- Understand important theories and physical laws to describe bionic examples (k1-k4).
- Differentiate and evaluate bionic approaches. (k1-k4)
- Calculate simple bionic examples from structural, sensor and surface bionics. (k1-k6)
- Develop simple algorithms in the field of information bionics.(k1-k6)
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- Definition of bionics Scientific approaches and problems in bionics.
- Techniques for structure and surface analysis.
- Techniques for modifying and replicating biological structures and surfaces.
- Best practice examples from the fields of:
- Surface bionics,
- Biologically inspired algorithms,
- Structural bionics,
- Sensor bionics
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