Learning outcomes

1. The Bachelor identifies and analyses an concrete engineering problem and its sub-problems, based on a broad scientific knowledge and technical expertise of their own discipline.

2. The Bachelor effectively applies knowledge and technical expertise in a resul-oriented way when tackling a concrete engineering problem, considering sustainability, efficiency, feasibility, and safety.

3. The Bachelor works out a concrete technical engineering design systematically and meticulously, considering the described preconditions and uncertainties of the project.

4. The Bachelor demonstrates an overview of several engineering disciplines, knows their basic principles and can apply them to simple problems.

5. The Bachelor collects and critically and effectively processes technical and/or scientific information.

6. The Bachelor meticulously designs a research or development plan according to the scientific systematics.

7. The Bachelor solves a concrete engineering problem showing a critical and inquisitive attitude.

8. The Bachelor knows the various methods of scientifically correct reporting and applies them.

9. The Bachelor recognizes the different roles and resonsiblities in a team and recognizes the importance of each role in the success of the team.

10. The Bachelor uses the necessary skills to manage a concrete project systematically and effectively.

11. The Bachelor places their own actions in the the current, societal, international, and global context, with a focus on economics, ecology, ethics, sustainability, climate, and the environment.

12. The Bachelor is familiar with the diverse society and acts respectfully and inclusively.

13. The Bachelor communicates about their own discipline verbally, in writing and graphically, appropriately and correctly, both with experts and nonexperts.

14. The Bachelor shows an inquisitive and curious attitude and proactively uses feedback and offered learning opportunities.

12. The Bachelor has the basic knowledge in the domain of electronics and signal processing, including the principles of hardware design, digital signal and image processing, interfacing, sensors, input/output devices, measuring methods, and can apply this, taking into account functional and non-functional requirements.

13. The Bachelor has the basic knowledge in the domain of software development, including the principles of data structures, algorithms, connection of hardware and software, programming principles, software-design techniques, and can apply this, taking into account functional and non-functional requirements.

14. The Bachelor has the basic knowledge in the domain of communication and network technology, including the principles of network structures, protocols, connection of (embedded) hardware components, communication principles, communication design techniques, and can apply this, taking into account functional and non-functional requirements.

15. The Bachelor can combine the acquired basic knowledge in other domains such as mathematics, physics, chemistry, construction, electromechanics with his/her knowledge of electronics, signal processing, software development and communication and network technology.