This document discusses biomedical device engineering, focusing on sensor integration, miniaturization, and customization. It describes using commercial, home-made, and adapted sensors to measure parameters like impedance, temperature, current, and voltage. The measurements are processed through techniques like impedance analysis, temperature readings, current and voltage measurements. Applications are discussed like a miniaturized blood analyzer, smartphone impedance analyzer, smart glove, smart IV monitoring, and single board computing for healthcare.

1. Biomedical Device Engineering
1INTEGRATION, MINIATURISATION, CUSTOMISATION
Prof. dr. ir. Ronald Thoelen

2. Biomedical Device Engineering
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3. Sensor
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COMMERCIAL
sensors
HOME-MADE
sensors
ADAPTED
sensors
…
…
…

4. Focus on sensing…
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5. Measure & Process
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READOUT TECHNIQUES
- Impedance
- Temperature
- Current
- Voltage
- …
PROCESSING
- Logging
- Parameter extraction
- Automation
- …

6. Focus on sensing…
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7. OUTPUT
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CUSTOM OUTPUT

8. Applications / examples
MINIATURIZED
BLOODANALYZER
SMARTPHONE
IMPEDANCE
ANALYZER
SMART GLOVE
SMART IV MONITORING
SINGLE BOARD
COMPUTING
4 HEALTHCARE