Course Overview
The Level 5 Diploma in Civil Engineering develops the advanced technical knowledge and practical competence required to support the planning, design, construction, inspection and management of buildings and infrastructure.
Learners study engineering mathematics and science, construction materials and technology, structural analysis and detailing, surveying, geotechnical engineering, highways, railways, bridges, irrigation, water supply, waste water engineering, environmental science, estimating and construction management.
CPI's professional pathway is designed for persons entering or advancing within civil engineering, construction and the built environment. Delivery combines instructor-led teaching, practical activities, engineering drawing and design work, field-based learning, workplace practice, applied projects and Recognition of Prior Learning.
Who Should Enrol?
This programme is suitable for persons seeking advanced technical preparation for civil engineering, construction, infrastructure and related built-environment roles.
- Civil engineering and construction technicians
- Site supervisors and works inspectors
- Surveying and CAD technicians
- Construction and project support personnel
- Highway, drainage, water and infrastructure personnel
- Experienced workers seeking formal certification
Learning Outcomes
On successful completion of the programme, learners should be able to:
- Apply mathematics, physics and engineering mechanics to civil engineering problems.
- Interpret and produce civil engineering drawings, plans and technical details.
- Assess the properties and performance of construction and civil engineering materials.
- Analyse structural behaviour and apply principles of structural design and detailing.
- Use surveying principles, instruments and data for construction and infrastructure projects.
- Apply geotechnical principles to soils, foundations and earthworks.
- Explain the design and operation of highways, railways, bridges and irrigation systems.
- Apply fluid mechanics to hydraulic systems, water supply and waste water engineering.
- Estimate quantities, costs, labour, plant and materials for civil engineering works.
- Apply construction management, environmental and sustainable-development principles.
- Plan, communicate and evaluate civil engineering work in professional settings.
Programme Structure
The qualification comprises 22 mandatory technical units totalling 290 credits. Learners must also complete one specialist option from Optional Group B to achieve the required minimum of 300 credits.
Engineering Fundamentals
- Applied Physics for Construction and Engineering
Physical principles, forces, energy, heat, electricity and their application to construction and engineering systems.
- Mathematics for Civil Engineering
Algebra, geometry, trigonometry, calculus, statistics and engineering calculations used in civil engineering practice.
- Engineering Mechanics
Forces, equilibrium, motion, friction and the behaviour of bodies under engineering loads.
- Mechanics of Materials
Stress, strain, bending, torsion and the response of engineering materials to applied loads.
Structural Engineering and Materials
- Analysis of Structure
Structural behaviour, loading, reactions, stability and analysis of common structural systems.
- Structural Design and Detailing
Design principles, calculations, reinforcement details and preparation of structural drawings.
- Bridge Engineering
Bridge forms, structural components, design considerations, construction methods, inspection and maintenance.
- Civil Engineering Materials
Properties, selection, testing and performance of materials used in civil engineering works.
- Concrete Technology
Concrete ingredients, mix design, production, placement, testing, durability and quality control.
Construction Technology and Management
- Advanced Construction Techniques and Equipment
Modern construction methods, specialist equipment, prefabrication and advanced approaches to site production.
- Construction Technology
Construction methods, building elements, site operations and the sequencing of civil engineering works.
- Construction Management
Planning, resources, contracts, quality, safety, productivity and coordination of construction projects.
- Estimation and Cost Evaluation
Measurement, quantities, rates, labour, plant, materials, costing and evaluation of civil engineering work.
- Civil Engineering Graphics and Drawing
Technical drawing, plans, sections, detailing, graphical communication and computer-aided drafting.
Surveying, Ground and Infrastructure
- Surveying for Construction and Civil Engineering
Survey instruments, levelling, traversing, setting out, measurement, mapping and interpretation of survey data.
- Geotechnical Engineering
Soil properties, site investigation, earth pressure, foundations, slopes and ground improvement.
- Highway Engineering
Route planning, geometric design, pavement construction, drainage, traffic considerations and maintenance.
- Railway Engineering
Railway alignment, track components, construction, operation, inspection and maintenance principles.
Water and Environmental Engineering
- Fluid Mechanics and Hydraulic Machines
Fluid properties, flow, pressure, pipe systems, pumps, turbines and hydraulic engineering applications.
- Irrigation Engineering
Water demand, irrigation methods, canals, drainage and the planning of agricultural water systems.
- Water Supply and Waste Water Engineering
Water sources, treatment, distribution, sewerage, waste water treatment and public-health protection.
- Environmental Science for Construction and Civil Engineering
Environmental impacts, pollution control, resource management, sustainability and environmental protection in construction.
Specialist Option
Learners complete one of the following units:
- Architectural Practices and Interior Design
Architectural planning, building layouts, design principles, interior spaces, finishes and presentation of design proposals.
- Disaster Management
Hazard identification, risk reduction, emergency preparedness, response, recovery and resilient infrastructure planning.
Professional Pathways
CPI offers flexible study pathways designed for working professionals with different levels of experience, prior learning and workplace competence.
Standard Professional Pathway
Duration: 18 months (1 year and 6 months)
The standard pathway provides sufficient time for technical instruction, laboratory activities, workplace-based learning, practical assessments and completion of the engineering capstone project.
Accelerated Professional Pathway
Eligible applicants with relevant qualifications, technical experience or recognised prior learning may complete the programme in approximately 12 months through an approved accelerated study plan.
Recognition of Prior Learning
Recognition of Prior Learning (RPL) enables applicants to receive formal recognition for relevant knowledge and competence acquired through employment, previous study, professional training, apprenticeships or substantial engineering experience.
Following an assessment of evidence against the qualification requirements, eligible learners may receive an individual learning plan and, where appropriate, complete the qualification in a shorter period.
Entry Requirements
There are no formal entry requirements specified by the awarding organisation. However, applicants are strongly recommended to have a Level 3 or equivalent qualification in Construction, Physics or Mathematics. CPI may conduct an initial assessment to confirm that applicants are prepared for study at Level 5 and have access to suitable practical and assessment opportunities.
Progression
Graduates may progress to a degree route in Civil Engineering or Construction Management, or pursue employment and advancement in civil engineering, structural works, construction management, surveying, highways, bridges, water and waste water systems, geotechnical work, estimating, infrastructure inspection and project support.
Delivery Method
Related theory, engineering calculations, drawing and design, surveying practice, field activities, construction applications, practical projects and workplace-based assessments are integrated throughout the programme. Delivery combines live online instruction, face-to-face practical sessions, guided independent study and work-based learning.
Assessment includes practical activities, technical drawings, calculations, fieldwork, projects, written assignments, case studies and workplace-verified evidence. Assessments are internally set and assessed, and all required assessment criteria must be achieved.
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