Automation of Technological Processes and Production  - 60710900

Bachelor’s Degree Program

Degree: Bachelor
Mode of Study: Full-time
Duration: 4 years
Educational System: Credit-module system

Program Overview

The bachelor’s program “Automation of Technological Processes and Production (60710900)” prepares highly qualified engineers capable of designing, implementing and managing automated production systems, digital technologies, and intelligent industrial solutions. 

The program focuses on industrial automation, control systems, robotics, electronic devices, process optimization and digital transformation of production environments.

Students gain the knowledge and practical skills required for developing efficient, reliable and sustainable automated systems in industrial and agricultural sectors.

Main Areas of Study

Students develop competencies in:

• Engineering and computer graphics;
• Theoretical mechanics;
• Electrical engineering and electronics;
• Elements and devices of automation systems;
• Computer systems and networks;
• Industrial measurement technologies;
• Automatic control theory;
• Process modeling and optimization;
• Design of automation systems;
• Installation and configuration of control systems;
• Digital production technologies;
• Smart manufacturing systems.

Practical Training

Students receive practical experience in modern laboratories, industrial enterprises, engineering centers and research facilities.

They learn to:

• Design automated control systems;
• Operate sensors and control devices;
• Monitor technological processes;
• Apply programmable control systems;
• Digitalize production processes;
• Implement resource-efficient technologies;
• Configure and maintain automation systems.

Career Opportunities

Graduates can work in:

• Industrial enterprises;
• Agricultural automation systems;
• Food production companies;
• Robotics and automation companies;
• Energy and technological complexes;
• Engineering and design organizations;
• Research institutions;
• Digital manufacturing and industrial management sectors.

Importance of the Field

Automation of technological processes and production is a key discipline of modern engineering, contributing to increased productivity, improved product quality, reduced human workload and development of the digital economy.