CVT 140 Prepare Technical Civil Engineering Drawings (2-2-3)

This course introduces students to the fundamentals of technical civil engineering drawing. Students develop skills in interpreting drawings, freehand sketching, and applying orthographic and pictorial projections. The course emphasizes the use of dimensioning, symbols, scales, and standard conventions. Students produce accurate 2D hand drawings that meet industry requirements.

CVT 141 Perform Construction Site Surveying (2-2-3)

This unit enables learners to develop practical knowledge, skills and basic techniques of land surveying and operating surveying equipment and tools. This unit aims to explore basic surveying principles, to provide skills of using surveying equipment to measure horizontal and vertical distances in the field, in addition to the basic knowledge of angles for traverses.

CVT 142 Solve Problems in Applied Physics (3-0-3)

This course provides students with a foundation in applied physics for engineering problem solving. Topics include kinematics, dynamics, work and energy, momentum, torque, moment of inertia, angular momentum, and basic fluid flow principles. Through guided examples and structured problem-solving activities, students learn to apply scientific and mathematical concepts to analyze and solve introductory engineering physics problems.

CVT 143 Apply Principles of Fluid Mechanics (2-2-3)

This course introduces the basic principles of fluid mechanics for diploma-level civil engineering students. It covers fluid properties, statics, kinematics, and dynamics, as well as flow in pipes, head losses, pipe networks, and pump operation. The course emphasizes practical applications in water supply and hydraulic systems used in modern infrastructure projects. Laboratory sessions support learning through experiments in pressure measurement, flow analysis, and pump performance testing, strengthening technical competence and analytical skills.

CVT 144 Explore Civil Engineering Materials and Testing (2-2-3)

This module is designed to provide the candidate with fundamental knowledge of civil engineering materials, including steel, concrete, masonry, asphalt and timber, together with an introduction to sustainability principles in material selection and use. The module also aims to develop the skills required to carry out tests in accordance with current standards and to adequately report on the results.

CVT 145 Apply Principles of Engineering Statics (3-0-3)

This course provides the learner with a basic understanding of balanced force systems applied to rigid-bodies that are at rest. The student will apply methods to determine support reactions and relationships between internal and external forces of rigid-bodies.

CVT 146 Explore Soil Mechanics (2-2-3)

This course aims to provide learners with the knowledge and skills required to explore the basic physical and mechanical properties of soil as a material for use in civil engineering applications. The module also aims at enabling learners to perform, and analyze the results of field and laboratory tests conducted on soil specimens in accordance with relevant international standards.

CVT 148 Apply CAD Tools in Civil Engineering (2-3-3)

This module is delivered 100% face-to-face. Student learning is supported through a range of teaching and learning methodologies, including a combination of standard lectures and computer simulation labs, to ensure full coverage of all LLOs stated.

CVT 240 Explore Fundamentals of Geotechnics, Road Design, and Water Supply Engineering Systems (3-0-3)

This course introduces core principles of geotechnics, road design, and water supply engineering. It emphasizes understanding soil behaviour, earth pressures, road earthworks, alignment principles, and basic water supply systems. The course develops conceptual understanding and interpretation skills to support parallel apprenticeship‑based learning and prepare students for practical application in workplace settings.

CVT 241 Explore Fundamentals of Structural Elements , Construction Technology, and Estimation (3-0-3)

This course introduces the fundamentals of reinforced concrete, structural steel, construction technology, AI applications, and quantity estimation for civil engineering projects. Students explore the behavior and basic design of key structural elements, building construction methods, and the preparation of bills of quantities and cost estimates. The course develops foundational knowledge for structural and construction-related problem solving.

CVT 271 Apply Principles of Geotechnical and Substructure Practices in the Workplace (0-3-3)

This apprenticeship based course provides workplace exposure to geotechnical and substructure practices used in civil engineering projects. Students examine site investigation programmes, apply safe site monitoring procedures, interpret investigation records, and develop evidence based workplace case studies. Learning is supported through supervised site activities and verified logbook evidence to develop practical competence aligned with industry practice.

CVT 272 Perform Environmental and Water Supply Engineering Systems Tasks in the Workplace (0-3-3)

This course introduces the fundamentals of environmental and water supply engineering systems. It covers the impact of natural environmental factors and processes on water sources, quality, and infrastructure. Students learn to assess current and future municipal water demand, perform basic water quality testing, and interpret results against standards. The course also provides an overview of water treatment processes, including monitoring, safe operation, and basic troubleshooting of treatment systems.

CVT 273 Apply Road Design Principles in the Workplace (0-6-3)

This fully workplace-delivered apprenticeship course is conducted over 16 weeks entirely at the employer’s premises and active project sites. The course is delivered 100% face-to-face under the supervision of qualified industry mentors and HCT faculty coordination. Students gain practical experience through direct involvement in workplace activities related to road design, traffic and safety practices, and construction operations. Learning is achieved through hands-on apprenticeship training and real project-based tasks to ensure full coverage of all CLOs.

CVT 274 Perform Practical Training in Civil Engineering 1 (0-3-3)

The aim of this module is to provide students with the opportunity to apply theoretical knowledge gained throughout their academic studies to real-world workplace scenarios. By engaging in workplace experiences, students will develop a deeper understanding of industry practices, foster critical thinking, and cultivate the practical expertise necessary for the Civil Engineering profession.

CVT 275 Apply Reinforced Concrete and Structural Steel Construction Practices in the Workplace (0-3-3)

This workplace-based module enables students to apply reinforced concrete and structural steel construction practices in real site settings. Students develop practical understanding of day-to-day site operations, planning and supervision support, interpretation of structural drawings and specifications, and inspection, testing, and quality control procedures. The module strengthens professional awareness, safe practice, and the ability to contribute effectively to concrete and steel works in the civil engineering workplace.

CVT 276 Perform Construction Technology Practices in the Workplace (0-3-3)

This course enables students to apply construction technology practices in a real workplace through a structured apprenticeship. Students perform supervised site activities including material selection, construction methods, equipment operation, and basic planning tasks. Emphasis is placed on safety, quality control, inspection, and drawing interpretation. Assessment is based on an apprenticeship blueprint, supervisor evaluation, and workplace evidence.

CVT 277 Apply Construction Cost Estimation and Control in the Workplace (0-3-3)

This module aims to provide learners with the knowledge and skills required to examine construction project cost measurement and monitoring in relation to different project parties; namely the Client, the Consultant, and the Contractor. Learners will also explore the roles of the Quantity Surveyor (QS) and estimator at the various stages of the project. The module also aims to equip learners with the knowledge and skills necessary to quantify civil engineering items/activities, and to prepare accurate construction cost estimates. These skills will be developed through work placement experience

CVT 278 Perform Practical Training in Civil Engineering 2 (0-3-3)

The aim of this module is to provide students with the opportunity to apply theoretical knowledge gained throughout their academic studies to real-world workplace scenarios. By engaging in workplace experiences, students will develop a deeper understanding of industry practices, foster critical thinking, and cultivate the practical expertise necessary for the Civil Engineering profession.