Yurissel Walker 8-1019-998

Enilda Lopez 8-1026-1138

They use their knowledge to develop the equipment and procedures needed to solve problems in the healthcare industry.

They often work closely with medical professionals, researchers, and other engineers throughout the process of designing and implementing a piece of equipment, device, or procedure.

Designing a wide range of medical equipment and devices, including artificial organs, diagnostic machines and computer simulation software, are some of the many responsibilities of a biomedical engineer, as well as those described below:

• Test the safety and effectiveness of medical equipment.

• Study human biological systems to find solutions to existing problems.

• Write reports and publish research results.

• Present research to companies and medical personnel, as well as at professional conferences.

Biomedical engineering plays a crucial role in society by combining technology and medicine to improve people's quality of life. Advances in medical technology have made it possible to make more accurate diagnoses and treatments, thus reducing patient suffering. Biomedical engineers are responsible for developing and maintaining these technologies, and their contribution is critical to the advancement of medicine and the improvement of healthcare in general.

One of the most common areas of work for these professionals, taking care of the maintenance and use of biomedical equipment. Biomedical engineers will ensure that medical equipment is in good working order, properly calibrated, and meets safety standards. For their part, they can also collaborate with doctors and be present at surgical operations to ensure the proper functioning of the equipment.

Biomedical engineers also have the possibility to start their own business in this field. Many have created successful companies that are dedicated to the development of innovative medical technologies. In addition, they can also offer specialized consulting services for companies in the health sector, providing advice on the design, development and evaluation of medical technologies.

Biomedical engineers can also work in technology companies, developing hardware and software that allow the use of the equipment, instruments, and accessories developed. They will also be able to develop equipment such as prostheses, robots, stretchers, artificial organs, diagnostic imaging technologies (X-rays, ultrasounds), laboratory diagnostic systems, among others.