Mechanical engineering drawing. Tolerances and fits. Design for manufacturing and for cost. Systematics of design. Machine elements. Hydraulics and pneumatics. Mechanisms. Dynamics of linear and non-linear systems. Machine dynamics and applications. Rotor dynamics and balancing, elastic foundations of machines. Statics and dynamics of mechanical structures. Fatigue. Computational methods in structural analysis, finite and boundary elements. Metal light structures. Control systems theory and applications. Applied control. Robotics. Mechatronics. Aerospace dynamics and subsystems. Conveyors and elevators. Vehicle dynamics. Mechanics of tyres. Technology of vehicles and their subsystems. Vehicle design. Processing of dynamic signals. Industrial measurements.
