When applying for college in pursuit of an electrical engineering major, the risk of being rejected is also higher, especially since biomedical engineering is still a relatively new major, which has just recently begun to become more popular.
Even if a student succeeds in being accepted into a college for EE, he will then find himself plagued with a multitude of other students aspiring to achieve a degree in EE. This just continues into the job application stage, where the thousands of hardworking EE degree holding bachelors will be narrowed down until only a portion are accepted into actually high paying jobs, since the supply of EE majors is much greater than the demand. The same applies for many other popular majors.
Biomedical engineering overcomes any of these challenges, ensuring the degree-receiver a well paying job/
Another measure of success is by the amount of enjoyment or excitement one receives from their job. Biomedical engineering combines the skills and techniques used in chemical, electrical, mechanical, and optical engineering. Knowledge of all these different subjects is necessary in order to be a proper biomedical engineer. For those many students, who know they wish to pursue a scientific career, but are not sure which one is the perfect assortment of all scientific subjects into one major.
A student taking this major will take a variety of classes, and not be anchored down to a specific , detailed analysis of one particular branch of science. Biomedical engineering combines all of science into career.