Over the past few years, Biomedical engineering has emerged as one of the fastsest growing jobs in the world. This speedy growth has brought much attention to the field, but most people are unaware of the vast opprotunities offered in Biomedical engineering. The average person believes that Bioenegineering involves making artificial parts for the human body. This statement is true, but there are also many other complex disciplines in the field of Biomedical engineering. Biomedical engineering involves a wide variety of disciplines, including tissue engineering, genetic engineering, and neural engineering.
Biomedical engineering is the application of engineering principles and design concepts to medicine and biology for healthcare purposes. A Biomedical engineer’s main objective is to improve the quality and effectiveness of patient care. Duties of Biomedical engineer’s revolve around analyzing and fixing problems involving biology and medicine (Summary). This field of study has caught many peoples eye due to its bright outlook and exceptional pay. The employment in Biomedical engineering is estimated to grow 62% by 2020 (Summary). Along with the bright predictions for employment, engineers in the Biomedical field make an impressive $81,540 a year (Summary). The variety of disciplines within Biomedical engineering also make it a hard-to-beat job choice. The most popular discipline in Bioengineering is tissue engineering.
Tissue engineering is the study of the growth of new connective tissues, or organs, from cells and collagenous scaffold to produce a fully functional organ for impalntation back into the donor host. People that work in this field are known for creating organs, repairing cartilage, and healing dermal wounds. Tissue engineers create organs by first harvesting tissue from the future recipient of the tissue engineered organ (Fibrogen). The tissue from the future recipient is then put into a lab where multiple complicated operations are performed on the tissue sample. Ultimately, the tissue sample multiplys and creates a functionable organ (Fibrogen). This medical technique has recently become extremely effective due to the fact that organs can be grown from impalntation (Fibrogen). Tissue engineering has also become very popular because it eliminates the possibility of the host’s body rejecting the organ since the organ is produced from their own tissue (Fibrogen). Another emerging field in Bioengineering is genetic engineering.
Genetic engineering refers to a set of technologies that are being used to change the genetic makeup of cells and move genes across species boundaries to produce novel organisms. Genetic engineering is almost always used to create an organism with desired traits. Engineers create these desired organisms by using techniques such as molecular cloning and transformation to change the characteristics of genes (UOCS). This field provokes many people’s interest due to the fact that genetic...