The medical industry has greatly benefited from technological advances. Today, more equipment will help the patients and health professionals in determining the health issues. This cannot be made possible without the knowledge, skills and hard work of a biomedical engineer. Read on to find out what is there to know about this growing engineering discipline.
Responsibilities Of A Biomedical Engineer
Biomedical engineers are highly skilled workers that combine their knowledge on biological or life science and engineering principles in their everyday work. The biomedical engineering industry has helped in creating the surgical equipment paving the way for successful surgeries. This means that even the smallest of equipment is made possible because of the contribution of the biomedical engineers. Examples of the medical machinery that are used today are the MRI, CAT scans, laser eye equipment and many others. Prosthetic body parts, artificial organs and pacemakers were also developed with the help of the biomedical engineers.
As this is a vast field in itself, the daily responsibilities of biomedical engineers may depend on the specific area they want to specialize in. There are those that are involved in research, analyze a certain part of the body, and relate that to the engineers in order to come up with solutions in any problem relating to that region. Among the biomedical engineering specialties available are biomechanics, medical imaging, genetic engineering and medical imaging.
For those who are working in the manufacturing facilities, the biomedical engineers join a team in designing products biomedical in nature. There are also biomedical engineers that teach in college and universities to prepare the next generation of engineers specializing in biomedical field.
How To Become A Biomedical Engineer
To prepare for a biomedical engineering course in college, it is best to take up science subjects that are related to this degree while still in high school. Having the basic knowledge will be advantageous in enrolling to the school of choice. It is also recommended to have above average grades to give the intention of being serious in pursuing such career. Other than these, read more on the discipline during free time and watch videos involving the work of a biomedical engineer.
Many universities offer the specific engineering discipline of biomedical engineering. Be sure to check that the biomedical engineering course offered in a school is accredited by ABET or American Board of Engineering and Technology. Without the accreditation, even if you graduated at the top of the class, no jobs will be offered. The biomedical engineering degree can be completed in about five to six years.
The subjects that are prominent in this discipline are life sciences and engineering principles. There are even subjects that are taken up in biomedical engineering that are also offered in medical school. More often than not, students of this course spend their time in the laboratory doing research and experiment projects. Breakthroughs of the students may be published because of a new discovery or medical technology has been made.
A summer or a semester during the college degree is spent on internship to provide awareness and hand son experience for the aspiring biomedical engineers. It is also recommended that aside from the internship, more exposure to the actual biomedical engineering industry should be done during the college years. This will greatly benefit a fresh graduate, as some companies already require experience in the field.
In an overview, those with penchant for engineering subjects and an interest in the life sciences best fit biomedical engineers. A biomedical engineer aspirant should also possess good communication skills in oral and writing, research skills and technological skills.
Career Options And Outlook For The Biomedical Engineer
Biomedical engineers can work in many fields in society but the industry that hires the most number of these engineers is the manufacturer for medical equipment and supplies. The rest of the biomedical engineers may be working in pharmaceutical and medicine manufacturing, scientific research and development services and general medical and surgical hospitals.
There are also engineers of the biomedical discipline working in navigational, measuring, electro medical and control instruments manufacturing. For those that have been in the industry for a long time, working in universities or colleges in the biomedical engineering department are also an option.
To advance in the career, it is highly recommended to continue education. This means that graduate degrees of masters or master’s program can further biomedical engineer career. Aiming for the engineering licensure will help boost the resume of any engineer in this field. The examination may be taken after getting four years of relevant experience in the industry. After graduating, the biomedical engineer can work for the government or can offer services to the public.
It has been noted that the demand for biomedical engineers are higher than the average demand for other engineers. With current technological evolution, the work for the biomedical engineers increases in the next years to come.
Salary And Work Environment Of The Biomedical Engineer
In a recent survey, the median salary of a biomedical engineer is at $85,000. The range of the income for these engineers is from $51,000 to $134,000. Those who are just entering the field can expect to earn between $42,000 to $61,000 as starting yearly salary. Biomedical engineer who are working in the management, scientific and technical consulting services are receiving the highest incomes with average at $101,270.
Biomedical engineers toil in a technologically advanced work environment. Their offices are well lit, comfortable and use the latest technology there is for their projects. Working in a sterile laboratory is also part of their research and experiment. Office hours are typically forty a week and can extend when deadlines are to be met. Some biomedical engineers need to travel for work to inspect manufacturing facilities or to confer with clients. This can be fulfilling to those who want to travel extensively but can take a toll on the personal life. Travel times can take weeks and biomedical engineers can be away from their families for long periods of time. It is essential that those who pursue this career have prior knowledge to understand what the work demands are.
On a whole, biomedical engineers have great contributions to the medical industry today thus to society. Dealing with health issues has become easier because of the breakthroughs in the medical equipment, treatment and supplies. If you have the love for engineering discipline and want to integrate biology studies in it, then the biomedical engineering career is the perfect one to practice.