ICTQual AB Level 6 International Diploma in Project Management in Civil

Lead civil engineering projects with confidence and global recognition

The ICTQual AB Level 6 International Diploma in Project Management in Civil is a globally recognized qualification designed to equip learners with advanced knowledge and skills in civil project planning, construction management, and project leadership. This diploma is tailored for individuals who aspire to excel in civil engineering project management and want to take on senior roles in the construction and infrastructure sectors.

Civil projects require a unique blend of technical expertise and strategic leadership. Through this program, learners gain a strong foundation in civil construction project management, including areas such as project scheduling, cost control, regulatory compliance, quality assurance, and sustainability practices. By integrating real-world case studies with internationally benchmarked standards, the qualification ensures that graduates are prepared to meet the challenges of modern civil engineering projects.

Whether you are an experienced professional or an ambitious learner aiming to build a career in civil project leadership and management, this diploma provides the tools, methodologies, and global perspective required for success. It emphasizes practical applications of project planning, execution, and risk management, ensuring that learners can contribute effectively to large-scale infrastructure and construction projects.

As one of the most sought-after civil project management qualifications, the ICTQual AB Diploma opens pathways to professional recognition and international career growth. Learners benefit from a curriculum aligned with industry standards, making it an ideal choice for those pursuing leadership positions in civil engineering project management or seeking further academic progression.

By completing this program, graduates gain the confidence, expertise, and certification needed to lead complex civil projects, manage resources effectively, and deliver outcomes that meet global quality and safety standards.

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 Project Management in Civil
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 Project Management in Civil, 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

A Level 5 Diploma or equivalent qualification in Civil Engineering, Construction, Management, or a related field is preferred.
Candidates with strong academic backgrounds in civil or construction studies are encouraged to apply.

Work Experience

Experienced Route: Minimum of 5–6 years of verifiable work experience in civil project management, construction leadership, or infrastructure development roles may allow direct entry through recognition of prior learning (RPL).
Fresh Candidate Route: Learners without prior professional experience must complete all 36 mandatory assignments to gain the diploma.

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 Project Management in Civil, consists of 36 mandatory units.

Mandatory Units of ICTQual AB Level 6 International Diploma in Project Management in Civil

Year 1 – Foundation in Civil Project Management

Sr#	Unit Title
1	Principles of Project Management
2	Introduction to Civil Engineering Projects
3	Construction Materials and Methods
4	Project Planning and Scheduling
5	Risk Assessment and Management
6	Health, Safety, and Environmental Awareness
7	Project Communication and Stakeholder Management
8	Construction Technology Fundamentals
9	Financial Management in Projects
10	Quality Assurance and Control
11	Legal and Regulatory Frameworks in Construction
12	Professional Ethics and Conduct

Year 2 – Intermediate Project Management and Civil Engineering Practices

Sr#	Unit Title
1	Advanced Project Planning Techniques
2	Resource Management and Allocation
3	Project Cost Estimation and Budgeting
4	Civil Project Design Principles
5	Contract Management in Construction
6	Project Risk Analysis and Mitigation
7	Leadership and Team Management
8	Construction Site Management
9	Sustainability and Environmental Management
10	Project Monitoring and Reporting
11	Problem-Solving and Decision-Making in Projects
12	Communication and Negotiation Skills

Year 3 – Advanced Civil Project Management and Strategic Leadership

Sr#	Unit Title
1	Strategic Project Management in Civil Engineering
2	Advanced Construction Project Design
3	Infrastructure Project Management
4	Innovation in Construction Projects
5	Advanced Risk and Crisis Management
6	Procurement and Supply Chain Management
7	Leadership in Civil Engineering Projects
8	Advanced Project Control and Performance Measurement
9	Project Governance and Compliance
10	Research Methods and Project Analysis
11	Capstone Project in Civil Project Management
12	Professional Development and Career Planning

Upon successful completion of the ICTQual AB Level 6 International Diploma in Project Management in Civil, learners will be able to:

Year 1 – Foundation in Civil Project Management

Principles of Project Management

Understand the fundamental concepts, processes, and life cycle of project management in civil engineering.
Apply project management methodologies and frameworks to construction projects.
Evaluate project objectives, scope, and deliverables in relation to stakeholder expectations.
Demonstrate effective use of project management tools and techniques.
Analyze the importance of leadership, teamwork, and communication in project success.

