Digital Energetics in the Oil and Gas Industry

Students in the Digital technologies in electric drive and power supply multi-track program can choose from three educational tracks.

Read more about the program here.

Electric drive and automation of technological complexes

Graduates of the program are specialists in the design, development and research of automated electric drive systems of industrial plants and facilities.

They possess knowledge of research prediction methods, principles of distributed information processing, topologies and access methods, basic concepts of modeling theory; mathematical models of elements operating on different physical principles.

Master’s program graduates understand the principles of building algorithms of optimization calculations of electric drives equipment, methods of scientific research and design of elements and devices of electric drive and its element base. 

Resources

• Training laboratories of general industrial mechanisms and complex automation of technological processes, microprocessor control systems, AC electric drives, installation, adjustment, operation and repair of power supply systems;

• Scientific laboratories of control systems of technical objects and engineering consulting, microprocessor control systems of electric drives;

• Computer classes.

Internship opportunities 

SibPromAvtomatika;

Siberian ESTC;

EVRAZ United West Siberian Metallurgical Plant;

NPF Privod-Service (Tomsk);

NPF St. Petersburg Electrotechnical Company;

Submersible equipment repair base(Tomsk);

NPF Mechatronics-Pro;

Mechatronics-Soft.

Alumni 

E.K. Kornev - Deputy General Director of JSC SCC;

Y.S. Borovikov - Rector of Yaroslav-the-Wise Novgorod State University;

V.G. Bukreev - Professor of TPU;

A.S. Glazyrin - Professor of TPU.

Mechatronic energy converters

Mechatronic energy converters are one of the most promising areas of technological development, located at the intersection of electromechanics, electronics and programming. Specialists are prepared to solve "propulsion" problems for a wide range of tasks: from electric cars and electric scooters to robotic manufacturing, from medical instruments to exoskeletons and engine control systems for quadcopters.

You will learn about the application of electric motors and electric drives, servo controllers, motion controllers, microcontrollers, as well as programming environments and techniques.

As a result, you will become an engineer able to design devices that will move accurately, faster, and more energy-efficiently than existing ones. Throughout the course, you will learn how to solve real-world problems, for example, direct the light of a servo-controlled spotlight by rotating your smartphone in your hands. This is an example of a simple lab assignment.

Resources

The training is based on the Microprocessor Control Systems Laboratory, which actively works on projects for industrial partners in the field of mechatronic devices. Graduates of the laboratory have been hired by major Moscow companies engaged in the development and production of medical devices, industrial robotics, and mobile robotic devices.

To see examples of projects completed in the laboratory, visit http://nevalyashka.store/ and http://pullsmart.store/.

Internship opportunities

SibPromAutomatics;

Sibenergomash;

EVRAZ United West Siberian Metallurgical Plant;

NPO St. Petersburg Electrotechnical Company;

Tomsk Shipping Company.

Alumni 

• Y.S. Borovikov - Rector of Yaroslav-the-Wise Novgorod State University;

• V.G. Bukreev - Professor of TPU;

• A.S. Glazyrin - Professor of TPU.

Electric power supply of industrial enterprises

This is an updated version of the previously existing programs: "Autonomous power supply systems and renewable energy" and "Optimization of developing power supply systems". The program prepares specialists for research activities on power supply systems design, development, operation and improvement.

Graduates will be familiar with the technology of power systems construction. They will know the methods of computer modeling and design of power generation, conversion and accumulation systems. They will be able to operate power plants and substations, install and adjust electrical equipment, design and improve modern power systems, conduct scientific research and teach.

Internship opportunities

HelioTom NPK;

TomskNIPIneft;

Tomsk Distribution Company;

Surgutneftegaz;

ALROSA;

FGC UES;

Yurginsky Mashzavod;

ERIS (Tomsk);

FGC UES branch - IES of Western Siberia (Surgut);

Lenenergo St. Petersburg Electrotechnical Company;

SVEL Group (Ekaterinburg);

Sibkabel;

Energoneft-Tomsk;

Rosenergoatom Concern;

Tomsk Distribution Company;

Electric Power Plants (Bishkek);

EVRAZ ZSMK (Novokuznetsk).

Alumni

O.V. Petrov -Managing Director of Tomsk Distribution Company, JSC;

N.M. Parnikov - General Director of Sakhaenergo;

Levchenko A.A. - Deputy General Director - Director of the branch of JSC Gazprom Energosbyt Tyumen;

N.V. Krivosheeva - Leading Engineer of Electrical Engineering Department of NPV ENGINEERING (Karaganda), Leading Engineer of Electrical Engineering Department of MERACOM (Novosibirsk);

S.I. Privezentsev - Head of Chief Power Engineer Department, Tomsk Shipping Company;

I.I. Shanenkov - Head of the Laboratory of Resource Efficient Technologies of Thermal Processing of Biomass, TyumSU;

O.S. Kostenko - Head of the Department for Individuals' Receivables, Tomskenergosbyt JSC.

Equipment

The training center uses specialized laboratory equipment to study the fundamentals of automation systems, process control, and the fundamentals of programming in standard IEC languages applicable to programmable logic controllers and electronic devices.

Automation of conveyor belt operation

Gate valve control stand

Logic controller programming benches