Embedded Control Systems (in Romanian)
The Embedded Control Systems postgraduate master programme is developed in cooperation with Continental Automotive Romania – Iasi location – and mainly addresses graduates of Bachelor of electric profile wishing to specialize in embedded systems, especially in the control of automotive systems by:
- modeling, simulation, identify and analyze processes in the automotive field using advanced methods;
- design, implementation and testing of embedded systems applications in automation and automotive systems;
- development of software applications and implementing control algorithms for embedded systems using programming tools, software technologies and the principles of project management.
Year 1
| 1st semester | 2nd semester |
|---|---|
| Software Engineering I | Software engineering II |
| Embedded Systems | Testing of Software Products |
| Project Management | Automotive Control Systems |
| Automotive Engineering Systems | Development Methodologies for Embedded Systems |
| Ethics and integrity |
Year 2
| 1st semester | 2nd semester |
|---|---|
| Social Competencies and Interpersonal Skills | Research for master's thesis |
| Embedded Systems Networks | |
| Control Systems for Brushless Motors | |
| Design of Embedded Systems |
Mode of study – full-time
Curriculum for master studies in Embedded Control Systems 2018-2020
Learning outcomes (as in the diploma supplement)
Professional outcomes
- Operation with advanced concepts from mathematics, systems, theory and automatic control, mechanical, electrical engineering and electronics, computer science and information and communication technology.
- Use of advanced methods of modeling, simulation, identification and analysis of the processes within the automotive field.
- Design, implementation and testing of embedded systems for automatic control and applied informatics application.
- Application development and implementation of control algorithms for embedded systems using principles of project management, programming environments and advanced technologies.
Transversal outcomes
- Application in the context of compliance with the legislation, of intellectual property rights, principles, norms and values of the code of professional ethics within their own strategies for rigorous, effective and responsible work.
- Assuming roles/management functions in a specialized team and applying relationship techniques and efficient work within the team.
- Creating opportunities for continuous training and the effective use of learning resources and techniques for their own development.