Phystech Non Canonical Home Page

First Year:
 
Mathematical Cycle (340 hours)
Mathematical analysis
limits, convergence, differential calculus, calculus of variations
Analytical geometry
Linear algebra
 
Physical Cycle (270 hours)
General Physics
mechanics, thermodynamics
Physical Labs, Seminars
 
English (140 hours)

 Political and Humanities Cycle (100 hours)

 Special  (270-350 hours)

General Chemistry
Introduction to Computer Science and Programming
Computer aided design
Introduction in ecology
Military reserve training
etc.

Physical activities, sports (70 hours)
 
Second Year:
 
Mathematical Cycle (340 hours)
Mathematical analysis
measure and integral calculus, Fourier series, theory of sets, theory of functions and metric spaces, vectors and tensors analyses
Ordinary differential equations
Probability theory
 
Physical Cycle (480 hours)
General physics
electricity, optics
Theoretical physics
classical mechanics
Physical Labs, Seminars
 
English (140 hours)

Political and Humanities Cycle (100 hours)

Special  (270-350 hours)

Computer science
Theoretical foundations of electrical engineering
Electrical engineering labs
Military reserve training
etc.
 
Physical activities, sports (70 hours)
 
Third Year:
 
Mathematical Cycle (240 hours)
Functions of the complex variable
Partial differential equations
Numerical analysis
Mathematical statistics
 
Physical Cycle (340 hours) - Government Qualification Exam in General Physics
General Physics
kinetics, solids, atomic and nuclear physics
Theoretical Physics
field theory, quantum mechanics
Physical Labs, Seminars
 
English (140 hours)

Political and Humanities Cycle (70 hours)

Special (270-410 hours)

Special disciplines (departmental)
Theoretical foundations of radio engineering
Radio engineering labs
Electronic components
Military reserve training
etc.
 
Physical activities, sports (70 hours)
 
Fourth Year:
 
Physical Cycle (170 hours)
Theoretical Physics
electrodynamics, solids
 
English or French (140 hours)

Political and Humanities Cycle (70 hours)

Special

Special disciplines at the base departments, eg:
- classical theory of automatic control
- digital computer architecture
- analog computers
- programming languages and operating systems
- electronic components of digital computers
Military reserve training
etc.
 
Fifth Year:
 
Specialization at the base departments, eg:
- linear programming theory
- theory of optimal control
- stochastic (probabilistic) processes
- operations research
- basics of systems analysis
- theory of dynamic systems (stabilty, controllabilty, etc.)
- theory of graphs
- theory of games
- theory of information with theory of coding
- discrete automata and theory of algorithms
- numeric analysis
- methods of optimization
- Samuelson's Economics seminar
- elements of organizations and management science
- assistance in current research projects at the department

Field military training (20 days!)
 

Sixth Year:
 
Specialization at the base departments, eg;
- methods of the theory of control under uncertainty
- pattern recognition
- statistical process control and decisions
- neural networks, expert systems, artificial intelligence
Research on the individual thesis project. Defence of the Master's Thesis

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Awarding the degree of Engineer-Physicist in Applied Mathematics
Military commission as Second Lieutenant, Rocket Scientist in Strategic Missile Forces

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9-16-98