Instrumentation specialty who to work. Direction “Instrument making. Basic disciplines of the curriculum
Direction code: 12.03.01 educational standard: GEF 3+ Level of education: Bachelor's degree Description:
Field of activity
Instrumentation is a field of science and technology that develops automation and control systems. Today, these tools are used in large and small enterprises, in transport, in communication systems, in robotics, in aircraft, in housing and communal services, etc. Even in children's toys, these systems are installed, which delight children and parents with their unusual functions.
Instrumentation is a branch of mechanical engineering that produces measuring instruments, means of analyzing, processing and presenting information. Such tools must not only be developed, but also correctly operated, therefore, only knowledgeable specialists are allowed to use the devices. The range of devices is limitless: multimeters, spectrum analyzers, electronic, optical and optoelectronic measuring instruments, monitoring and control, medical devices and diagnostic systems.
Peculiarity professional activity
Our graduates for 4 years receive in-depth training in
natural sciences and engineering disciplines. Mostly bachelors are focused on research and design activities. Some of the future graduates do internships at the leading scientific organization - the Elektropribor Research Institute in St. Petersburg. Gaining new knowledge in automation tools and control systems, in modeling measuring systems and processes, in software, in information and measuring technologies, graduates become desirable specialists in many organizations and enterprises.
Employment
After graduating from AltSTU, our graduates are ready to carry out professional activities in instrument-making enterprises: Sibpribor-Analit, Rotor, Altaipressmash, Altaikoks, AZPI; at enterprises information technologies
: NTC Galeks, Glashatay LLC, Mitra Internet Agency, NPP Smart, etc.; in firms-developers of engineering systems: LLC NTP Special Electronics, LLC Corporate Systems, CJSC KC Group, Satellite systems monitoring, Tekhkom-Avtomatika, PKF Video surveillance systems, etc.; at communication enterprises: MTS OJSC, VimpelCom OJSC, Megafon OJSC, Sibirtelecom OJSC, etc.; telecommunications companies: Arsisitek, Sibholding; in organizations and scientific laboratories related to measurement and data processing: Altai Center for Hydrometeorology and Environmental Monitoring, Altai Optical Laser Center, Laboratory for the Study of Dynamic Images and the Laboratory for Piezoresonance Nonlinear Measuring Transducers at the Altai State Technical University named after. I.I. Polzunov.
Opportunity to continue education
After completing the training, graduates have the opportunity to continue their education in the master's program in the direction of training "Instrument Engineering".
An instrumentation specialist is a qualified worker in the field of science, technology and mechanical engineering. The worker is engaged in the development and production of various measurements. The area of expertise of a professional also includes automated systems.
So how much does a specialist in the field of instrumentation earn in different countries peace?
How much does employment cost in the Russian Federation?
A design engineer in instrument making earns good money. The average salary of a specialist is 50 000 rubles(approximately $877).
For clarity, consider some open vacancies:
- "Technopark Institute of Innovative Development" ( Samara) - 55,000 rubles. / $820. The responsibilities of a specialist include the development of draft and technical projects. An important point is the preparation of documentation;
- Central Research Institute "Cyclone" ( Moscow) - 65,000 RUB / 970 bucks. Development of 3D models is a priority. The professional takes an active part in the assembly and adjustment of prototypes;
- Organization "Teplopribor Sensor" ( Chelyabinsk) - 40,000 ₱ / 597 USD. The expert organizes control over the technological preparation and production of new products. The employee also plans technical tasks for performers.
Who can work in the specialty of instrumentation? How much does the employer pay?
Consider the main options:
- information-measuring equipment and technologies – from 35 000 rub / 522 dollars;
- devices and systems of beam energy - on average 46 800 rub. / 698 c.u.;
- photonics and laser biomedicine – 51 250 ₱ / 764$;
- analyst of instrumentation and intelligent security systems - 60-140 thousand rubles / 1492 USD. A novice worker earns 75% of the salary;
- optoelectronic devices and systems - 49,800 RUB / 743 bucks;
- optical technologist - salary ₱76,000 / $1,134;
- expert in laser optoelectronic devices and systems – 56,000 rubles / 835 bucks. His assistant receives 80% of his salary.
