuring learners develop practical experience alongside technical knowledge. Training covers various welding techniques, fabrication methods, blueprint reading, quality control, safety compliance, and the use of modern fabrication tools and machinery.

Learners also gain exposure to industry-standard practices, including advanced joining processes, metallurgy principles, and inspection procedures. The programme emphasises precision, efficiency, and adherence to safety standards, preparing learners to meet the rigorous demands of global manufacturing and construction environments.

Completing this diploma opens a wide range of career opportunities. Learners can pursue roles such as welding engineer, fabrication technician, quality inspector, project supervisor, or production specialist. Opportunities span diverse sectors, including manufacturing, shipbuilding, automotive, oil and gas, construction, and specialised engineering workshops.

Beyond technical skills, the programme develops critical thinking, problem-solving, project management, and teamwork abilities. Learners are equipped to handle complex projects, ensure quality compliance, and contribute effectively to operational efficiency and innovation.

This internationally recognised diploma provides learners with the credentials and confidence to succeed in the welding and fabrication industry. By combining practical expertise with theoretical knowledge, the course empowers learners to achieve professional growth, enhance employability, and make a tangible impact in the global engineering and fabrication sector.

Course overview

Level 5 International Diploma in Welding & Fabrication Technology

Entry Requirements
Study Units
Learning Outcomes
Future Progression
Centre Requirements
Certification Route

To enrol in ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology, learner must meet the following entry requirements:

Age Requirement: Learners must be at least 19 years old at the time of registration.
Educational Background: Learners are expected to have completed secondary education or an equivalent qualification. A background in mathematics, physics, or technical subjects is recommended to support understanding of welding principles, fabrication techniques, and engineering concepts.
Professional Experience: While prior work experience in welding, fabrication, or related engineering fields is not mandatory, learners with relevant professional experience benefit from enhanced practical understanding and faster skill development. For those with work experience, a minimum of two years in a relevant role is ideal to align existing skills with programme outcomes and industry requirements.
English Proficiency: Proficiency in English is required, as all course materials, assessments, and instructions are delivered in English. Learners should be able to read, write, and comprehend technical content. Non-native speakers may be asked to provide proof of English proficiency through recognised qualifications or previous education in English.
Additional Requirement:Learners must demonstrate a commitment to professional development and a genuine interest in welding and fabrication technology. Access to a computer and reliable internet connection is necessary for online resources, research, and assignments. Depending on the learning centre, learners may also be required to participate in practical workshops, use industry-standard tools, and adhere to health and safety protocols during hands-on sessions.

This qualification, the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology, consists of 24 mandatory units.

Year 1 – Foundation and Core Welding & Fabrication Technology

Introduction to Welding and Fabrication Technology
Metallurgy and Material Science
Welding Safety Standards and Risk Management
Welding Techniques: SMAW, GMAW, GTAW
Fabrication Methods and Workshop Practices
Blueprint Reading and Technical Drawings
Metal Cutting, Forming, and Shaping
Welding Equipment and Tool Maintenance
Quality Control in Welding and Fabrication
Industrial Standards and Compliance
Welding Symbols and Codes
Project Planning and Basic Fabrication Projects

Year 2 – Advanced Applications and Strategic Welding & Fabrication Technology

Advanced Welding Processes and Automation
Pipe and Structural Welding Techniques
Advanced Fabrication and Assembly Methods
Non-Destructive Testing and Inspection
Welding Design and Engineering Applications
Metallurgical Defects and Troubleshooting
Production Planning and Workflow Management
Industrial Automation in Fabrication
Health, Safety, and Environmental Management
Leadership and Team Management in Engineering
Research Methods and Technical Reporting
Capstone Project in Welding & Fabrication

Learning Outcomes for the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology:

Year 1 – Foundation and Core Welding & Fabrication Technology

1. Introduction to Welding and Fabrication Technology

Understand the fundamental principles and concepts of welding and fabrication.
Identify the various types of welding and fabrication processes used in industry.
Recognise the roles and responsibilities of professionals in welding and fabrication.
Appreciate the global relevance of welding and fabrication in manufacturing and engineering.