Introduction to Civil Engineering Projects

Describe the scope and characteristics of civil engineering projects across infrastructure, construction, and design.
Recognize the roles and responsibilities of civil engineers and project managers.
Identify project phases from design to execution and completion.
Apply basic project planning skills in the context of civil engineering.
Evaluate challenges unique to civil engineering projects such as environmental and regulatory concerns.

Construction Materials and Methods

Identify the properties and applications of major construction materials (concrete, steel, timber, composites).
Assess material selection based on structural, environmental, and economic factors.
Apply testing methods to evaluate material quality and suitability.
Understand modern construction techniques and innovations.
Evaluate the sustainability and lifecycle performance of materials.

Project Planning and Scheduling

Develop project schedules using tools such as Gantt charts and CPM/PERT.
Apply scheduling techniques to allocate time and resources effectively.
Monitor project progress against planned milestones.
Identify risks and delays and propose corrective measures.
Demonstrate proficiency in digital project scheduling software.

Risk Assessment and Management

Identify risks associated with civil engineering projects, including financial, environmental, and operational risks.
Apply risk analysis and assessment techniques (qualitative and quantitative).
Develop risk mitigation and contingency plans.
Evaluate the role of safety regulations and compliance in reducing project risk.
Monitor and update risk management plans throughout the project lifecycle.

Health, Safety, and Environmental Awareness

Understand legal and regulatory frameworks related to health and safety in construction.
Apply best practices for ensuring worker and site safety.
Identify environmental impacts of construction projects.
Integrate sustainable practices to reduce environmental risks.
Demonstrate awareness of emergency and crisis management protocols.

Project Communication and Stakeholder Management

Identify project stakeholders and analyze their expectations.
Develop stakeholder engagement strategies for civil projects.
Demonstrate effective written, oral, and digital communication skills.
Apply conflict resolution and negotiation strategies.
Evaluate the role of transparency and trust in stakeholder relationships.

Construction Technology Fundamentals

Understand the role of modern construction technologies in project management.
Apply basic knowledge of CAD, BIM, and digital construction tools.
Recognize the impact of automation and smart technologies on civil projects.
Analyze case studies where technology improved project efficiency.
Evaluate the future role of digital transformation in construction.

Financial Management in Projects

Understand cost structures and financial planning in civil projects.
Prepare project budgets and manage expenditure against forecasts.
Apply financial analysis tools for project evaluation.
Assess the impact of funding, loans, and investment on construction projects.
Monitor financial risks and apply cost-control techniques.

Quality Assurance and Control

Define quality assurance and quality control within project management.
Apply quality management systems such as ISO standards to projects.
Monitor and evaluate project outputs against benchmarks.
Implement corrective measures for non-conformance.
Understand the role of audits in maintaining quality standards.

Legal and Regulatory Frameworks in Construction

Identify key construction laws and regulatory requirements.
Understand contract law and its application in civil projects.
Assess the impact of building codes and zoning laws.
Apply compliance strategies to project execution.
Evaluate dispute resolution processes in construction.

Professional Ethics and Conduct

Demonstrate understanding of professional codes of ethics in civil engineering.
Recognize the importance of integrity, accountability, and transparency.
Apply ethical decision-making in project scenarios.
Identify the social responsibilities of civil engineers.
Analyze case studies of ethical challenges in construction projects.

Year 2 – Intermediate Project Management and Civil Engineering Practices

Advanced Project Planning Techniques

Apply advanced scheduling techniques including resource leveling and critical chain.
Use software tools for multi-project planning.
Integrate risk analysis into project planning.
Evaluate planning methods for large-scale infrastructure projects.
Develop adaptive strategies to respond to changes in project scope.

Resource Management and Allocation

Identify resource needs including manpower, equipment, and materials.
Apply optimization techniques to allocate resources effectively.
Monitor and control resource usage throughout project execution.
Address challenges of resource scarcity and over-allocation.
Evaluate the impact of resource management on project cost and schedule.

Project Cost Estimation and Budgeting

Apply techniques for accurate cost estimation in civil projects.
Develop project budgets incorporating direct and indirect costs.
Monitor project expenditure against financial forecasts.
Apply cost-control tools to minimize overruns.
Evaluate financial reports to support decision-making.

Civil Project Design Principles

Understand design principles specific to civil engineering projects.
Apply design standards and building codes in project planning.
Evaluate the impact of design on cost, safety, and sustainability.
Recognize innovations in civil engineering design.
Analyze the role of design in ensuring project feasibility.

