BME instrumentation Lab

Location             - E12-1102

Opening Hours  - 8:00 AM to 4:00 PM.

Overview

E12-1102 is a versatile space dedicated to electrical engineering applications, microcontroller studies, and medical device prototyping. This lab serves as the foundation for biomedical engineering projects, providing an array of advanced tools and devices that enable students to innovate and contribute to the medical field.

Facilities and Equipment

In addition to its electrical engineering resources, the lab is equipped with numerous medical devices to support hands-on learning and experimentation, including:

• Power Supplies: Adjustable power sources for powering circuits and devices.

• Oscilloscopes: Essential for analyzing electrical signals and debugging circuits.

• Microcontroller Boards: Arduino, Raspberry Pi, and other platforms for biomedical device prototyping.

• Medical Devices:

  • Incubators: Simulated medical incubators for testing temperature and environmental controls.

  • Patient Monitors: Fully functional monitors for vital signs like ECG, heart rate, oxygen saturation, and blood pressure.

  • Ventilators: Devices used for research and projects related to respiratory support systems.

  • Infusion Pumps: Used to study and develop precise fluid delivery systems.

• Basic and Advanced Electronic Components: Resistors, capacitors, transistors, sensors, and more.

• Medical Sensors and Modules: Pulse oximeters, ECG sensors, and temperature modules for integrating with custom designs.

Projects and Activities

This lab fosters innovation and collaboration in biomedical engineering. Some of the key projects and research conducted here include:

• Development of Syringe Pumps: Devices designed for precise and automated medication delivery.

• Ventilator Prototypes: Supporting respiratory care advancements.

• Biomedical Monitoring Systems: Projects focused on creating devices for real-time patient monitoring.

• Integration of Electronics in Medicine: Exploring how microcontrollers and sensors enhance medical devices.

Usage Rules

• Students are encouraged to explore and utilize the facilities for research and projects, provided they have supervisor approval.

• Medical devices and shared equipment must be handled responsibly, with proper training and permission.

• Most components and materials need to be sourced independently, but supervisors can assist with procurement when required.

Learning Outcomes

The Electrical and Microcontroller Lab equips students with the skills to design, prototype, and test biomedical devices that address real-world healthcare challenges. It bridges the gap between theoretical knowledge and practical application, empowering students to make meaningful contributions to the field of biomedical engineering.