The field of biomedical engineering is well-suited to students who have an interest in how things work and who want to apply that curiosity and knowledge to advance technologies and processes in the medical field. A master's in biomedical engineering prepares graduates to pursue careers in industries like biomaterials, biomechanics, cell and tissue engineering, drug delivery, medical imaging, pharmaceuticals, genetics, neurotechnology, and prosthetics/orthotics.
Students interested in biomedical engineering may want to consider pursuing a master's from an online program. An online program is ideal for those working full time who are interested in advancing or changing their careers.
A master's in biomedical engineering may appeal to students who enjoy gathering information and data by observing, researching, and experimenting to understand the world and the things in it. Biomedical engineers apply these skills to the medical field to make a positive impact on patients.
The tables below examine what biomedical engineering graduates can expect to make at different points in their careers. While the field of biomedical engineering tends to pay well across the board, there are some states where biomedical engineers earn more. The five top-paying states are listed below. While the large salaries may seem attractive, take into consideration the demand (or lack thereof), which is noted by the number of biomedical engineers employed in each state.
|State||Employment||Annual Mean Wage|
Source: Bureau of Labor Statistics
Students pursuing a master's in biomedical engineering online can find numerous career options when they graduate. The most common career paths are in biomaterials, biomechanics, cell and tissue engineering, drug delivery, medical imaging, and pharmaceuticals. Students can specialize their degrees in areas like genetics, neurotechnology, or prosthetics and orthotics. With a variety of career options, there is a path for every student, whether they prefer to work on the big picture or the details, in an office or in the field, independently or as part of a team.
Annual Median Salary: $88,040
Projected Growth Rate: 7%
A biomedical engineer applies general principles of engineering to the science of medicine, often focusing on medical technologies. They work in universities or hospitals, or at companies that intersect with them, such as manufacturing or research companies. Generally, only a bachelor's degree is required, but a master's degree opens doors to more select positions and companies.
Annual Median Salary: $94,610
Projected Growth Rate: 2%
Materials engineers design new materials for applications by studying the structure and properties of existing metals, plastics, ceramics, and composites. These materials must meet requirements for use in a multitude of disciplines, including biomedicine and manufacturing.
Annual Median Salary: $113,030
Projected Growth Rate: 6%
These professionals plan and coordinate operations in architectural or engineering companies. These positions require a bachelor's degree and substantial experience as an architect or engineer, but the advanced instruction and experience a master's offers can offset the work experience requirement.
When considering whether a master's in biomedical engineering is right for you or which program is the best fit, it may help to know more about the core foundational courses biomedical engineering master's programs have in common. The details of these courses vary depending on the program and its research specialty, so be sure to check the curricula of the programs you are considering.
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