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The graduate of the programme has the following:

Knowledge and skills:
- Creation of structures with computer-based Advanced Industrial Design and Products Production Systems (CAD-CAM-CAE), and Reverse Engineering techniques.
- Understanding the principles of Computational Mechanics and using finite element software with evaluation of results (stresses, deformations) in structures under complex loading conditions.
- Analysis and solving of problems related to plastic deformation.
- Description of features, structure and properties of modern materials.
- Identification and description of simulation capabilities of multi-axis machining (CAM).
- Recognition and use of material removal methods of composite surfaces for use in digitally driven CNC tools.
- Application of optimization techniques in machining processes simulation using PC.
- Understanding international business environment and framework evaluation for business activities.
- Analysis of strategies for successful research using appropriate methods.
- Understanding the basic principles of Mechatronics and control of automation applications.
- Definition, description and understanding of Quality optimization tools in industrial production.
- Managing complex research problem with methodological clarification of objectives.
- Search of literature aimed at an integrated approach to the problem at issue.
- Implementation of research results to solve problems in the industry.
- Study and analysis of structural characteristics of industrial devices.
- Clarification and evaluation of structure and properties of advanced materials that influence the production process.
- Description and critical analysis of quality management systems.
- Application of optimization techniques in machining processes simulation using PC.
- Analysis of construction structures such as robots, and of their embedded systems, such as sensors.
- Demonstrate critical analysis at the postgraduate level, in a concise, clear and objective way.

Capacities:
- Evaluation of solid and surface modelling techniques and reverse engineering techniques.
- Analysis of quality management systems, particularly in industry.
- Design of research program by applying appropriate techniques for successful completion, setting and respecting time and cost criteria.
- Selection of a suitable advanced material and appropriate procedures for the manufacture of a product for specific applications.
- Application of appropriate techniques to create robotic systems and of advanced techniques for optimizing automation processes.
- Design of an impeccable and systematic research methodology, as well as presentation and justification of research findings in a concise, coherent and structured manner.

Learning outcomes:
- Advanced Industrial Design Systems and computer-based Products Production Systems.
- Mechatronics, Robotics and Automation Systems.
- Finite Elements Machining (FEM).
- Use of Advanced Materials in structures (Ceramics, Polymers, Composites).
- Management of Research Works, Entrepreneurship and Total Quality Management.