| 1 -Definition and classification of transducers.mp4 | 40 MB | ||
| 1 -Hazards in biomedical equipment shock, leakage, burns.mp4 | 22.4 MB | ||
| 1 -Modular vs integrated system designs.mp4 | 29.4 MB | ||
| 1 -Need for signal conditioning noise, interference, and variability.mp4 | 26.7 MB | ||
| 1 -Origin and physiological basis of electrical signals in the body.mp4 | 32.2 MB | ||
| 1 -Pressure sensors (e.g., for catheter-based applications).mp4 | 32.5 MB | ||
| 1 -Principles of sampling, quantization, and digitization.mp4 | 25.9 MB | ||
| 1 -Purpose and significance of instrumentation in biomedical applications.mp4 | 30.8 MB | ||
| 1 -Telemetry fundamentals and historical development.mp4 | 28.9 MB | ||
| 2 -Active vs passive transducers.mp4 | 40.1 MB | ||
| 2 -Calibration techniques one-point, two-point, NIST-traceable references.mp4 | 21.4 MB | ||
| 2 -Components of a basic bioinstrumentation system.mp4 | 32 MB | ||
| 2 -Electrode types and placements surface vs needle.mp4 | 35.2 MB | ||
| 2 -Flow sensors (Doppler, thermal, and electromagnetic types).mp4 | 28 MB | ||
| 2 -Macroshock vs microshock.mp4 | 22.8 MB | ||
| 2 -Nyquist criterion and anti-aliasing filters.mp4 | 22.9 MB | ||
| 2 -Operational amplifiers in bioinstrumentation circuits.mp4 | 35.4 MB | ||
| 2 -Wired vs wireless patient monitoring.mp4 | 19.8 MB | ||
| 3 -AD and DA converters.mp4 | 31.7 MB | ||
| 3 -Biomedical engineering vs clinical engineering contexts.mp4 | 50.5 MB | ||
| 3 -Biosensor components biological recognition element, transducer, electronics.mp4 | 63.7 MB | ||
| 3 -Chemical sensors for pH, oxygen, and CO₂ detection.mp4 | 37 MB | ||
| 3 -Drift, hysteresis, and linearity errors.mp4 | 35.4 MB | ||
| 3 -ECG lead configuration and interpretation of waveforms.mp4 | 32.4 MB | ||
| 3 -Filtering low-pass, high-pass, band-pass, and notch filters (5060 Hz).mp4 | 26.9 MB | ||
| 3 -Isolation techniques optical, transformer, and capacitive.mp4 | 23 MB | ||
| 3 -RF, Bluetooth, and Zigbee standards in medical applications.mp4 | 19 MB | ||
| 4 -Battery life, latency, and data reliability trade-offs.mp4 | 20.5 MB | ||
| 4 -EEG frequency bands (alpha, beta, delta, theta) and clinical significance.mp4 | 23.4 MB | ||
| 4 -Enzymatic, immunological, and optical biosensors.mp4 | 48.6 MB | ||
| 4 -Multichannel data acquisition systems (DAQs) in hospital networks.mp4 | 24.2 MB | ||
| 4 -Optical sensors photoplethysmography and near-infrared spectroscopy.mp4 | 32.6 MB | ||
| 4 -Quality assurance and maintenance in clinical instrumentation.mp4 | 32.6 MB | ||
| 4 -Safety standards IEC 60601, ANSIAAMI, NFPA 99.mp4 | 23.1 MB | ||
| 4 -Signal amplifiers instrumentation, isolation, and chopper amplifiers.mp4 | 26.2 MB | ||
| 4 -Types of physiological measurements biochemical, bioelectrical, biomechanical,.mp4 | 32.8 MB | ||
| 5 -Analog vs digital conditioning workflows.mp4 | 28.1 MB | ||
| 5 -Case example Use of CO₂ sensors in respiratory monitoring for ventilator patien.mp4 | 26.6 MB | ||
| 5 -Case study Glucose biosensors for diabetes management.mp4 | 25.2 MB | ||
| 5 -Case study Integrating pulse oximetry and capnography into a single anesthesia.mp4 | 31.4 MB | ||
| 5 -Case study Monitoring cardiovascular parameters using a portable Holter monitor.mp4 | 30 MB | ||
| 5 -Case study Wearable ECG patch for remote arrhythmia detection.mp4 | 30.4 MB | ||
| 5 -EMG signal characteristics and muscular diagnostics.mp4 | 29.6 MB | ||
| 5 -Example Portable DAQ setup for multi-signal capture during ambulatory studies.mp4 | 24.5 MB | ||
| 5 -Grounding and leakage current testing.mp4 | 18 MB | ||
| 6 -Case study Diagnosing epilepsy using 21-lead EEG monitoring system.mp4 | 32.3 MB | ||
| 6 -Clinical example Implementation of isolation in an ICU patient monitoring syste.mp4 | 21.8 MB | ||
| 6 -Emerging biosensor trends wearable, flexible, and nanotechnology-enabled sensor.mp4 | 44.6 MB | ||
| 6 -Example Signal enhancement for fetal ECG detection in noisy environments.mp4 | 24 MB | ||
| Bonus Resources.txt | 102.4 B | ||
| Get Bonus Downloads Here.url | 204.8 B | ||
| ▲ 51 total files | |||
Certification in Biomedical Instrumentation
https://WebToolTip.com
Published 9/2025
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Language: English | Duration: 2h 41m | Size: 1.44 GB
From Signals to Systems: Biomedical Instrumentation Complete Course
What you'll learn
Understand the purpose and scope of biomedical instrumentation in clinical and research environments
Differentiate biomedical vs clinical engineering roles in real-world healthcare settings
Classify physiological measurements: biochemical, bioelectrical, and biomechanical
Interpret signals like ECG, EEG, EMG and link them to clinical diagnoses
Explore components of instrumentation systems: sensors, transducers, conditioners, displays
Learn biosensor technologies including enzymatic, immunological, and optical types
Analyze wearable, flexible, and nano-enabled biosensors for modern healthcare
Master signal conditioning: operational amplifiers, filters, analog vs digital systems
Understand telemetry fundamentals and compare wired vs wireless patient monitoring
Apply safety practices: isolation techniques, leakage testing, IEC/NFPA standards
Identify biomedical hazards: macroshock, microshock, burns, and leakage risks
Use A/D & D/A converters, sampling, and multichannel data acquisition systems (DAQs)
Design integrated systems for anesthesia, ICU, or ambulatory monitoring
Calibrate sensors accurately using one-point, two-point, and NIST references
Mitigate errors due to drift, hysteresis, or non-linearity in instrumentation
Understand sensors used in pressure, flow, pH, CO₂, and oxygen detection
Study real case studies: Holter monitors, glucose biosensors, ICU isolation, wearable ECG
Apply quality assurance and maintenance protocols for clinical instrumentation
Requirements
Basic understanding of human anatomy and physiology
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