2. Metallurgy and Material Science

Understand the properties, composition, and behaviour of metals and alloys.
Analyse material selection for different welding and fabrication projects.
Assess the effects of heat, stress, and deformation on metals.
Apply metallurgical principles to practical welding and fabrication tasks.

3. Welding Safety Standards and Risk Management

Identify potential hazards in welding and fabrication environments.
Implement risk assessment strategies and safety procedures.
Understand legal and industry safety regulations and standards.
Promote a safety-conscious culture in workshops and industrial settings.

4. Welding Techniques: SMAW, GMAW, GTAW

Demonstrate proficiency in Shielded Metal Arc Welding, Gas Metal Arc Welding, and Gas Tungsten Arc Welding.
Select appropriate welding methods based on material and project requirements.
Apply welding parameters and techniques accurately for quality results.
Evaluate and inspect welds to ensure compliance with standards.

5. Fabrication Methods and Workshop Practices

Understand basic fabrication methods and workshop workflows.
Apply hands-on fabrication techniques safely and efficiently.
Use fabrication tools and machinery correctly.
Execute small-scale projects adhering to quality and safety standards.

6. Blueprint Reading and Technical Drawings

Interpret technical drawings, symbols, and specifications accurately.
Translate design plans into practical fabrication steps.
Apply measurement and scaling techniques in project work.
Ensure fabricated components comply with design requirements.

7. Metal Cutting, Forming, and Shaping

Perform cutting, bending, and shaping operations on metal components.
Select appropriate tools and techniques for specific tasks.
Maintain precision and accuracy during fabrication processes.
Understand material behaviour under different forming and shaping operations.

8. Welding Equipment and Tool Maintenance

Identify welding equipment, machines, and their functions.
Carry out routine maintenance and servicing of welding tools.
Troubleshoot common equipment issues effectively.
Ensure safe operation and longevity of equipment in the workshop.

9. Quality Control in Welding and Fabrication

Understand the principles of quality assurance in fabrication.
Evaluate welds and components against industry standards.
Identify defects and implement corrective measures.
Maintain accurate records of quality inspections and assessments.

10. Industrial Standards and Compliance

Apply national and international welding and fabrication standards.
Understand compliance requirements for different industrial sectors.
Ensure all projects adhere to legal, ethical, and technical standards.
Promote consistent quality and safety in all fabrication activities.

11. Welding Symbols and Codes

Interpret welding symbols and codes in technical drawings.
Apply industry-standard codes to ensure accurate welding.
Communicate welding requirements effectively to team members.
Integrate symbols and codes into fabrication planning and execution.

12. Project Planning and Basic Fabrication Projects

Develop project plans with clear timelines and objectives.
Allocate materials, tools, and workforce efficiently.
Monitor project progress and make adjustments as needed.
Execute projects to meet technical, quality, and safety standards.

Year 2 – Advanced Applications and Strategic Welding & Fabrication Technology

13. Advanced Welding Processes and Automation

Apply advanced welding techniques to complex fabrication tasks.
Operate automated welding systems and robotic equipment.
Integrate modern technology for improved efficiency and precision.
Analyse process performance and optimise output quality.

14. Pipe and Structural Welding Techniques

Perform welding on pipes, beams, and structural components.
Apply alignment, fit-up, and welding sequence principles.
Evaluate weld integrity in structural and industrial applications.
Ensure compliance with safety and quality standards in structural projects.

15. Advanced Fabrication and Assembly Methods

Execute complex fabrication and assembly projects.
Apply advanced tools, machines, and assembly techniques.
Optimise workflow for efficiency and quality outcomes.
Ensure precision and structural integrity in completed assemblies.

16. Non-Destructive Testing and Inspection

Conduct visual and mechanical inspection of welded components.
Apply non-destructive testing methods, including ultrasonic and radiographic techniques.
Identify defects and propose appropriate corrective actions.
Maintain compliance with industry inspection standards.

17. Welding Design and Engineering Applications

Apply engineering principles to welding design projects.
Evaluate designs for structural integrity, durability, and efficiency.
Implement welding solutions based on design specifications.
Integrate design and fabrication requirements in practical projects.

18. Metallurgical Defects and Troubleshooting

Identify common welding and material defects.
Analyse the causes of defects in metals and welds.
Implement corrective techniques to prevent recurrence.
Maintain consistent quality across welding and fabrication processes.

