Design and Validation of Bio-Microrobotic Systems

What it is about

You are dealing with the design and validation of microrobotic systems for biological applications. You independently conduct topic-specific literature research, write a short scientific project description with hypothesis and experimental planning, and gain practical experience in validation methods such as fluorescence microscopy, UV-Vis spectroscopy, and Dynamic Light Scattering.

What you will be able to do

• Understand topics of micro-robotics research
• Conduct topic-specific literature research
• Critically analyze scholarly articles
• Develop critical thinking for evaluating and improving research
• Draft scientific project and grant proposals
• Master practical experimental methods and experimental planning
• Communicate results in scientific writing
• Design concepts for miniature robotic systems

What the module consists of

• Self-directed project workYou independently work on an assigned research question and develop literature, hypothesis, and solution concept.
• Laboratory internshipPractical units for conveying validation and characterization methods (e.g., fluorescence microscopy, UV-Vis spectroscopy, DLS).
• Writing and discussion sessionsGuidance and feedback on reading, analyzing papers, and drafting the short scientific proposal.
• PresentationShort pitch-format presentation of the results and the proposal.

Teaching method

• Individually supervised literature researchEnables autonomous development of a research topic under continuous supervision.
• Regular supervisor meetingsSupport in developing technical solutions and experimental planning.
• Lecture/discussion sessionsTransmission of techniques for targeted literature search, efficient reading, and scientific writing.
• Practical lab sessionsIntroduction to measurement methods and validation techniques to deepen experimental skills.
• Writing workshopsSupport in drafting the scientific proposal.