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The "Industrial Robotics" specialization prepares highly qualified and specialized master's engineers with in-depth knowledge and solid practical training in the field of industrial robotics. The training of leading specialists in the field of process robotics, which is of key importance for all sectors of industrial production, involves expanding and deepening knowledge, practical skills, and practice in the field of mechanical engineering, electronics, and information technology, with an emphasis on industrial technologies, artificial intelligence, and intelligent information technologies. The training is aligned with the latest trends in educational and research programs of leading European and American universities, as well as with the available high-tech equipment at the Technical University of Sofia, and specifically at the Faculty of Industrial Technologies, in the field of industrial production and the application of ICT in fourth-generation industry. Students enrolled in the master's program acquire knowledge and skills for both production processes and industrial systems, which form the basis of modern innovative industrial robotics and collaborative and intelligent production, building upon classical industrial technologies. At the same time, competencies necessary for the development and implementation of intelligent robotic systems are also developed.

Graduates of the "Industrial Robotics" master's program can continue their studies at the doctoral level at the Technical University of Sofia or abroad in suitable scientific fields. Students of the specialization can be sent under the "Erasmus+" program for training and writing their master's thesis at leading European universities. Direct cooperation with leading companies in the industry is also planned to establish a direct link between students and the industrial environment.

The training of engineers in the educational and qualification level of "Master in Industrial Robotics" applies a project-based approach, which focuses on two main areas:

the engineering foundations of modern solutions in the field of industrial processes and robotics;
the integration of various intelligent technologies and ICT solutions.

Students will receive specialized training for successful professional realization and career development, which includes the necessary set of theoretical knowledge, skills, and practical experience, developing professional qualities, creative thinking, and potential for solving engineering, design, research, expert, and management tasks. Some of the more significant areas for successful professional realization include:

• Design, automation, and control of processes and systems in the field of industrial production;

• Design, analysis, evaluation, and use of drives, control, and sensing in industrial robotics;

• Design and implementation of solutions using artificial intelligence in the field of robotics;

• Independent design, development, and implementation of modern, intelligent industrial robotic systems within short timeframes.

For the Master's program "Industrial Robotics", applicants must have completed a Bachelor's and/or Master's degree at TUS or at other universities in the country and abroad in specialties from all professional areas of higher education.

The goal of the study program in "Industrial Robotics" is to prepare highly qualified and specialized master's engineers with in-depth theoretical knowledge and solid practical training. The program is aimed at developing specialists capable of designing, developing, and implementing innovative solutions in automated production.

The fundamental training in the specialty "Industrial Robotics" is conducted during the first semester and involves expanding the spectrum of theoretical knowledge, practical skills, and know-how in the specific field of industrial robotics in the context of the new requirements and trends of the modern industry. The preparation includes issues from the field of:

the fundamentals of robotics;
the specific requirements of production processes and technologies in the context of automation and robotics;
analysis, challenges, and solutions in the field of used drives, control, and sensorics; programming and automation of technological processes;
aspects of software provision and programming of robotic systems with Python and C++.

The specialized training includes the study of academic courses organized in modules of mandatory electives and elective disciplines. The main aspects of the training involve acquiring theoretical knowledge and practical skills in the specific areas of modern production, engineering, and technology, including those related to:

the specifics of machine and deep learning;
the design, scope, and application of expert systems;
the fundamentals and specifics of computer vision;
the applications of artificial intelligence in robotic systems;
the robotics of technological processes in casting;
the robotics of technological processes in welding;
approaches to the analysis, evaluation, and implementation of grippers and technological actuators;
concepts for the design and implementation of digital factories;
the specifics of industrial robotics;
the design, use, and protection of industrial networks and communications.

The modular structure of the mandatory elective disciplines provides students with the freedom to specialize according to their individual visions for future professional development. This flexible approach is extremely valuable for learners who already come from practice, as it allows them to build upon and appropriately align their training with the context of their current career growth.

Graduate master's engineers possess broad opportunities for successful implementation and career growth as highly qualified specialists in various sectors of the economy. Their expert potential is directly applicable in the industrial sector, where they can take on production, engineering, design, management, and research functions, entirely focused on industrial robotics. At the same time, the growing wave of automation opens doors for the implementation of innovative robotic solutions in sectors such as energy, transportation, medicine, construction, and agriculture. The increased demand for artificial intelligence and intelligent systems allows specialists to successfully implement in the IT sector, developing next-generation software and technological solutions. In addition, the acquired managerial and engineering skills provide an excellent foundation for a career in the non-production sphere, as well as as individual entrepreneurs.
individual entrepreneurs.

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