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6 lectures on:
Piezoelectric transducers and energy harvesting: fundamentals of piezoelectric transducers, readout electronics for transducers, electromechanical transducers for energy harvesting.
6 lectures on:
Feed-forward control of stresses and deformations in structures by piezoelectric transducers: fundamentals of structural shape control, displacement and stress tracking, nilpotent sensors and actuators, health monitoring by distributed sensors.
6 lectures on:
Fluidic Sensors and Actuators: fundamentals of fluidic sensors, physical fluid properties, physical chemosensors, sensors for rheological, thermal and electric fluid properties, sensor design and fabrication.
6 lectures on:
Numerical modeling of electromechanical transducers: fundamentals of electromechanical transducers, piezoelectric transducers, Finite Element modeling of coupled field problems, material characterization.
6 lectures on:
Micromechanical transducers and systems: introduction to micromachining of miniaturized mechatronic systems (MEMS), fabrication technologies, design rules, device and application examples.
6 lectures on:
Microfluidic components and systems: fundamentals of microfluidics, Lab on a Chip devices, opto-fluidic concepts and structures, technology for integrated fluidic devices.