Distribution of credits according to the Semesters and Syllabuses


Mandatory Courses:
# Course Admission prerequisites ECTS Credits
I Year II Year
Semester
I II III IV
1 Computer Modelling of Parts and Assemblies Don’t have 10      
2 Computing and engineering geometry modeling in high energy experiments Don’t have 10      
3 Programming of Geometry Descriptions in Simulation Software Packages Don’t have 10      
4 Computer Technologies of Integration and Installation of Facilities for Experiments Computer Modelling of Parts and Assemblies   10    
5 Analytical Thinking and Argumentative Discussion Computing and engineering geometry modeling in high energy experiments   5    
6 Engineering Data Management Systems in HEP Experiments Computer Modelling of Parts and Assemblies;
Programming of Geometry Descriptions in Simulation Software Packages;
  5    
7.1. Engineering Analysis of facilities for Experiments Computer Modelling of Parts and Assemblies;
Computing and engineering geometry modeling in high energy experiments;
  10    
7.2. ECMAScript Programming based on the Framework Technologies Computer Modelling of Parts and Assemblies;
Computing and engineering geometry modeling in high energy experiments;
  10    
8 Approximate calculations in quantum mechanics Computing and engineering geometry modeling in high energy experiments     5  
9.1. Geometric Modeling for the Visualization Application Engineering Analysis of facilities for Experiments     10  
9.2. Third-Party Programming and Customization ECMAScript Programming based on the Framework Technologies     10  
10.1. Simplification of Geometry Descriptions for the Simulation of the Experiments Computer Technologies of Integration and Installation of Facilities for Experiments;
Engineering Analysis of facilities for Experiments;
    10  
10.2. Programming of the Visualization Engines Computer Technologies of Integration and Installation of Facilities for Experiments;
ECMAScript Programming based on the Framework Technologies;
    10  
11.1. Learning practice: Geometry Modelling and Integration of Facilities for Experiments Engineering Data Management Systems in HEP Experiments;
Engineering Analysis of facilities for Experiments;
    5  
11.2. Learning practice: Development of Software Application for Parametrical Description of Geometry Engineering Data Management Systems in HEP Experiments;
ECMAScript Programming based on the Framework Technologies;
    5  
Per semester: 30 30 30  
Total: 90
RESEARCH Components:
  Master Research Project / Prospectus Computer Modelling of Parts and Assemblies Programming and Computing Technologies in HEP Experiments Programming of Geometry Descriptions in Simulation Software Packages   5    
  Theoretical / experimental research / colloquium Research Project/Prospectus     10  
  Accomplishment and Defense of Master’s Thesis Theoretical/Experimental research/ colloquium     30  
Total per semester: 30 30 30 30
Total per year: 60 60
Total: 120
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