Master

Master 1st year

  • Intellectual Property (1 ECTS credit)
  • Specialized Labor Safety (1 ECTS credit)
  • Civil Defence (1 ECTS credit)
  • Factors of Successful Professional Employment (1 ECTS credit)
  • Applied Automatic Control Theory (10 ECTS credits)
  • Foreign Language for Specific Purposes (Advanced) (3 ECTS credits)
  • Management (3 ECTS credits)
  • Simulation Automation (7 ECTS credits)
  • Mathematical Models of Chemical Reactors (6 ECTS credits)
  • Modeling of Energy Saving and Ecological Systems (4 ECTS credits)
  • Optimatization of Complicated Technology Systems (6 ECTS credits)
  • Intelligent Systems of Decision Making (3.5 ECTS credits)
  • Planning of Optimal Experiments (3 ECTS credits)
  • Principles of Computer Material Science (3 ECTS credits)
  • Mathematical Models of Basic Chemical Technological Processes (4 ECTS credits)
  • Fundamentals of Modern Software Packages (5 ECTS credits)

Master 2nd year

  • Patenting and Copyright (2 ECTS credits)
  • Mathematical Optimization Methods (4 ECTS credits)
  • Mathematical Models of Systems and Processes (4 ECTS credits)
  • Fundamentals of Sustainable Development of Society (2 ECTS credits)
  • Higher School Pedagogy (1.5 ECTS credits)
  • Foreign Language for Specific Purposes (Advanced) (1.5 ECTS credits)
  • Optimatization of Chemical Technology Systems (4 ECTS credits)
  • Modern Computer Technologies (5.5 ECTS credits)
  • Research Practice and Qualifying Master Thesis

 

 

 


Disciplines supported by the Department are underlined.

ANNOTATIONS of COURSEWORKS
specialty 8.05020202 Computer-integrated technological processes and production

on discipline "Mathematical models of chemical reactors"

[ pdf ] HA-51 V. Andriuk "Modeling of the reactor of oxidation of sulfur dioxide"

[ pdf ] HA-51 M. Denysuik "Сomputer calculation the process of hydrochlorination of ethyn to vinyl chloride"

[ pdf ] HA-51 O. Matsibura "Modeling butane dehydrogenation reactor"

[ pdf ] HA-51 A. Cherniak "Modeling ammonia synthesis reactor axial type"

[ pdf ] HA-51 B. Chystyakov "Modeling radial-axial ammonia synthesis reactor"

[ pdf ] HA-51 V. Kulibchenko "Simulation of the ethylene oxidation reactor"

[ pdf ] HA-51 S. Vekshyn "Modeling two-stage adiabatic reactor dehydrogenation of ethylbenzene to form styrene"

[ pdf ] HA-51 S. Peknyi "Simulation of the reactor-exchanger in the cocurrent and countercurrent to the steam heating"

[ pdf ] HA-51 Y. Slyusar "Mathematical modeling and optimization of the reactor production of maleic anhydride from benzene"

on discipline ""Applied Management Theory 2. Synthesis of software for control systems"

[ pdf ] HA-51 V. Andriuk "Management subsystem conductivity value after deaerator"

[ pdf ] HA-51 A. Chernyak "Management index value of hydrogen ions pH after the last PND"

[ pdf ] HA-51 B. Chystyakov "Management of electrical conductivity of water in block desalting unit of the second circuit of NPP with reactors VVER1000"

[ pdf ] HA-51 M. Denysiuk "Management subsystem concentration of iron in the feeder-water-steam"

[ pdf ] HA-51 V. Kulibchenko "Management subsystem value of the oxygen concentration after the deaerator"

[ pdf ] HA-51 O. Matsibura "Management subsystem value of the oxygen concentration after the deaerator"

[ pdf ] HA-51 R. Panasiuk "Management subsystem value index of hydrogen ions pH after deaerator"

[ pdf ] HA-51 S. Peknyi "Manage cationic conductivity value after the last low pressure heater"

[ pdf ] HA-51 Y. Slyusar "Subsystem control temperature value in the deaerator"

[ pdf ] HA-51 S. Vekshin "Control subsystem cation conductivity of the water in the stream generator blowdown"