15.03.04 Automation of Technological Processes and Production

The mission of the educational program "Automation of Technological Processes and Production in Mechanical Engineering" is to form students' professional skills for industrial and technological activities in conjunction with the ability to independent analytical work, which are associated with the improvement of technical systems and software and hardware automation in the applied field of industrial and technological process management in mechanical engineering.

This educational program is designed to cultivate highly qualified specialists equipped to thrive in today's dynamic industrial and technological landscape. Through a unique blend of academic rigor, practical application, and innovative approaches, it empowers individuals to not only excel in their chosen field but also contribute to a sustainable and responsible future.

This educational program is designed to cultivate highly qualified specialists equipped to thrive in today's dynamic industrial and technological landscape. Through a unique blend of academic rigor, practical application, and innovative approaches, it empowers individuals to not only excel in their chosen field but also contribute to a sustainable and responsible future.

• The program prioritizes practical knowledge, ensuring students graduate with the skills and experience needed to address real-world challenges.
• Students develop the critical thinking and problem-solving skills necessary to navigate unforeseen situations, fostering a culture of continuous learning and innovation.
• The program emphasizes mastery of modern automation technologies, equipping students with the tools to optimize production processes and drive efficiency.
• Students learn to optimize production technologies while minimizing environmental impact, demonstrating a commitment to ethical and sustainable practices.
• The program encompasses essential knowledge from diverse disciplines, including mathematics, science, humanities, and socio-economics, fostering well-rounded professionals capable of addressing complex challenges.
• Students cultivate a strong understanding of the social impact of their work, developing a commitment to ethical conduct and professional growth, both individually and as part of a team.

This program empowers individuals to become industry leaders, driving innovation and contributing to a sustainable future. It fosters a deep understanding of the industry's complexities, encourages creativity and collaboration, and prepares students to seize the opportunities of a rapidly changing world.

• Automation of technological processes and production
• Hydraulics, hydraulic drive and pneumatic drive
• Machine parts and design fundamentals
• Integrated design and control systems
• Information technology and the fundamentals of programming
• Metrology, standardization and certification
• Equipment of the mechanical engineering manufacture
• Fundamentals of the theory of intelligent management
• Applied mechanics
• Programming of numerically controlled machines
• Software of management systems
• Software tools for professional activity
• Design of automated systems
• Project activities
• Shaping processes and tools
• Calculation and design of machine tools
• Artificial intelligence systems and machine learning
• Computer-aided support systems for engineering solutions
• Special sections of the theory of automatic control
• Automation and management tools
• Theory of automatic control
• Technical measurements and instruments
• Mechanical engineering technology
• Control in automated production
• Electromechanical systems