The course offers programming using one of the Symbolic Programs such as Mathematica, Maple, or Matlab to find solutions to problems in different area of physics and it is considered as a logical continuity of the course Computational Physics I. This course covers a broad spectrum of new numerical and analytical techniques used in physics as the Monte Carlo Methods. It contains also many applications in physics (Solid State Physics, Electrodynamics, Statistical Physics, Quantum mechanics, Nuclear physics, Elementary particle physics, Special Relativity, Monte Carlo simulations of nuclear radioactivity, Two-dimensional electron gas.) based on programming with Mathematica or Maple or Matlab.