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Student Theses
Member of D-BSSE
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3D Tissue Handling in Microfluidic Systems (pdf) Design and fabrication of microfluidic devices for simple loading and culturing of 3D spherical microtissues for drug discovery. Type: Semester thesis / Internship Background: Natural Sciences Supervision: Dr. Olivier Frey |
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Implantable Multichannel Biosensor (pdf) Integration of a biosensor microprobe arrays with a CMOS chip for in-vivo recordings in freely-behaving animals. Type: Master thesis / Internship (>6 months) Background: Electrical / Mechanical Engineering Supervision: Dr. Olivier Frey
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Spurious-free DDS by using phase dithering (pdf)
You will implement a spurious-free direct digital synthesizer on a Xilinx FPGA. Type: Bachelor / Master thesis Background: Electrical Engineering Supervision: Dr. Flavio Heer |
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Precision CMOS Temperature Sensor for Bio-chips
Design a small and low-power temperature sensor to be used in different bioelectronic chips (e.g., DNA detection chip). Type: Master thesis Background: Electrical Engineering Supervision: Dr. Yihui Chen |
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Low Power and Compact Current Steering DAC for Bioelectronic Chips (pdf) Design
of a compact, low power digital-to-analog converter (DAC) to be used in different bioelectronic chips. Type: Master thesis Background: Electrical Engineering Supervision: Dr. Yihui Chen |
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Characterization of Plant Extracellular Signals (pdf) Recording and characterization of the electrical extracellular activity of plant root cells. Type: Master thesis Background: Electrical / Biomedical Engineering, Computer science Supervision: Michele Fiscella |
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On-the-flow Impedance Tomography (pdf) Design and fabrication of a microfluidic chip comprising multiple electrodes for flow-through impedance tomography of biological cells. Type: Semester or Master thesis, internship Background: Electrical / Mechanical Engineering Supervision: Dr. Olivier Frey |
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Microfluidic Impedance Spectroscopy Scanner for Spherical Microtissues (pdf) Design and fabrication of a microfluidic chip for continuous culturing and electrochemical impedance analysis of tumor and liver microtissues. Type: Master thesis, internship Background: Electrical / Mechanical Engineering Supervision: Dr. Olivier Frey |
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Optofluidic Cell Lysis (pdf) Design, fabrication and characterization of a microsystem containing optical and microfluidic components to permanently disrupt cellular membranes of different cell models. Type: Master or Semester thesis, internship Background: Chemical / Biomedical / Mechanical Engineering Supervision: Dr. Carlos Escobedo |
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