Contract Management in Construction

Understand the structure and content of construction contracts.
Apply contract negotiation and administration skills.
Monitor compliance with contract terms and deliverables.
Evaluate dispute resolution methods including arbitration and mediation.
Recognize the role of contracts in managing risks.

Project Risk Analysis and Mitigation

Apply advanced risk analysis techniques (Monte Carlo, sensitivity analysis).
Develop risk mitigation strategies for high-risk scenarios.
Monitor risks dynamically across the project lifecycle.
Evaluate case studies of risk management in civil projects.
Recommend proactive approaches to minimize potential delays.

Leadership and Team Management

Demonstrate effective leadership skills in construction project teams.
Apply motivational theories to enhance team performance.
Manage team diversity and conflict in multicultural environments.
Develop strategies to build trust and collaboration.
Evaluate leadership styles and their impact on project outcomes.

Construction Site Management

Apply best practices in managing construction site operations.
Monitor compliance with safety, environmental, and legal requirements.
Manage workforce productivity and subcontractor performance.
Implement site logistics planning for efficiency.
Evaluate site risks and propose mitigation strategies.

Sustainability and Environmental Management

Apply sustainable practices in construction project planning and execution.
Understand environmental laws and compliance requirements.
Evaluate the environmental impact of civil engineering projects.
Develop sustainability reports and performance measures.
Integrate renewable technologies and green materials into projects.

Project Monitoring and Reporting

Develop project performance indicators and tracking systems.
Prepare progress reports using recognized reporting standards.
Monitor variance in cost, schedule, and quality.
Communicate project updates effectively to stakeholders.
Apply project monitoring tools such as Earned Value Management.

Problem-Solving and Decision-Making in Projects

Apply structured problem-solving models in project scenarios.
Develop creative and innovative solutions to project challenges.
Evaluate alternatives using decision-making frameworks.
Apply data-driven approaches to support project decisions.
Analyze case studies of critical project decisions.

Communication and Negotiation Skills

Apply advanced communication skills in multicultural project teams.
Develop effective negotiation strategies for stakeholders and contractors.
Handle conflict through collaborative approaches.
Apply active listening and persuasion skills in project settings.
Evaluate case studies of successful negotiation in civil projects.

Year 3 – Advanced Civil Project Management and Strategic Leadership

Strategic Project Management in Civil Engineering

Apply strategic planning techniques to align projects with organizational goals.
Evaluate long-term impacts of projects on infrastructure development.
Develop strategies for portfolio and program management.
Analyze external factors influencing project strategy.
Apply advanced project governance principles.

Advanced Construction Project Design

Develop innovative designs using advanced tools and technologies.
Evaluate structural integrity, sustainability, and cost efficiency in designs.
Apply BIM and CAD tools in advanced project design.
Analyze challenges in large-scale infrastructure designs.
Integrate multidisciplinary perspectives in project design.

Infrastructure Project Management

Plan and execute infrastructure projects including transportation and utilities.
Evaluate challenges unique to large-scale infrastructure.
Apply lifecycle management principles to infrastructure development.
Monitor sustainability and social impacts of infrastructure projects.
Assess the role of infrastructure in economic development.

Innovation in Construction Projects

Apply innovative methods and technologies in civil projects.
Evaluate the impact of automation and AI in construction.
Integrate new materials and processes for efficiency.
Develop strategies for fostering innovation in project teams.
Analyze global trends in construction innovation.

Advanced Risk and Crisis Management

Develop crisis management strategies for large civil projects.
Apply advanced techniques for high-impact risk scenarios.
Manage project continuity in emergency situations.
Evaluate global best practices in crisis management.
Integrate resilience and adaptability into project planning.

Procurement and Supply Chain Management

Understand procurement strategies in construction projects.
Develop supplier evaluation and selection processes.
Apply logistics and supply chain optimization techniques.
Monitor compliance with procurement regulations.
Evaluate the impact of supply chain management on project performance.

Leadership in Civil Engineering Projects

Apply transformational leadership approaches in civil engineering contexts.
Manage diverse and multidisciplinary project teams.
Develop leadership strategies for complex infrastructure projects.
Evaluate leadership challenges in global projects.
Mentor and support future civil engineering leaders.

Advanced Project Control and Performance Measurement

Apply performance measurement frameworks in civil projects.
Use earned value analysis and advanced metrics to evaluate performance.
Monitor project outcomes against strategic goals.
Develop dashboards for real-time project monitoring.
Recommend performance improvement strategies.

