1.  Fundamentals of technical mechanics. (allowance 2/2) 
 a.  Force and its effects. Types of forces. The definitions and laws of statics. Force, torque and their components in the plane and in the space. Force systems  effects  substitution and equilibrium. Mass center of discrete and continuous systems. PappusGuldin theorems. 

2.  Statics of mass particles and the rigid mass body in the plane. (allowance 2/2) 
 a.  Static certainty of mechanical systems. Constraints and constraining dependencies. Equilibrium of a particle in the plane. Equilibrium of rigid bodies in the plane  the analytical solution. 

3.  Structural analysis of flexible bodies. (allowance 2/2) 
 a.  Fundamental methods of loading  tension, bending, shear and torsion. The internal force effects. The concept of stress and strain. Relative and total deformation, diagram tensile testHooke law, allowable stress conditions. Crosssectional characteristics. Hypotheses strength. Safety limits. 

4.  Statics of multibody systems. (allowance 2/2) 
 a.  Equilibrium of multibody systems  analytical solutions. Trusses  methods for solution  method of joints and method of cutting  analytically). 

5.  Passive resistance. (allowance 2/2) 
 a.  Friction  friction force. Friction in the axial and radial bearings. Belt friction. Rolling resistance.Static bodies and their systems with passive resistance. 

6.  Kinematics of particles. (allowance 2/2) 
 a.  Motion of point  trajectory, velocity, acceleration. Trihedron of spatial curves. Normal and tangential acceleration. 

7.  Kinematics of rigid body. (allowance 2/2) 
 a.  Translation, rotation and general plane motion  fundamental kinematic quantities. Instantaneous rotation center of the body. The center of curvature of the track point of the body. 

8.  Kinematics of multibody systems. (allowance 2/2) 
 a.  Absolute and relative motion  kinematical quantities. Mechanisms  analytical solution of planar mechanisms. 

9.  Dynamics of particles. (allowance 2/2) 
 a.  Fundamental roles of dynamics. Equations of motion. Theorems for change in the dynamics of a particle. 

10.  Dynamics of rigid bodies. (allowance 2/2) 
 a.  Inertia and deviation moments Equations of motion  translation, rotation and general motion of the rigid body. 

11.  Multibody system dynamics. (allowance 2/2) 
 a.  Mechanical systems and methods of dynamic analysis  free bodies diagrams and method of reduction of mass and forces parameters. 

12.  Linear theory of vibration  SDOF I. (allowance 2/2) 
 a.  Vibration of SDOF system  free vibration, undamped and damped. 

13.  Linear theory of vibration  SDOF II. (allowance 2/2) 
 a.  Vibration of SDOF system  forced vibration, undamped and damped, resonance, amplitudefrequency and phasefrequency characteristics 
