• Principles of orthographic projection.
• Geometrical construction of basic items.
• True length and auxiliary projection.
• Projections of planes.
• Projections of solids. Intersections of surfaces.
• Axonometric representations.
• Technical sketch. Loci applications and tangency.
• Geometrical construction of essential parts. Projection methods.
• Computer aided draughting and design. Typical AutoCAD drawings.
• Machine drawing. Development and production drawings.
• Technical product documentation. Standards for design and project.
• Sizes and layout of drawing sheets. Drawing sheet sizes, drawing title blocks.
• Orthographic views. Cuts and sections views. Cross-sectional views.
• Screw thread and threaded parts.
• Dimensioning principles.
• Basic conventions for assembly drawings. General principles of assemblies.
• Geometrical construction of basic items.
• True length and auxiliary projection.
• Projections of planes.
• Projections of solids. Intersections of surfaces.
• Axonometric representations.
• Technical sketch. Loci applications and tangency.
• Geometrical construction of essential parts. Projection methods.
• Computer aided draughting and design. Typical AutoCAD drawings.
• Machine drawing. Development and production drawings.
• Technical product documentation. Standards for design and project.
• Sizes and layout of drawing sheets. Drawing sheet sizes, drawing title blocks.
• Orthographic views. Cuts and sections views. Cross-sectional views.
• Screw thread and threaded parts.
• Dimensioning principles.
• Basic conventions for assembly drawings. General principles of assemblies.
- Teacher: Smoļaņinovs Maksims