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microcontrollers (e.g., Arduino). Analysis and processing of biological signals Development of algorithms in Python for real-time signal processing. Extraction and analysis of multi-signal cross-frequency coupling
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to train and mentor students effectively. Preferred Qualifications Viral injections, subcutaneous injections, perfusions, fiber photometry, tissue slicing and mounting, and SNI surgery. Arduino programming
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will be developing control electronics based on Arduino or Raspberry Pi and write the corresponding software, ensuring significant automation and simple user interfaces such that other researchers can
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instrumentation (e.g., pumps, flow-controls); Basic laboratory automation and programming (e.g.; Matlab, Python, Arduino); Writing reports; Mentoring of younger students. Personal Skills “Hands-on” approach
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Knowledge, Skills, and Abilities PhD in Neuroscience is required. Experience with in vivo imaging in head-fixed behaving mice is required. Experience with Arduino microcontrollers for the design and control
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, the researcher will be developing control electronics based on Arduino or Raspberry Pi and write the corresponding software, ensuring significant automation and simple user interfaces such that other researchers
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of embedded electronics and microcontrollers (Arduino, ESP32, Raspberry Pi, etc.). Expertise in developing sensors for air quality (PM2.5, CO2, Nox, etc.) and energy monitoring (voltages, currents, battery
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to electronic circuits, 3D printing design, or Arduino programming. Experience with survival surgery, viral expression vectors, and histological analysis. APPOINTMENT TERMS This Postdoctoral Research Associate