LICQual Level 3 Diploma in Piping QA/QC Engineer
Total Units
6
Total Credits
60
GLH
240
Learning Mode
Online
Assessment
Assignmnet based
Course Overview
The LICQual Level 3 Diploma in Piping QA/QC Engineer is a specialized vocational qualification designed to develop essential knowledge and skills in piping quality control, inspection procedures, and engineering quality assurance systems. This course focuses on building a strong foundation in piping materials, welding inspection principles, pipeline fabrication standards, and QA/QC documentation practices widely used in industrial projects. It is highly relevant for learners aiming to understand how piping systems are evaluated for safety, quality, and compliance in engineering environments.
This qualification provides structured learning in key areas such as piping codes and standards, inspection techniques, non-destructive testing awareness, welding quality control basics, and project quality documentation. The course is designed with an industry-focused approach, ensuring learners understand real-world piping QA/QC requirements used in oil & gas, petrochemical, construction, and industrial engineering sectors. It helps bridge the gap between technical knowledge and practical industrial application.
By completing this LICQual Level 3 Diploma in Piping QA/QC Engineer, learners develop the ability to interpret quality requirements and support inspection processes in piping projects. It enhances professional competence in identifying defects, ensuring compliance with engineering standards, and contributing to quality assurance systems. This qualification is ideal for individuals seeking a strong entry point into piping QA/QC roles within global engineering and industrial markets.
WHY CHOOSE THIS QUALIFICATION?
Build Core Piping QA/QC Engineering Skills
The LICQual Level 3 Diploma in Piping QA/QC Engineer is designed to develop strong foundational knowledge in piping inspection, quality control systems, and engineering assurance practices. It helps learners understand how piping works are checked for safety, accuracy, and compliance in industrial projects.
Industry-Focused Learning
This qualification provides essential understanding of piping materials, welding inspection basics, fabrication standards, and QA/QC documentation methods. It is aligned with real engineering requirements used in oil & gas, construction, and industrial piping environments.
International Standards Awareness
Learners gain knowledge of global piping codes, quality assurance frameworks, and inspection standards used across international engineering projects. This ensures the ability to apply consistent quality practices in different industrial sectors.
Career Advancement Opportunities
This course supports entry into roles such as Piping QA/QC Assistant, Inspection Trainee, and Quality Control Technician. It builds a strong foundation for working in piping inspection and engineering quality control environments.
Flexible Learning Options
The qualification is delivered through flexible study options suitable for beginners and working professionals. It allows learners to develop piping QA/QC knowledge while managing other personal and professional commitments.
Qualification Structure
1. Advanced Piping Design and Isometric Drawing Interpretation
- Analyze complex piping engineering designs and isometric drawings to accurately identify components, dimensions, and specifications.
- Apply advanced interpretation skills to translate isometric drawings into practical applications for piping fabrication, erection, and installation.
- Evaluate piping design layouts against project requirements to ensure compliance with engineering and quality standards.
- Develop solutions to design-related challenges in piping systems to enhance quality and operational efficiency.
2. International Standards and Codes (ASME, API, ANSI, ASTM)
- Interpret and apply international standards and codes, such as ASME B31.3, API 1104, ANSI, and ASTM, to ensure compliance in piping projects.
- Assess the relevance of specific standards to different piping applications, considering factors like material, pressure, and environmental conditions.
- Implement quality control measures aligned with global codes to ensure the safety and reliability of piping systems.
- Verify compliance with international standards through documentation and inspection processes in QA/QC workflows.
3. Welding Inspection, NDT Methods, and Testing Procedures
- Conduct detailed welding inspections to identify imperfections, such as cracks or incomplete fusion, ensuring compliance with quality standards.
- Apply non-destructive testing (NDT) methods, including ultrasonic, radiographic, and magnetic particle testing, to evaluate piping integrity.
- Interpret NDT results and testing outcomes to assess weld quality and recommend corrective actions when necessary.
- Execute welding and testing procedures safely and accurately, adhering to industry best practices and project specifications.
4. Piping Fabrication, Erection, and Installation Quality Control
- Implement quality control procedures during piping fabrication, erection, and installation to ensure adherence to project specifications.
- Identify and address defects or non-conformities in piping fabrication and installation processes to maintain structural integrity.
- Monitor and verify alignment, fit-up, and assembly techniques to ensure high-quality piping installations.
- Collaborate with project teams to integrate quality control measures throughout the fabrication and installation phases.
5. QA/QC Procedures and Project Quality Planning
- Develop and implement QA/QC procedures to ensure consistent quality across all phases of piping projects.
- Create comprehensive project quality plans that align with client requirements, industry standards, and regulatory guidelines.
- Evaluate the effectiveness of QA/QC procedures through audits and inspections to identify areas for improvement.
- Coordinate with stakeholders to integrate quality planning into project timelines, budgets, and resource allocation.
6. Practical QA/QC Case Studies and Site Reporting Techniques
- Analyze real-world QA/QC case studies to identify best practices and solutions for common piping project challenges.
- Apply practical QA/QC techniques to address issues like material defects, welding errors, or installation non-conformities.
- Develop accurate and detailed site reports to document inspection findings, non-conformities, and corrective actions.
- Utilize effective communication and reporting techniques to present QA/QC outcomes to project teams and stakeholders.
Eligibility
- Applicants must be at least 16 years old.
- Secondary school or equivalent qualification is recommended
- No prior experience required, but basic engineering knowledge is helpful
- Basic English reading and understanding skills are required
