Program description

  • General Field of Study
  • Program Code and Name
  • Duration of Studies
  • ECTS Study Credits
  • Organization Mode
  • Certification
  • Title Awarded
  • Engineering and Engineering Activities
  • 0714.7 Robotics
  • Four years
  • 240
  • Full-time Education
  • Bachelor’s Degree
  • Bachelor of Engineering

General Description

  • The competencies of Robotics and Mechatronics graduates are: applying the fundamentals of exact sciences and engineering in the field of robotic and mechatronic systems; designing hardware, software, and communication systems in integrated robotic systems; identifying, formulating, and solving problems using the tools of science and engineering of robotic and mechatronic systems; improving the performance of hardware, software, and communication systems for robotic systems; implementing, testing, managing, and maintaining hardware, software, and communication systems specific to the robotics and mechatronics field; using, configuring, and developing software systems and applications specific to the robotics and mechatronics field. 

  • Graduates of the Robotics and Mechatronics program can build professional careers as specialized engineers in mechatronics and robotics, engaging in activities such as design, programming, maintenance, and management within industrial enterprises and service and intervention companies. There are opportunities for continuing studies in European master’s programs in mechanical engineering, electrical engineering, mechatronics, systems engineering, and more. 

    The program 0714.7 – Robotics and Mechatronics has been adapted to the requirements of dual education within the project “COOPERA – Integrating Dual Higher Education in Moldova and Ukraine” (reference number: 617490-EPP-1-2020-1-MD-EPPKA2-CBHE-SP), co-financed by the Erasmus+ program of the European Union. 

    Dual education in higher education represents a form of study that, within the training of young specialists, places a significant emphasis on developing practical skills in the real work environment, with a high degree of involvement of business environment representatives in this process. It is a form of study that alternates between university and company: 

    • The student coordinates, complements and integrates academic training activities with those in the company (students spend over 500 hours annually within companies). 
    • The company and the university share responsibility for training and evaluation. 
    • Each student has a specific training plan. 
    • A labor contract is signed for the student right from the beginning of the studies. 
    • The academic recognition of the training carried out in the company. 
    • Development of a professional identity by familiarizing with the future career. 
  • The department responsible for the program: Computer Science and Systems Engineering.