The value of employees in various areas
Instrumentation professionals take active participation in the functioning of circuits by the device and devices.
Experienced designers are especially in demand at defense complex enterprises.
gradation wages professionals looks like this:
- beginner instrument maker - profit 20,000 rubles / 298 USD;
- an experienced setup specialist - remuneration of 30-40 thousand RUB / 447-597 $;
- a manager who oversees the implementation of the project and a whole team of performers - 40,000 -50,000 ₱ / 597-746 dollars.
Value in biomedical instrumentation
Price list of instrument-making workers in countries Europe and some regions is at a high level.
Direction "Instrument Engineering" is currently the most popular area of training for bachelors and masters. This is due to the fact that devices are used in a wide variety of areas of human activity from aerospace and nuclear power to household appliances and children's toys. Modern devices containing microprocessors for digital processing information are the main elements of complex technical systems. Different kinds transport - road, rail, aviation and others, equipment for thermal and nuclear energy, technological equipment chemical industry, etc. cannot work without control measuring instruments(KIP). The list of profiles for the preparation of bachelors in the direction of "Instrument Engineering" contains a variety of measuring instruments in various fields of technology. Volgograd State Technical University has implemented the widest and most versatile profile of the direction "Instrument making" - "Information and measuring equipment", which allows satisfying the needs of enterprises and organizations of the Volgograd region in specialists. Students of this direction have an internship at the enterprises of instrument-making profile: "Akhtuba", "Shtil", "Meteor" and others. These enterprises are equipped with modern technological equipment.
Graduates of this direction in the Volgograd region can work at the enterprises of the instrument-making profile: "Akhtuba", "Shtil", "Meteor", "Aurora"; at enterprises producing products containing instrumentation: "Titan", "Volgograd Tractor Plant", "Volga Bus Plant"; at enterprises whose technological equipment is equipped with control and measuring devices: "Kaustik" and "NPZ". In addition, graduates can work in various organizations that use complex devices, these are control and diagnostic devices in the energy sector, medical devices, vehicle devices and diagnostic equipment at stations. Maintenance cars, appliances non-destructive testing and diagnostics in oil and gas pipelines.
It should be noted that graduates of the direction "Instrument making" can work in design and research organizations. Scientific developments of the department - devices are being introduced into production: at the Volgograd enterprise for the production of parquet, a device for monitoring the humidity of the workpiece on the stream has been introduced, which allows improving the quality of products and eliminating defects; At Volgogradneftemash, a laser complex for marking column apparatus was introduced, which allowed the company to improve the quality of its products and enter the international market. At the Department of "Electrical Engineering" a small enterprise "Optico-electronic systems" was opened, which is engaged in the introduction of the developed devices into production. Currently, the Department for the Ministry of Emergency Situations is developing a device for determining the properties of insulating electrical materials for fire resistance. Scientific and technical developments of students and graduate students, made under the guidance of teachers of the department, are constantly exhibited at competitions-reviews of research works of young scientists in the direction of "Electronic devices and systems" and win prizes. Graduates of the direction are prepared for postgraduate studies.
Graduates of two graduations - bachelors continue their studies in the master's program in the areas of "Computer Science and Computer Engineering", "Management in technical systems and "Physics" of the VolGTU and "Instrument Engineering" of the St. Petersburg National research university Information Technology, Mechanics and Optics (SPb ITMO). It should be noted that SPb ITMO is a leader in the field of information technology and instrumentation. Our graduates (there are 8 of them in the last graduation) are successfully studying in the master's program in a profile related to rocket and space technology.
Focus of training bachelors
12.03.01 "Intellectual technologies and systems"
direction "Instrument making"
25 budget places (2019)
Passing score 2017 - 163, average score in 2017 - 183.9.
Passing score 2018 - 150, average score in 2018 - 185.
USE - Russian language, mathematics, physics.
