Enabling students for abstract thinking and acquiring basic knowledge in the field. Developing spatial imagination and visualization, acquiring engineering knowledge for the most rational graphic presentation of combined forms. Understanding basic procedures, concepts and methods for forming a technical drawing as an activity that necessarily accompanies the design process. Enabling students for individual elaboration of technical drawings, both by hand and using a computer.

Acquired knowledge is used in profession, individual work, as well as in further educational process.

Engineering communication: introductory remarks. General remarks on engineering communications. Standardization. Technical drawing – standards. Computer-aided design. Geometrical modelling. Solid modelling. B-rep (boundary representation). CSG-rep (Constructive Solid Geometry). Orthogonal projection – drawing. Reading orthogonal drawings – visualization. Coding – dimensioning. Tolerance of length measures. Tolerance of free measures. Tolerance of shape and position. Marking quality and surface roughness. Drawing machinery elements. Workshop drawing. Erected drawing. Schematic drawing. Systems for product design – 2D/3D – AutoCAD. Setting characteristic perspectives onto an object. Orthogonal projection, isometrics and perspective. Determining visibility in characteristic projections. Elaboration of realistic model presentation, rendering. Defining scene, light sources (diffuse lightening and remote light source) and material application on a model. Introduction to machine elements. Types of load. Mechanical properties of materials. Calculation of mechanical elements. Threaded carrier. Screw connections. Group screw connections. Mechanical carriers. Friction pairs. Belt pairs. Gear pairs. Worm pairs. Shaft and axis. Joints of shafts and elements. Machine keys, pins, grooved shafts. Cones, compressed and pressed joints. Antifriction bearings. Joints. Brakes.

Lectures. Computer (C) practice. Consultations.