Project Governance and Compliance

Understand governance structures for civil project oversight.
Apply compliance frameworks in line with legal and industry standards.
Develop reporting mechanisms for accountability and transparency.
Evaluate ethical governance practices in construction projects.
Analyze governance failures and recommend improvements.

Research Methods and Project Analysis

Apply qualitative and quantitative research methods in project studies.
Design and execute research projects in civil engineering contexts.
Collect, analyze, and interpret project data.
Evaluate the validity and reliability of research findings.
Present research outcomes in professional formats.

Capstone Project in Civil Project Management

Apply theoretical and practical knowledge to real-world civil project challenges.
Develop comprehensive project reports and presentations.
Demonstrate project planning, execution, and evaluation skills.
Analyze project outcomes against objectives and constraints.
Showcase leadership, problem-solving, and innovation in a final project.

Professional Development and Career Planning

Develop a professional portfolio showcasing civil project management skills.
Identify career opportunities in civil engineering and construction management.
Apply professional networking and career development strategies.
Plan continuous learning for career advancement.
Demonstrate readiness for leadership roles in global civil project management.

The ICTQual AB Level 6 International Diploma in Project Management in Civil is designed for individuals seeking to advance their knowledge, skills, and career opportunities in civil engineering and construction project management. This program is suitable for a wide range of learners, from experienced professionals to fresh graduates aspiring to enter the global construction industry.

Civil Engineers and Construction Professionals

Professionals currently working in civil engineering, infrastructure, or construction sectors
Engineers seeking leadership and management roles in project execution
Site managers, supervisors, and foremen aiming to strengthen their project management expertise
Professionals aspiring to transition from technical roles to strategic project leadership
Those interested in managing complex projects with international standards

Fresh Graduates and Early-Career Aspirants

Recent graduates in civil engineering, construction management, or related disciplines
Learners aiming to build a strong foundation in project planning, scheduling, and budgeting
Candidates seeking international recognition to boost employability
Individuals wanting to acquire practical and theoretical knowledge for global project roles
Early-career professionals seeking to enter the civil project management field

Project Managers and Team Leaders

Project managers seeking formal qualifications to validate their expertise
Professionals aiming to enhance skills in risk management, scheduling, and resource allocation
Leaders who want to adopt advanced tools like BIM, CAD, and digital project technologies
Team managers responsible for supervising multidisciplinary civil engineering projects
Those aiming for career progression into senior project leadership roles

Professionals Seeking International Recognition

Civil engineers and managers looking for an internationally accredited qualification
Professionals aiming to expand career opportunities in global construction markets
Those working on infrastructure projects across borders or in multinational teams
Individuals seeking qualifications aligned with industry-recognized standards
Candidates who want to formalize their expertise through a globally respected diploma

Career Changers and Industry Entrants

Professionals from related fields (architecture, surveying, mechanical engineering) transitioning into civil project management
Individuals exploring opportunities in construction, infrastructure, and project leadership
Candidates wishing to reskill or upskill for civil project management positions
Those aiming to shift from operational roles into planning, governance, and strategy roles
Learners pursuing long-term growth in civil engineering and infrastructure development

As an approved centre of ICTQual AB, we provide learners with flexible pathways to achieve the ICTQual AB Level 6 International Diploma in Project Management in Civil. Depending on your professional background and experience, you can follow one of two certification routes:

Route 1 – Experienced Professionals

This route is designed for candidates who already have significant industry experience.

Learners must have at least 6 years of verifiable professional experience in civil engineering or project management.
No requirement to complete all academic assignments.
Candidates will be assessed through a Recognition of Prior Learning (RPL) process and evidence of their work experience.
This route is ideal for professionals already managing projects but seeking formal international certification.
Upon successful verification, learners are awarded the diploma directly by ICTQual AB.

Route 2 – Fresh Candidates / Early-Career Learners

This pathway is tailored for individuals who are new to the field or have limited professional experience.

Learners are required to complete all 36 mandatory assignments across three years of study.
Each assignment is designed to build comprehensive knowledge of civil project management principles, tools, and practices.
Assessments include written reports, case studies, and project-based evaluations.
Learners will be guided by expert trainers at our approved centre, ensuring full academic support.
On successful completion of all assignments, candidates are awarded the diploma by ICTQual AB.