The purpose of the educational program: Training of highly qualified competitive specialists who ensure the implementation of technological operations for automation and control of technological processes and production facilities related to the operation, design and implementation of equipment and computer technologies.

 

Distinctive Features of the Educational Program

The “Automation and Control” educational program has been developed based on current professional standards approved by the National Chamber of Entrepreneurs “Atameken”, as well as employers’ needs and Kazakhstan’s strategic documents on industrial and innovative development. This ensures compliance with modern labor market demands and the priorities of industrial digital transformation.

The program is aimed at training a new generation of engineers capable of designing, implementing, and operating automated process control systems (APCS), robotic complexes (RC), and intelligent industrial control systems.

The educational process is strongly practice-oriented and implemented through industrial internships and placements at machine-building, energy, and mining-metallurgical enterprises in the region. During training, SCADA systems, virtual simulators, modern laboratories in automation and electronics, and elements of project-based learning are actively used, fostering the development of engineering thinking and practical problem-solving skills.

 

Degree awarded: Bachelor of engineering and technology in the educational program 6В07132  – Automation and control 

 

Field of professional activity

The professional field of graduates includes the design, development, implementation, operation, and modernization of automated control systems for technological processes (ACS TP), robotic complexes (RC), diagnostic systems, and digital control of production processes in various industries. In addition, graduates can participate in research and innovation projects aimed at the development of automation technologies.

 

Objects of Professional Activity

The objects of the graduate’s professional activity include:

• Industrial enterprise departments responsible for operation, maintenance, and technical support of automated process control systems (APCS), robotic systems (RS), and automated information and control systems of various purposes;
• Design and engineering organizations engaged in the development, implementation, and maintenance of automation and robotics systems;
• Research institutions conducting studies in the fields of automation, robotics, and digital control of production processes;
• Enterprises implementing smart manufacturing technologies and cyber-physical control systems;
• Production and technological complexes using microprocessor technology, communication, and data acquisition systems;
• SCADA, MES, and intelligent control systems that ensure integration of technological, informational, and control processes.

 

Subjects of Professional Activity

The objects of professional activity for graduates of the “Automation and Control” educational program include technological processes, objects, and systems subject to automation; hardware and software control tools; methods and algorithms of automatic regulation, diagnostics, and optimization; as well as modern digital technologies ensuring the efficient and safe operation of industrial systems.

During professional training, the specialist studies the principles of building and functioning of automated process control systems (APCS), automation equipment, sensors, controllers, actuators, communication systems, and interfaces. They master the architecture and operating principles of robotic complexes, industrial networks, microprocessor-based and intelligent control systems.

 

Types of Professional Activities

Graduates of the “Automation and Control” educational program, depending on the nature of the tasks and their qualification level, may carry out the following types of professional activities:

Production and Technological Activities

• Organization, automation, and optimization of technological processes in various industries;
• Operation, adjustment, and maintenance of automation and process control systems;
• Ensuring the operability, reliability, and safety of equipment and control systems;
• Performing diagnostics and troubleshooting in automated systems;
• Implementing innovative technical solutions to improve production efficiency.

Design and Engineering Activities

• Designing automated control systems, robotic systems (RCS), and data acquisition and processing systems;
• Developing structural, functional, electrical, and schematic diagrams of control systems;
• Performing engineering calculations, modeling, and optimization using specialized software (CAD, MATLAB, etc.);
• Preparing design, operational, and software documentation;
• Participating in the implementation and adaptation of developed solutions in industrial environments.

Experimental and Research Activities

• Conducting analysis, testing, and research of automation and control systems;
• Developing and testing new methods of control and diagnostics;
• Building mathematical models and simulation schemes of technological processes;
• Analyzing experimental results, processing data, identifying patterns, and preparing recommendations for system improvement;
• Participating in research and innovation projects in automation and digital control.

Organizational and Managerial Activities

• Organizing and coordinating design, implementation, and operation of automation systems;
• Managing engineering and technical personnel;
• Planning and controlling the fulfillment of technical tasks, deadlines, and project quality;
• Making decisions on modernization and improving production efficiency;
• Ensuring compliance with standards, safety norms, and technical regulations.

Service and Maintenance Activities

• Technical maintenance and support of automation and control systems;
• Performing preventive and repair works;
• Configuring, updating, and adapting software and controllers;
• Maintaining operational documentation and equipment condition reports;
• Ensuring uninterrupted operation of automated systems.

Installation and Commissioning Activities

• Installing, connecting, and configuring instruments, sensors, controllers, and actuators;
• Performing commissioning and testing;
• Configuring software and hardware system components;
• Commissioning automation and control systems.

Scientific and Innovation Activities

• Participating in the development and implementation of innovative technologies in automation, robotics, and digitalization;
• Applying artificial intelligence, big data analytics, and cyber-physical system technologies;
• Contributing to the creation of intelligent and adaptive control systems;
• Preparing scientific publications, reports, and proposals for production process improvement.