1. Introduction, requirements, drawing tools. Technical standardization and documentation. 2. Fundamental projection methods - survey, perpendicular and axonometric projection. 3. Technical drawings - lines, format of drawings, folding of drawing, scales, title block, technical lettering. 4. Basic rules for engineering parts representation- views, cross sections. 5. Basic rules for engineering parts representation- representation of fundamental geometrical items of engineering parts. 6. Dimensioning - rules, possibilities, dimension systems, dimensioning of geometrical and engineering items. 7. Dimensional tolerances and accuracy - prescription possibilities of tolerances, dimensions without tolerances. 8. Dimensional tolerances and accuracy - fit system, types of fit, fit prescription. 9. Geometrical accuracy - basis, types of geometrical tolerances, meaning. 10. Surface roughness - meaning, topical state of prescription, symbol location. 11. Representation and dimensioning of engineering parts and their items - threads, bold and nuts, springs, gearing and gear wheels. 12. Representation and dimensioning of engineering parts and their items - slots, splined shaft and central-locking hub, bearings, shaft sealing ring, centring holes, technological grooves, glued and soldered joints, welds and welded parts, casts and forgings, heat treatment. 13. Assembly drawings - general rules, positioning, piece list, semi-finished products and their prescription.
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Kletečka, J., Fořt, P. Technické kreslení. 1. vyd. Brno : CP Books, 2005. 252 s. ISBN 80-251-0498-2..
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Leinveber, J., Vávra, P. Strojnické tabulky. Albra, Praha, 2006.
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Švercl, J. Technické kreslení a deskriptivní geometrie: Pro školu a praxi. Praha, Scientia 2003.
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