Different Areas of Specialization in Biomedical Engineering
December 9, 2021
The biomedical engineering field applies engineering principles to the development of medical equipment, devices, and computers. Using knowledge from a wide variety of technical sources, biomedical engineers from the best pharma college in Rajasthan develop new techniques, devices, and software used in healthcare, or conduct research to solve clinical problems. They typically work in quality assurance or research and development.
In the biomedical field, biomedical engineers design medical equipment, create softwares, and run computer simulations to test new drugs. They also fabricate artificial body parts, such as hips and knees. Sometimes they create the materials necessary to create replacement parts. In addition, they design rehabilitation exercise equipment.
Engineers are involved in a wide variety of fields. These engineers may also develop new drugs using their knowledge of chemistry and biology. In other cases, math and statistics are used heavily to build models that explain how brain signals are transmitted. Others may work in sales.
Below are some examples of specialty areas within the field of biomedical engineering:
Bioinstrumentation – To develop instruments for diagnosis and treatment of medical problems, Bio -instrumentation draws on electronic, computer, and measurement principles.
Biomaterials – The study of biomaterials is concerned with natural or laboratory-designed materials used in medical devices or as implants.
Biomechanics – The study of biomechanics involves using mechanics, such as thermodynamics, to solve biological and medical problems.
Clinical engineering – Medical technology is used in clinical engineering to optimize healthcare delivery.
Rehabilitation engineering – Engineering and computer science are studied in rehabilitation engineering to develop devices that help people recover from or adapt to physical or cognitive impairments.
Systems physiology – Engineers use systems physiology to study the functioning and responses of systems within living organisms, including bacteria.
Scientists, healthcare workers, and biomedical engineers often cooperate in biomedical engineering teams. Their collaboration depends on the project. Suppose a biomedical engineer has designed a device that can help a person with a disability to walk again, and then has to spend several hours in a hospital to find out if it works. The engineer may have to return to the manufacturer if he or she is able to improve the design of the device through alterations to the manufacturing process.
An undergraduate degree in biomedical engineering or bio engineering from a top pharma college in Jaipur, or a related field, is typically required for biomedical engineers. There are also some positions that may require graduate education.