The direction "Intelligent technologies and systems" (direction "Instrument engineering") is training in the design, development and use of information-measuring instruments and systems for collecting information, processing, monitoring and diagnosing various objects and processes.
The state of the labor market Rostov region and the dynamics of its development show that in the region there is a real need for graduates of the direction 12.03.01 "Instrument Engineering". Almost all graduates of this direction of the department work in the field of training at enterprises and organizations in the southern region of Russia.
The direction "Intelligent technologies and systems" (the direction "Instrument engineering") is included in the list of directions (specialties) in educational institutions higher vocational education corresponding to the priority areas of modernization and technical development of the Russian economy.
The objects of professional activity of graduates of this direction are measuring and computing complexes for diagnosing the state of technical objects; information-measuring systems for parameters control technological processes and facilities in various industries, medicine and science; general and special purpose with built-in microprocessors for measuring physical quantities.
WHAT GRADUATES CAN WORK FOR:
- Developer of information-measuring systems - a specialist in the design of devices and systems for measurement, control and diagnostics.
- Head of metrology, standardization and certification services of state centers and large enterprises in various industries.
- Head of instrumentation and automation services (KIPiA) of enterprises in the electric power, chemical, oil and gas, food and other sectors of the economy.
- Engineer - electronics of service centers of medical equipment, vehicles, technological equipment.
- Developer of processor virtual and intelligent means of measurement, control and diagnostics.
- Developer software for systems of technological control, diagnostics and monitoring of the state of complex technical objects.
To consolidate knowledge and professional skills, students of the department undergo practical training at leading enterprises in Russia and Germany, designing, producing and servicing modern information and measuring equipment.
Training of bachelors in the field of "Intelligent Technologies and Systems" (direction "Instrument Engineering") is carried out in accordance with federal state standards and includes fundamental training in the field of information-measuring equipment and technologies.
The main disciplines of the curriculum:
- "Fundamentals of designing devices and systems";
- "Software for measuring instruments";
- "Theoretical foundations of electrical engineering";
- "Standardization and certification of information and measuring systems and technologies";
- "Design and technology of production of devices and devices";
- "Measuring information systems";
- "Intellectual systems and technologies";
- "Methods and means of measurement, control and diagnostics";
- "Theoretical foundations of measuring and information technologies";
- "Technical and medical systems of electrical impedance tomography";
- "Metrological support of measuring instruments";
- "Fundamentals of automatic control";
- "Physical basis for obtaining information";
- "Electronics and microprocessor technology";
- "Metrology and electrical measurements";
- "Intelligent Measuring Instruments";
- "Programming in C++";
- "Discrete Math";
- "Introduction to digital technologies";
- "Fundamentals of digital modeling";
- "Programming in high-level languages";
- "Development of applications for the Internet";
- "Computer graphics";
- "Digital technologies in engineering";
- "Introduction to the profession";
- "Numerical Methods";
- "Optimization methods";
- "Physics";
- "Maths";
- "Foreign language";
- "Economics and organization of production";
- "Database";
- "Life safety";
- "Jurisprudence";
- "Sociology and Psychology";
- "History (history of Russia, general history)";
- "Philosophy";
- and etc.
"Architecture and programming of microprocessor systems";
To ensure the organization of all types of practices, provided by the curriculum of the direction 12.03.01 "Instrument making", the department "Information and measuring systems and technologies" signed a number of long-term contracts with enterprises and organizations: Novocherkassk - PK NEVZ, Novocherkasskaya GRES, INIS, VELNII, SKB Graf, CJSC Iris; Rostov-on-Don - "Rostvertol", "Rostselmash", Research Institute "SIIS"; Taganrog - "Software technologies"; Stavropol - OJSC "Energomera", OJSC "Signal", etc.
