The primary objective of the Biomedical Engineering Instrumentation Virtual Lab is to enable students to:

• Analyze Bioelectrical Signals: Understand the physiological origins and acquisition methods of vital bioelectric signals, including simulating Electrocardiograms (ECG), recording Electromyography (EMG) signals, and computing Heart Rate Variability (HRV).
• Understand Non-Invasive Diagnostic Instrumentation: Comprehend the engineering principles behind standard clinical monitoring tools, such as measuring blood pressure (Sphygmomanometer), assessing blood oxygen saturation (Pulse Oximeter), and tracking body temperature regulation.
• Model Biomechanical and Fluid Dynamics: Investigate the physical mechanics of human anatomy by modeling arterial blood flow hemodynamics and simulating respiratory system volumes and capacities.
• Investigate Cellular and Tissue-Level Processes: Examine micro-level biological behaviors by exploring osmosis and diffusion mechanisms, navigating tissue morphology via virtual microscopy, and understanding controlled bioprocessing in a virtual bioreactor.
• Bridge Engineering with Clinical Application: Develop a systems-level perspective on how physiological data is captured, measured, and utilized to inform medical diagnosis and healthcare technology design.