The Level 5 – Extended Diploma in Construction Engineering is a comprehensive, credit-rich qualification designed to develop strong technical, analytical, and practical competencies in civil and construction engineering. The programme integrates engineering fundamentals, digital tools, sustainability, and advanced design practices. Learners gain hands-on exposure to surveying, materials, structural systems, hydraulics, and computational methods. The curriculum is industry-aligned, emphasizing real-world applications and professional practice. With a total of 240 credits, this diploma prepares learners for advanced study or professional roles in construction and civil engineering.
Common Units (36 Credits)
Engineering Graphics and Technical Drafting
Objective: Develop the ability to produce and interpret accurate engineering drawings using standard drafting conventions.
Engineering Workshop Practices and Occupational Safety
Objective: Equip learners with essential workshop skills while ensuring compliance with occupational health and safety standards.
Digital Tools and IT Applications for Engineering
Objective: Enable effective use of engineering software, digital tools, and IT systems for technical problem-solving.
Core Units – Stage 1 (84 Credits)
Construction Materials, Methods, and Building Techniques
Objective: Understand the properties, selection, and application of construction materials and modern building methods.
Applied Civil Construction Practices
Objective: Apply civil construction principles to real-world site operations and construction activities.
Engineering Mathematics for Civil Applications
Objective: Strengthen mathematical foundations required for civil engineering analysis and design.
Construction Surveying and Field Practices
Objective: Develop practical surveying skills for site layout, measurement, and construction control.
Geotechnical Principles and Foundation Systems
Objective: Analyze soil behavior and design appropriate foundation systems for construction projects.
Environmental Sustainability and Impact in Construction
Objective: Evaluate environmental impacts and apply sustainable practices in construction engineering.
2D and 3D Computer-Aided Design for Civil Engineering
Objective: Create and interpret civil engineering designs using industry-standard CAD tools.
Core Units – Stage 2 (90 Credits)
Structural Analysis and Design for Civil Engineering
Objective: Analyze and design structural elements to ensure safety, stability, and compliance with standards.
Hydraulics and Fluid Mechanics for Civil Systems
Objective: Apply fluid mechanics principles to the design and analysis of civil engineering hydraulic systems.
Construction Drawings Interpretation and Cost Estimation
Objective: Interpret technical drawings and prepare accurate quantity take-offs and cost estimates.
Structural Design of Steel and Masonry Systems
Objective: Design steel and masonry structures in accordance with engineering codes and best practices.
Design of Lightweight and Modular Structural Systems
Objective: Explore innovative lightweight and modular construction systems for modern building environments.
Numerical and Computational Methods for Engineers
Objective: Use numerical techniques and computational tools to solve complex engineering problems.
Special Unit (30 Credits)
Engineering Project and Professional Practice
Objective: Demonstrate integrated engineering knowledge through an applied project reflecting professional construction practice.
