Institute of Automatics and Computer Engineering (IACE)

General information about IACE

Institute of Automatics and Computer Engineering (IACE) was created as a structural MPEI sub-division in 2002 on the basis of the former Faculty of Automatics and Computer Engineering which invariably preserved its face, its traditions and experience which were accumulated during more than 50-years of its activity. At present IACE includes eight departments, five student and 10 Ph.D-student specialties, one group of foreign students trained fully in English medium, mutual group with German partner-universities with partial training in German language for arranging the double-diploma programs for the graduates, two educational centers of qualification improvement. The total staff of IACE professors and teachers includes more that 200 persons and among them 32 Dr.Sci and 87 Ph.D.

Within the limits of MPEI University, IACE is exactly the Institute which trains the specialists of information elite of the society on all main directions of the modern information technologies, namely:

• Versatile usage of the advanced information technologies in scientific research and in industry

• Creation of complicated software basing on the achievements of the artificial intelligence

• Automation of scientific research and designing of the electronic devices and machinery details, automation of industry and control systems

• Creation and usage of computer networks, storing the large information volumes in the data-bases and the fast search of necessary data

• Fast execution of large volumes of measurements, transmission of huge data arrays including via radio and fiber-optic channels

• Creation of the effective algorithmic software for the intellectual diagnostic systems with the help of the artificial neuron network technologies

• Information protection, coding and decoding.

IACE departments

• Control and Informatics

• Computer Engineering

• Information-Measurement Technologies

• Electric Physics

• Applied Mathematics

• Computing Machines, Systems and Networks

• Mathematical Simulation

• Electrical Engineering and Introscopy

IACE trains

Bachelors on directions:
– Automation and Control
– Informatics and Computer Engineering;
– Instrument-Making;
– Applied Mathematics and Infomatics.

Engineers on specialties:
– Computing Machines, Systems and Networks;
– Applied Mathematics;
– Computer-Aided-Design;
– Control and Informatics in Technical Systems;
– Instruments and Methods for Quality Control and Diagnostics;
– Information Systems.

Masters on direction:
– Automation and Control;
– Informatics and Computer Engineering;
– Instruments and Methods for Quality Control and Diagnostics;
– Applied Mathematics and Informatics.

Ph.D.-students and Dr. Sci.-candidates on specialties:
– System Analysis, Control and Information Processing;
– Elements and Devices of Computer Engineering and Control Systems;
– Mathematical and Software Support of Computing Machines, Complexes and Computer Networks;
– Computer-Aided Design Systems;
– Telecommunication Systems and Computer Complexes;
– Computing Machines and Systems;
– Instruments and Methods for Environment, Substances, Materials and Products Inspection;
– Information-Measuring and Control Systems;
– Electric Physics, Electrical Physical Installations;
– Theoretical Electrical Engineering.

IACE actively performs the scientific investigations in the following directions:

• Development of mathematical models and control algorithms for the complicated objects;

• Development of automation means for nonlinear systems and processes

• Implementation of real time technologies on the basis of the neuron networks

• Computer-aided design of the discrete systems

• Logical design and the variant synthesis

• Measurement means on the basis of the digital signal processing

• Measurement means for information input-output on the basis of microprocessors

• Development of the digital systems for monitoring of the quality and quantity of electric energy

• Real time systems for the single-dimension and multi-dimension signals

• Languages and systems for parallel programming

• Mathematical and software support of intellectual systems

• Research of the modern principles of parallel data processing

• Network computer technologies, representation of computer systems

• Information security, modern cryptography

• Physical and mathematical modeling of thermal and electromagnetic phenomena

• Mathematical reconstruction of defect parameters and evaluation of the electrical physical properties of the products on the basis of the experimental data

• Effective algorithms for signal and image analysis with an aim of solution of the pattern recognition problems and object’s identification

• Designing of software for intellectual diagnostic complexes.