The ICTQual Level 6 Diploma in Quality Assurance and Quality Control (QA/QC) Civil is a prestigious qualification designed for professionals seeking advanced expertise in civil engineering quality management. Quality assurance and quality control are critical in ensuring that civil projects meet international standards, regulatory requirements, and client expectations. This diploma equips learners with the knowledge and skills to manage complex quality systems, conduct inspections, apply non‑destructive evaluation techniques, and lead QA/QC teams effectively.
Learners will explore advanced topics such as project planning, risk management, sustainability, and the integration of digital tools into civil engineering practices. The programme also includes a research project, allowing learners to apply theoretical knowledge to practical challenges in the field. With a strong focus on leadership, compliance, and innovation, this qualification prepares learners for senior roles in civil engineering, construction management, and infrastructure development.
Recognised internationally, the ICTQual Level 6 Diploma provides a pathway to career progression, professional credibility, and opportunities to contribute to the future of sustainable civil engineering.
Course Overview
- Qualification Title: ICTQual Level 6 Diploma in Quality Assurance and Quality Control (QA/QC) Civil
- Awarding Body: ICTQual
- Total Units: 06 units
- Total Credits: 60
Course Study Units
- Advanced Quality Management Systems in Civil Engineering
- Civil Project Planning, Risk, and Compliance Management
- Inspection, Testing, and Non‑Destructive Evaluation (NDE)
- Leadership and Strategic Decision‑Making in QA/QC
- Sustainability, Innovation, and Digital Tools in Civil QA/QC
- Research Project in Civil Quality Assurance and Control
Course Learning Outcomes
Unit 1: Advanced Quality Management Systems in Civil Engineering
- Analyse advanced quality management frameworks in civil engineering.
- Apply international standards to civil project quality systems.
- Evaluate the effectiveness of QA/QC systems in large‑scale projects.
Unit 2: Civil Project Planning, Risk, and Compliance Management
- Develop project plans integrating quality assurance principles.
- Assess risks and compliance requirements in civil engineering projects.
- Implement strategies to ensure regulatory and contractual compliance.
Unit 3: Inspection, Testing, and Non‑Destructive Evaluation (NDE)
- Apply inspection and testing methods to civil structures.
- Use non‑destructive evaluation techniques to assess material integrity.
- Interpret results to support quality assurance decisions.
Unit 4: Leadership and Strategic Decision‑Making in QA/QC
- Demonstrate leadership in managing QA/QC teams.
- Apply strategic decision‑making models to quality assurance challenges.
- Promote a culture of quality and continuous improvement.
Unit 5: Sustainability, Innovation, and Digital Tools in Civil QA/QC
- Integrate sustainability principles into QA/QC practices.
- Evaluate innovative approaches to civil engineering quality management.
- Apply digital tools to enhance QA/QC efficiency and accuracy.
Unit 6: Research Project in Civil Quality Assurance and Control
- Conduct independent research on QA/QC in civil engineering.
- Analyse data to provide evidence‑based recommendations.
- Present findings that contribute to industry knowledge and practice.
Course Benefits
This diploma provides learners with advanced knowledge and practical skills to lead QA/QC functions in civil engineering. It ensures they can manage complex projects, uphold compliance, and drive innovation.
- Enhanced career progression into senior civil engineering roles.
- Recognition as a qualified QA/QC professional.
- Practical expertise in inspection, testing, and NDE techniques.
- Leadership skills for managing teams and strategic decisions.
- Knowledge of sustainability and digital innovation in QA/QC.
- Internationally recognised qualification for global mobility.
- Opportunity to conduct impactful research in civil quality assurance.
Ideal Learner
The course is designed for professionals who aspire to senior roles in civil engineering and construction management. It suits individuals committed to advancing their expertise in quality assurance and control.
- Civil engineers seeking career advancement.
- QA/QC managers aiming to formalise their expertise.
- Construction professionals responsible for compliance and quality.
- Project managers in infrastructure development.
- Researchers interested in civil engineering quality systems.
- Career changers entering civil engineering from related fields.
- Professionals seeking international recognition in QA/QC.
Entry Requirements
Learners must meet minimum requirements to ensure readiness for advanced study and professional practice.
- Minimum Age: 21 years.
- Educational Background: A Level 5 qualification or equivalent in civil engineering or construction.
- Experience: Prior experience in civil engineering or QA/QC roles is recommended.
- Language Proficiency: Learners must demonstrate English proficiency at CEFR B2 level or equivalent (IELTS 5.5).
Who Can Enrol
This qualification is open to a wide range of learners and professionals who wish to enhance their expertise in civil QA/QC.
- Civil engineers and construction managers.
- QA/QC professionals in infrastructure projects.
- Organisations investing in staff development.
- International learners seeking globally recognised qualifications.
- Professionals aiming for leadership roles in civil engineering.
- Researchers contributing to civil engineering innovation.
- Individuals committed to continuous professional development.
Future Progression
Successful learners can progress to postgraduate qualifications in civil engineering, project management, or quality assurance. This diploma also opens pathways to senior roles in construction firms, government infrastructure projects, and international organisations.
By completing this qualification, learners position themselves as leaders in civil QA/QC, capable of driving compliance, innovation, and sustainability in complex engineering projects.