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    Moodle is an open-source Learning Management System (LMS) that provides educators with the tools and features to create and manage online courses. It allows educators to organize course materials, create quizzes and assignments, host discussion forums, and track student progress. Moodle is highly flexible and can be customized to meet the specific needs of different institutions and learning environments.

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Available courses

Technical Drawing 1

Technical Drawing 1 – Summary

Technical Drawing 1 (also known as Engineering Drawing or Engineering Graphics) is a foundational course in engineering and technical education. It teaches students how to visually communicate ideas, dimensions, and manufacturing information through standardized drawings.

Key Topics Covered in Technical Drawing 1:

  1. Introduction to Technical Drawing

    • Purpose and importance in engineering and design.

    • Tools used: drawing board, T-square, set squares, compasses, protractors, and pencils.

  2. Drawing Standards and Conventions

    • Line types (e.g., visible, hidden, center, construction).

    • Lettering and dimensioning standards (ISO/BIS standards).

    • Scales and use of appropriate paper sizes.

  3. Geometrical Constructions

    • Drawing basic shapes and figures: bisecting lines and angles, drawing tangents, polygons, and circles.

    • Use of compasses and straight edges for precision.

  4. Orthographic Projection

    • 2D representations of 3D objects.

    • First-angle and third-angle projection methods.

    • Front, top, and side views of components.

  5. Isometric Drawing

    • 3D representation using isometric axes (30° angles).

    • Drawing objects to show depth and volume.

  6. Sectional Views

    • Showing internal features of components by cutting through them.

    • Full section, half section, and auxiliary sections.

  7. Dimensioning Techniques

    • Proper placement and notation of dimensions.

    • Use of tolerances and fits.

  8. Freehand Sketching

    • Quick representation of ideas without drawing tools.

    • Useful in design and communication.

Importance of Technical Drawing 1:

  • Provides the foundation for all design and manufacturing communication.

  • Helps engineers, architects, and technicians visualize and construct components accurately.

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Workshop Technology

Workshop Technology is a field of study and practice that deals with the tools, machines, processes, and techniques used in manufacturing and production workshops. It is commonly taught in engineering and technical courses to provide hands-on knowledge of how various products are fabricated and assembled.

Key Areas Covered in Workshop Technology:

  1. Introduction to Manufacturing Processes

    • Overview of production methods: casting, forging, welding, machining, etc.

    • Importance of safety, tools, and layout in workshops.

  2. Metal Cutting and Machine Tools

    • Lathe machines, drilling machines, milling machines, shaping and grinding machines.

    • Cutting tools, tool geometry, and machining operations.

  3. Welding Technology

    • Types of welding: gas welding, arc welding, MIG, TIG.

    • Welding equipment, techniques, and safety measures.

  4. Carpentry and Fitting

    • Basic woodwork operations: measuring, cutting, joining.

    • Fitting operations involving hand tools, files, hacksaws, and vices.

  5. Sheet Metal Work

    • Cutting, bending, and joining thin metal sheets.

    • Use of hand tools like snips, hammers, and stakes.

  6. Foundry and Casting

    • Mould making, pattern types, casting processes.

    • Materials used and quality control in casting.

  7. Smithy and Forging

    • Heating and shaping metals using hammers and anvils.

    • Types of forging: hand forging and power forging.

  8. Metrology and Inspection

    • Measurement tools: calipers, micrometers, gauges.

    • Quality inspection methods and tolerance concepts.

Importance of Workshop Technology:

  • Develops practical skills and understanding of manufacturing.

  • Bridges the gap between theory and real-world industrial practices.

  • Essential for mechanical, production, and industrial engineers