10
- The student shows an excellent, visionary understanding of the knowledge, methods, techniques and skills of the particular addressed topic and can interpret own findings in a visionary way;
- Multiple specific (design/analysis/implementation) trade-offs are addressed, analyzed, solved in depth and/or in multiple dimensions, and the student fully understands and can explain how these trade-offs impact the project/application and evolve in the future;
- The student is able to relate in a comparative and visionary way the achieved results (approach, simulations, experiments) and the State-Of-The-Art (SOTA);
- Clear proposals for results utilization are given.
9
- The student shows a very good understanding of knowledge, methods, and technical skills and tools beyond the EE discipline relevant for the project and can introduce novel trade-offs, solutions and trends;
- The student addresses, analyses and solves multiple specific novel (design/analysis/implementation) trade-offs in depth and/or in multiple dimensions;
8
- The student shows a good understanding of all the EE disciplinary knowledge, methods, and technical skills and tools relevant for the project and can fairly judge own work against SOTA;
- The student confidently knows how to analyze and solve at least two specific (design/analysis/implementation) and relevant trade-offs;
7
- The student shows a good understanding of the knowledge, methods, and technical skills and tools that have been used in the project and can independently apply this knowledge in practice;
- The student maintains focus on the main problem/topic, knows what is relevant and irrelevant for the project, and develops an acceptable design/analysis/implementation;
- The student should be capable of handling expert discussion in the field;
6
- The student sufficiently understands the knowledge, theories, methods, and technical skills and tools that have been used in the project;
- The student is able to execute well-defined tasks in his/her specialization.