CDR Sample for Bio-Medical Engineers

Biomedical engineers are usually in charge of the following: making biomedical equipment and devices, such as dummy inner organs, trades for bodily parts, and tools for identifying clinical problems. Introduce, modify, maintain, repair, or provide specialist assistance for biomedical gear.

To be employed in the biomedical engineering industry, at least a bachelor’s degree in biomedical engineering is required, which is a four-year path. If you are an electrical or chemical engineer and have completed a specific biomedical engineering elective course, and then completed a master’s degree at BME, you have the opportunity to find a job in this field. However, the above qualifications must be certified.

Project Name: ECG measurements from the system developed using electrodes

In the first Career Episode, the author illustrated the various tasks conducted and executed on the project titled as “ECG measurements from the system developed using electrodes”.

He conducted this project for the award of degree in B.tech in the sector. The responsibilities he performed in this report were:

• Conduct survey tasks on different literature articles through online research.
• Design a pulse oximetry sensor that contacts the patient’s skin and receives ECG signals.
• Designs a cleaning signal system and prepares the indication signal to the microcontroller.
• Performs microcontroller programming.
• Prepares module settings for connecting electronic devices and microcontrollers.
• Prepares software to receive signals and provide the necessary recordings.

Project Name: High Resolution Cerebral Blood Flow Imaging by Registered Laser Speckle Contrast Analysis

In the second Career Episode, the author explained all the tasks that he performed of the project “High Resolution Cerebral Blood Flow Imaging by Registered Laser Speckle Contrast Analysis”. He accomplished this project as the partial fulfillment of graduation with a bachelor’s degree in biomedical engineering. His responsibilities were:

• Research the overall vision of the project and brain physiology.
• Surveys the LSCA literature to accumulate information related to the project.
• General research on laser speckle contrast analysis.
• It is used to register the original speckle image according to the modified registration method.
• Resample the original speckle image with the help of the cubic b-spline interpolator.
• The system is developed and implemented in MATLAB software.
• Interpret the final result, and then analyze it in conjunction with the project goals.

Project Name: Intelligent system for tracking the position, location and pace for visually impaired people

In the third Career Episode, the author demonstrates the engineering skills he used in the project titled as “Intelligent system for tracking the position, location and pace for visually impaired people” where he was involved in.

This project was accomplished as a part of the college project for the completion of the course of biomedical engineering. His responsibilities were:

• A bibliographic review of the working principle of the navigation system for the blind and its development technology.
• Formulate the project outline by using the block diagram to fully standardize the operation of the system.
• Prepare a list of necessary components of the project, review its feasibility and purchase appropriate components for the project.
• Develops the working mechanism of an obstacle detection system using a microcontroller and ultrasonic sensors.
• Develop project source code, design appropriate circuit, and simulate with Proteus simulation software.
• Makes the prototype model of the project, performs various tests and analyzes the results in detail.