DRAUGHTSMAN CIVIL Learning Outcome
The Draughtsman Civil trade under the Craftsmen Training Scheme (CTS) is designed to develop skilled professionals capable of preparing detailed civil engineering drawings and assisting engineers in construction planning and project execution. The learning outcomes defined in the curriculum represent the competencies that trainees are expected to achieve after completing the training program. These outcomes ensure that trainees acquire the technical knowledge, practical skills, and professional behavior required in the civil engineering and construction industries.
Learning outcomes are an essential component of competency-based training. They describe the measurable abilities that trainees must demonstrate during and after the course. The training program combines practical exercises, theoretical instruction, surveying practice, and computer-aided drafting skills to ensure comprehensive development of trainees.
Implementation of Safety Practices
One of the primary learning outcomes of the Draughtsman Civil trade is the ability to implement safe working practices in construction environments. Trainees learn about occupational safety, environmental protection, and workplace discipline. They become familiar with safety procedures used in construction sites and drafting offices.
Students also learn about the proper use of personal protective equipment (PPE), fire safety methods, and first aid techniques for handling emergencies. These safety practices are essential for maintaining a secure working environment in construction projects and engineering workplaces.
Preparation of Basic Engineering Drawings
Another important learning outcome is the ability to prepare basic engineering drawings using standard drawing instruments and techniques. Trainees learn to draw geometrical figures, engineering symbols, and various projections used in technical drawings.
Students gain knowledge of drawing scales, dimensioning methods, and drawing standards commonly used in civil engineering. These skills help trainees produce accurate and well-organized drawings required for construction planning.
Surveying and Measurement Skills
Trainees develop the ability to perform surveying operations using various surveying instruments such as chains, tapes, prismatic compasses, plane tables, leveling instruments, and theodolites. Surveying is an important aspect of civil engineering projects because it helps determine the layout and boundaries of construction sites.
Students learn how to record field data, calculate distances and elevations, and prepare survey maps based on collected measurements. These maps are essential for planning roads, buildings, and other infrastructure projects.
Preparation of Construction Drawings
The course enables trainees to prepare drawings of different construction components such as foundations, masonry structures, damp proof courses, arches, lintels, and flooring systems. Trainees also learn to draw structural components used in buildings and civil engineering works.
By mastering these drawing techniques, trainees can assist civil engineers and architects in preparing construction plans and structural layouts for various projects.
Architectural Drawing Preparation
Another important learning outcome is the ability to prepare architectural drawings for residential and public buildings. Trainees learn to draw floor plans, elevations, and sectional views that represent the design and layout of buildings.
Students also learn how to prepare detailed drawings of building components such as doors, windows, staircases, roofs, and railings. These drawings provide essential information for construction teams during project execution.
Preparation of Structural Drawings
Trainees develop the ability to prepare structural drawings related to reinforced concrete structures, steel structures, and foundation systems. Structural drawings include detailed information about beams, columns, slabs, and other load-bearing elements of a building.
Understanding structural drawings helps trainees assist engineers in designing and constructing safe and stable structures.
Computer-Aided Drafting (CAD)
Modern civil engineering projects rely heavily on computer-aided design tools. Therefore, one of the key learning outcomes of the course is the ability to prepare engineering drawings using Computer-Aided Drafting (CAD) software.
Trainees learn various CAD commands, drawing tools, and editing techniques used in digital drafting. They practice creating accurate building plans, structural drawings, and construction layouts using computer software.
These digital drafting skills are highly valuable in the construction industry and increase employment opportunities for trained draughtsmen.
Preparation of Infrastructure Project Drawings
The Draughtsman Civil course also enables trainees to prepare drawings related to large infrastructure projects. These include drawings for roads, highways, bridges, railway tracks, dams, and cross-drainage structures.
Trainees learn how to interpret survey data and convert it into detailed engineering drawings used for planning and executing infrastructure development projects.
Estimation and Costing
Another important learning outcome is the ability to prepare basic construction estimates. Trainees learn to calculate quantities of materials required for construction work and estimate project costs.
Understanding estimation and costing helps draughtsmen support engineers in planning construction budgets and managing project resources effectively.
Interpretation of Engineering Drawings
Trainees also develop the ability to read and interpret engineering drawings prepared by engineers and architects. This skill is essential for understanding construction designs and translating them into practical work instructions.
By interpreting drawings accurately, draughtsmen ensure that construction activities follow the design specifications provided by engineers.
Application of Mathematics and Science
The training program also emphasizes the application of basic mathematical and scientific principles in civil engineering drawing and surveying tasks. Trainees learn how to perform calculations related to measurement, scale, area, and volume.
These calculations are essential for preparing accurate engineering drawings and estimating construction materials.
Professional Skills and Workplace Behavior
In addition to technical skills, trainees are expected to demonstrate professional behavior and workplace discipline. They learn the importance of teamwork, communication, and time management in engineering projects.
Trainees also develop problem-solving abilities that help them address technical challenges encountered during drafting and construction planning.
Conclusion
The learning outcomes of the Draughtsman Civil trade ensure that trainees develop a comprehensive set of skills required in the civil engineering and construction sectors. From basic engineering drawing to advanced computer-aided drafting and surveying techniques, the course prepares trainees for professional roles in engineering design and construction planning.
By achieving these learning outcomes, trainees become capable of producing accurate engineering drawings, supporting engineers in project planning, and contributing to the successful execution of construction projects in the modern infrastructure industry.