ICTQual AB Level 5 Diploma in Piping QA/QC Engineer
The ICTQual AB Level 5 Diploma in Piping QA/QC Engineer is an advanced qualification crafted for experienced professionals aiming to elevate their expertise in quality assurance and piping inspection across complex engineering projects. This diploma focuses on integrating technical proficiency with leadership and strategic oversight, preparing learners for higher-responsibility roles within global engineering industries.
Learners will delve into comprehensive topics such as advanced inspection planning, vendor and contractor management, integrity assessment of piping systems, and regulatory compliance across diverse project phases. The programme also emphasises risk-based inspection techniques, failure analysis, and continuous quality improvement under an ISO 9001 framework, ensuring learners are equipped to drive excellence in piping quality control.
Through scenario-based assignments and practical project work, learners will develop the capability to lead QA/QC protocols, oversee fabrication and installation inspections, manage quality documentation, and implement audit processes. The course is particularly suited for those targeting roles in sectors such as oil and gas, petrochemical, offshore and onshore infrastructure, and energy distribution projects.
On successful completion, learners will be ready for roles such as Piping QA/QC Supervisor, Quality Assurance Engineer, or Inspection Team Lead. The Level 5 Diploma also provides a solid foundation for progression into leadership positions, technical consultancy, or specialised QA/QC certifications. Offered by ICTQual AB, this qualification supports career advancement and quality leadership in high-stakes engineering environments.
Level 5 Diploma in Piping QA/QC Engineer
To enrol in ICTQual AB Level 5 Diploma in Piping QA/QC Engineer, learner must meet the following entry requirements:
This qualification, the ICTQual AB Level 5 Diploma in Piping QA/QC Engineer, consists of 6 mandatory units.
- Construction Quality Assurance in Process Piping Projects
- Evaluation of Welding Defects and Acceptance Criteria
- Project Documentation Control and Quality Audits
- In-Depth Review of International Piping Codes and Regulations
- Supervision and Leadership in QA/QC Teams
- Risk Management and Safety Compliance in QC Operations
Learning Outcomes for the Study Units:
Construction Quality Assurance in Process Piping Projects
- Evaluate the principles of quality assurance (QA) applied during process piping construction, distinguishing QA from QC activities training.
- Develop inspection plans and control measures to guarantee alignment with project specifications and industry benchmarks.
- Supervise QA processes to ensure defect prevention and compliance throughout the construction lifecycle.
Evaluation of Welding Defects and Acceptance Criteria
- Identify and classify welding defects using established acceptance standards.
- Assess weld quality by referencing typical criteria from international codes such as ASME and API.
- Recommend appropriate corrective actions when identifying non-conformities.
Project Documentation Control and Quality Audits
- Apply document control best practices to maintain traceability and manage quality records.
- Plan and conduct internal quality audits to verify compliance with contract requirements and established quality systems.
- Analyse audit outcomes and support the implementation of corrective and preventive actions.
In‑Depth Review of International Piping Codes and Regulations
- Demonstrate advanced understanding of critical piping codes, such as ASME B31.3, API standards, and ISO 9001 frameworks at a Level 5 standard.
- Interpret and apply code requirements to ensure regulatory compliance throughout inspection and QC documentation.
- Evaluate how evolving code updates influence QA/QC decision-making in piping projects.
Supervision and Leadership in QA/QC Teams
- Showcase leadership competencies for supervising QA/QC teams during fabrication and erection phases.
- Allocate inspection tasks effectively and manage team communication to ensure consistent quality control.
- Mentor junior personnel in inspection protocols, code compliance, and documentation standards.
Risk Management and Safety Compliance in QC Operations
- Apply risk assessment tools to identify and prioritise safety and quality hazards in piping activities.
- Integrate risk mitigation strategies aligned with ISO methodologies and risk-based inspection (RBI) principles.
- Monitor safety compliance and adapt QA/QC practices to support continuous improvement and workplace safety.
Graduates of the ICTQual AB Level 5 Diploma in Piping QA/QC Engineer are equipped to assume mid-to-senior level responsibilities within quality assurance and piping inspection across engineering projects. This advanced qualification positions learners for career advancement in both technical and leadership pathways.
- Senior Engineering and QA/QC Positions
Learners may progress into roles such as QA/QC Engineer, Quality Assurance Engineer, Inspection Team Lead, or Piping QA/QC Supervisor, managing inspection protocols, vendor compliance, documentation control, and risk management processes. - Industry-Across Sector Opportunities
This diploma unlocks career roles in sectors that demand advanced QA/QC expertise, such as oil and gas, petrochemical, offshore/onshore infrastructure, power generation, and industrial construction. - Salary Expectations and Progression
In the UK, mid-level QA/QC Engineer roles typically offer salaries in the £31,000–£48,000 range, with an average of around £39,000 per year. Advancement with added responsibilities often leads to higher pay. - Senior and Management Roles
With experience and further certification, professionals can advance into senior positions such as Senior QA/QC Engineer, QA/QC Manager, Quality Systems Director, or Contract Compliance Specialist, overseeing teams and strategic quality operations. - Professional Certification and Specialisation
Graduates often pursue recognised certifications such as CSWIP Welding Inspector, NDT Level II, ISO 9001 Lead Auditor, or Six Sigma credentials to enhance technical standing and leadership potential. - Pathway to Consultancy, Training, or Further Engineering Qualifications
The qualification also opens pathways into consultancy, technical advisory, or training roles, as well as opportunities to progress into higher-level diplomas or specialised engineering courses.