19. Production Planning and Workflow Management

Develop production schedules and allocate resources effectively.
Optimise workflow to improve productivity and reduce waste.
Monitor team performance and project timelines.
Adjust production processes to meet deadlines and quality standards.

20. Industrial Automation in Fabrication

Understand automated fabrication systems and their applications.
Integrate robotics, sensors, and monitoring systems in projects.
Analyse automation data to improve workflow efficiency.
Maintain safety and quality compliance in automated operations.

21. Health, Safety, and Environmental Management

Implement health, safety, and environmental management practices.
Monitor workplace hazards and ensure regulatory compliance.
Promote sustainable practices in welding and fabrication.
Develop emergency response strategies for workshop environments.

22. Leadership and Team Management in Engineering

Lead welding and fabrication teams effectively.
Allocate tasks and manage personnel for optimum performance.
Promote collaboration, communication, and problem-solving.
Uphold professional ethics and accountability within the team.

23. Research Methods and Technical Reporting

Conduct research related to welding and fabrication technologies.
Collect, analyse, and interpret technical data accurately.
Prepare professional reports and documentation.
Present findings effectively to supervisors, colleagues, or clients.

24. Capstone Project in Welding & Fabrication

Integrate knowledge and skills from all programme units.
Plan and execute a real-world welding or fabrication project.
Solve technical challenges with practical and innovative solutions.
Demonstrate professional competence and project management skills.

Completing the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology equips learners with advanced technical skills, practical expertise, and professional knowledge needed for success in the welding and fabrication industry. This programme provides a solid foundation for career advancement, specialised roles, and supervisory responsibilities, ensuring learners are prepared for both national and international opportunities.

Technical and Operational Roles

Progress to roles such as welding engineer, fabrication technician, or quality inspector.
Apply technical skills in welding operations, metal fabrication, and assembly projects.
Participate in maintenance, inspection, and optimisation of welding processes.
Contribute to operational efficiency and product quality in industrial settings.

Managerial and Supervisory Roles

Take on supervisory responsibilities within workshops or production teams.
Manage projects, personnel, and resources effectively.
Develop skills in workflow planning, safety compliance, and quality assurance.
Lead initiatives to improve productivity, safety, and process efficiency.

Industry Specialisation and Technical Expertise

Specialise in areas such as pipe welding, structural fabrication, or advanced welding automation.
Implement innovative welding and fabrication technologies.
Apply non-destructive testing and inspection methods for quality control.
Engage in continuous improvement and problem-solving in complex projects.

Professional Development and Career Growth

Enhance employability with internationally recognised skills and qualifications.
Access opportunities in manufacturing, construction, shipbuilding, automotive, and engineering workshops.
Build a pathway to senior technical roles or specialised project positions.
Continue lifelong learning through professional certifications, industry training, or skill enhancement programmes.

To deliver the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology effectively, learning centres must meet specific standards to ensure learners receive high-quality education, practical training, and professional support.

Accreditation and Approval

Centres must be officially recognised and approved by ICTQual AB to deliver this programme.
Centres are expected to comply with ICTQual AB’s quality assurance policies, operational guidelines, and course delivery standards.
Regular audits and monitoring may be conducted to maintain adherence to programme requirements.
Approval should cover both theoretical instruction and practical, workshop-based components.

Facilities and Infrastructure

Centres must provide fully equipped classrooms and lecture halls suitable for professional learning.
Workshop facilities must support hands-on training in welding, metal fabrication, and associated practical exercises.
Access to welding machines, fabrication tools, safety equipment, and measurement instruments is required.
Centres must maintain reliable IT infrastructure, including computers, internet access, and relevant software for learning, assignments, and research.

Teaching Staff and Expertise

Tutors should have professional experience and technical expertise in welding and fabrication engineering.
Staff must be capable of delivering both theoretical lessons and practical workshops effectively.
Continuous professional development for teaching staff is encouraged to stay up-to-date with industry practices.
Centres should maintain an appropriate learner-to-instructor ratio to ensure effective teaching and support.

