Electronic
Design |
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Avoidance of electromigration in layout design
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Prof. Jens Lienig |
Electronic design automation (EDA)
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Developing and enhancing electronic design tools while taking into consideration
special design constraints such as electromigration and thermal
specifications
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Specific tools for heterogeneous system integration, e.g., chip placement on interposer
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Seminars, e.g., introduction to EDA
algorithms, physical design automation
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Prof. Jens Lienig |
Design
of electronic lighting devices
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Design of new lighting devices using
semiconducting lighting sources (LEDs, Laser)
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Theoretical study of lighting solutions
and the implementation of these solutions in illumination devices. Main
focus is the distribution of light on the object and the heat
dissipation
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Dr. Frank Reifegerste |
Design of electronic
circuits
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Design of digital electronic
circuits based on programmable logic (FPGA/PLD,VHDL) -
Developing of algorithms for real-time
measurement data, implementation using programmable logic
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Dr. Frank Reifegerste |
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Electromechanical Design |
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Investigation
and analysis of the operational behavior of miniature electromechanichal gears and of toothed belt drives (e.g., transmission behavior,
noises)
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Development of special measurement
procedures, techniques, and special designs.
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Finite Element Methods (FEMs), formulation
of new computation methods, development of customer specific software.
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Dr. Jens
Schirmer |
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Simulation and Optimization |
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Mechanical design and
innovative sensor-actuator systems
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Mechanical design: Conceptual study of devices and
machines, product design, simulation
of mechanics (FEM, kinematics)
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Sensor-actuator systems: Design and dimensioning of form memory
actuators
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Dr. Alfred Kamusella |
Electromagnetic actuators
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Modeling and simulation (dynamic, finite
element analysis), design and test of electro-magneto-mechanical actuators
and drive systems
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Measurements
on linear and rotatory motors, actuators and motion transducers
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Research
interests:
Electromagnetic actuators, linear drives, motion
transducers, stepper
motors including application specific control circuits
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Dr. Thomas Bödrich |
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Thermal Design |
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Modeling and simulation of thermal and thermomechanical characteristics of
electronic and mechanical devices and assemblies
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Study of heat dissipation
principles, thermal and thermomechanical requirements and reliability,
design and optimization
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Experimental study of components, systems
and devices in the thermal laboratory under specific climate conditions
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Dr. Thomas Bödrich |
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Medical Device Engineering |
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Developing of innovative medical devices
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Enhancing and optimization of existing
medical
devices and systems
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Medical testing equipment
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Numerical fluid and structure simulation
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Dr.
René Richter |
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