Module 'Robotics Engineering - Specialty Subjects'

81 ECTS credits
Objectives:
acquiring field-specific knowledge and skills needed for working life.
Learning outcomes:
the student

- knows and uses field-specific legislation, standards and technical norms;
- Knows how to collect and analyse necessary work information and interpret it creatively
- knows the principles of economy, regulations and principles in robotics and is able to use them in field-specific work;
- knows how to compile production related reports in digital systems
- knows how to use engineering basics of calculation in product development, designing and running technical systems;
- shows initiative at starting projects, is able to participate in a development team.
- knows the measurement techniques and the methods of quality control;
- knows the basics of electrical machines and their control
- knows industrial electrical machines, their use and implementation
- knows construction of controllers, their modules and programming languages
- is able to compile programs for machine and robotic systems
- is able to create backups, version control m programs for machine and robotic systems
- knows types of data connections, their security and implementation in industry and robotics.
- knows elements of robotic systems, use, implementation and related calculations
- knows basic methods of data analysis
- knows principles of machine learning, its possibilities and limitations
- is able to model solutions for robotics related problems and assess results.
- is able to calibrate parameters of robotic systems and evaluate them according to quality requirements.
- is able to use specialty related computer programmes;
- uses accurate specialty terminology;
- knows the principles of work safety on a specific enterprising level, has developed an attitude to implementing means of environmental impacts;
- has an overview of necessary professional knowledge and practices to manage at the company and working environment.