Learning Resources and Materials

Centres must provide textbooks, manuals, and digital learning resources aligned with the programme curriculum.
Learners should have access to industry-standard welding and fabrication software where applicable.
Up-to-date resources reflecting current international practices and standards should be maintained.
Supplementary materials such as technical journals, case studies, and project guides should be available for advanced learning.

Assessment and Quality Assurance

Centres must implement standardised assessment procedures following ICTQual AB guidelines.
Proper records of learner progress, assignments, and practical assessments must be maintained.
Centres should provide support and guidance for learners during projects, practical exercises, and assessments.
Internal verification and continuous monitoring must ensure consistency, reliability, and fairness in all assessments.

Health, Safety, and Welfare

Centres must maintain a safe learning environment, including emergency protocols and risk management strategies.
Learners should have access to first aid facilities, protective equipment, and safety training.
Centres must comply with local health, safety, and environmental regulations applicable to practical training.
Policies should be in place to support learner welfare, guidance, and academic development throughout the programme.

Route for Candidates with No Experience

This pathway is ideal for learners who are new to welding and fabrication and do not have prior professional experience.

Admission: Learners enrol at an ICTQual AB approved centre to begin the two-year programme.
Training:Learners complete a structured two-year, 240-credit programme, covering 24 study units. Training includes classroom instruction, simulations, practical workshops, case studies, and online support. Both theoretical concepts and applied fabrication practices are emphasised, including welding techniques, metal fabrication, safety procedures, quality control, and the use of modern tools and machinery.
Assessment: Learners complete written assignments, technical reports, scenario-based tasks, and practical fabrication projects. Assessments evaluate technical knowledge, analytical skills, problem-solving, and operational competence. Continuous formative feedback is provided throughout the programme to support learner development and progression.
Certification: Upon successful completion of all assessments, learners are awarded the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology, recognising technical competence, professional readiness, and employability in the welding and fabrication industry.

Route for Experienced and Competent Candidates

For learners who already have relevant professional experience in welding, fabrication, or related roles, a flexible route is available.

Eligibility: Learners must demonstrate at least five years of verified professional experience in welding, metal fabrication, or industrial engineering. Evidence can include references, project documentation, operational logs, or work records aligned with programme outcomes.
Assessment of Competence: Learners are not required to complete the full training programme. Centres assess whether the learner’s existing knowledge and skills meet the diploma’s learning outcomes through professional discussions, structured interviews, and portfolio evaluations.
Evidence Submission: Learners submit portfolios including project reports, welding logs, fabrication records, and examples of completed work demonstrating competence. Centres may request additional verification where necessary.
Knowledge and Understanding: Centres may conduct a skills gap analysis and provide short bridging modules or guidance to ensure all learning outcomes are fully achieved.
Certification:Learners who successfully demonstrate competence are awarded the ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology, recognising both practical experience and alignment with international welding and fabrication standards.

FAQs

The ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology is a two-year, 240-credit programme designed to provide learners with advanced technical knowledge and practical skills in welding, metal fabrication, and industrial fabrication processes. The course combines theoretical learning with hands-on workshops, practical exercises, and industry-standard tools to prepare learners for professional roles in welding and fabrication.

This diploma is suitable for learners who are new to welding and fabrication, as well as professionals seeking to enhance their technical expertise and career prospects. It is ideal for individuals aiming to pursue roles such as welding engineer, fabrication technician, quality inspector, or project supervisor. Learners looking to develop skills in advanced welding techniques, metal fabrication, quality control, and industrial safety will also benefit from this programme.

Learners must be at least 19 years old and have completed secondary education or an equivalent qualification. While prior work experience in welding or fabrication is advantageous, it is not mandatory. Learners must demonstrate proficiency in English for understanding technical content, assessments, and communication. Access to a computer and reliable internet connection is recommended, and learners may need to participate in practical workshops or hands-on sessions at the learning centre.

ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology course is offered in various formats, including online, in-person, or a combination of both. Participants can choose the format that best fits their schedule and learning preferences. But final decision is made by ATC.

Yes, ICTQual AB Level 5 International Diploma in Welding & Fabrication Technology of 24 mandatory assessments. These assessments are designed to evaluate participants’ comprehension of course material and their capacity to apply concepts in practical situations. It is mandatory to pass all assessments to achieve this qualification.