15.03.02 Technological Machines and Equipment

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.

• Hydraulics, hydraulic drive and pneumatic drive
• Graphical information systems in mechanical engineering
• Machine parts and design fundamentals
• Integrated design and control systems
• Information technology and the fundamentals of programming
• Testing and research of technological equipment
• Mathematical modeling of technological machines
• Metrology, standardization and certification
• Modeling of technological processes
• Equipment of the mechanical engineering manufacture
• Programming of numerically controlled machines
• Software tools for professional activity
• Tool design
• Design of technological machines
• Project activities
• Industrial design
• Shaping processes and tools
• Reverse engineering and prototyping
• Artificial intelligence systems and machine learning
• Theory of automatic control
• Theory of mechanisms and machines
• Virtual and augmented reality technologies in engineering
• Mechanical engineering technology
• Transport and loading devices