In addition, students undergo internships under individual contracts at the enterprises of the Southern federal district, such as:
1. ZAO Alcoa Metallurg Rus, Belaya Kalitva;
2. OOO KB Metrospetstekhnika, Rostov-on-Don;
3. ZIP "Energomera", a branch of CJSC "Electrotechnical Plants" Energomera ", Nevinnomyssk, Stavropol Territory;
4. Research Institute of Energy, Novocherkassk;
5. JSC “Scientific and Production Enterprise of Space Instrumentation “Kvant”” (JSC “NPP KP “Kvant”), Rostov-on-Don;
6. OAO Nevinnomyssky Azot, Nevinnomyssk, Stavropol Territory;
7. JSC NTP "Aviatest", Rostov-on-Don;
8. FSUE "Taganrog Research Institute of Communications" (FSUE "TNIIS"), Taganrog;
9. Branch of JSC "OGK-2" Novocherkasskaya GRES;
10. JSC " Heating network”, Apsheronsk, Krasnodar Territory;
11. JSC "Shakhty Plant" Hydroprivod ", Shakhty;
12. Eurochem LLC, Belorechensk, Krasnodar Territory;
13. Plastic Enterprise LLC, Novocherkassk.
As part of the development of the direction of study "Instrument Engineering" at the Department of IIST is open National Instruments Education Center, whose main activity is certified training of students and specialists. Currently, the Center cooperates with the leading manufacturer of software and hardware in the field of control and measuring equipment - National Instruments (USA). Students get acquainted with advanced solutions for diagnostics and control in the field of automation, real-time systems, energy, construction, and robotics. Additional training in certification courses provides an opportunity for students to receive an international certificate from National Instruments.
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In the direction of "Instrument Engineering" there is a MASTER 12.04.01 program "Intelligent Technologies and Systems".
Students, graduate students and graduates of the direction 12.03.01 "Instrument making" are permanent participants of various exhibitions and innovation forums.
For example, in August 2013 Ksenia Savvina, Master of the South Russian State polytechnic university(NPI) named after M.I. Platova and the director of the Savva group of innovative companies, presented a device at Seliger that diagnoses oncology in the early stages with one drop of blood in 10 minutes. The inventor asked for help and the inclusion of mandatory device testing for general medical examinations in order to save the lives of millions of people.
Russian President Vladimir Putin, during a meeting with Seliger participants, noted that such devices are in high demand, and promised to transfer the device documentation to the Russian Ministry of Health for expert evaluation.
Ksenia Savvina is the director of a group of innovative companies. This is not the first time at Seliger, this year it presents a development that, according to many experts, can change the idea of diagnosing cancer. In a matter of minutes, this device can detect cancer in the early stages with an accuracy of more than 90%.
Student Research Laboratory"Technical and Medical Magnetology" Department "Information and measuring systems and technologies"
Currently, the laboratory "TIMMAG" is more than 25 students and graduate students working under the guidance of a number of professors, associate professors and senior teachers of the IIST department, with a volume of work performed more than 2 million rubles. in year. Most of the laboratory projects are carried out jointly with a number of leading foreign research centers and universities (Stanbeis Center, Ilmenau, Technical University Braunschweig, Technical University of Dortmund). Every year more than 10 members of SNIL "TIMMAG" receive international scholarships and undergo internships abroad. In 2010, 8 Euler scholarships and 2 Lomonosov scholarships were received in the amount of about 1.5 million rubles. The works carried out in the laboratory regularly win prizes at competitions of intra-university, city, regional and all-Russian levels.
The main theme of the work carried out in the laboratory is the study of magnetic fields. In addition, work is currently underway in the laboratory in a number of areas:
- Technical vision.
- RFID.
- Hearing Aids.
- Navigation systems for moving objects.
- Development of actuators using new magnetostrictive materials.
- Systems for measuring the insulation resistance of power lines
- Instruments for measuring and predicting the geomagnetic field.
Seminars are held weekly at the department, organized by the head of the department, the first vice-rector of the university, professor, doctor of technical sciences. Gorbatenko N.I. This seminar is a regular component of the work of the laboratory and allows you to exchange opinions, express original ideas and receive advice from experts in various fields of knowledge.
Currently, the leadership of SNIL is carried out by Ph.D., Associate Professor of the Department of IIST Shaikhutdinov D.V.