Is biomedical engineering a good major?
There is one critical component that is missing - what do you want out of your major, and what career are you interested in? What kinds of questions do you want to answer in your career, and what tools do you need to answer them?If you're interested in computer science, biomedical engineering is not the right field for you. Biomedical engineering majors can solve medical problems using computers, but if your goal ultimately is to become a better coder or to work on broad problems, BME may be too focused for you.Biomedical engineers can earn a decent base salary with a bachelor's degree (mean annual wage $86-93k),[1][2] and the job growth rate for biomedical engineering is 23% (predicted for 2014-2024 by the Bureau of Labor Statistics).[3] Biomedical engineers are relatively versatile and primarily work for pharma companies, medical device manufacturers, hospitals, academia, or in R&D. [4] According to the Bureau of Labor Statistics, biomedical engineers exhibit an unemployment rate of 0.4%, which is among the top 10 lowest unemployment rates of all jobs surveyed in 2012.[5] I really don't think you need to worry at all about your career prospects with a BS in BME, but what should concern you is whether a career as a biomedical engineer would suit your interests. Footnotes[1] Biomedical Engineer Salary 2013 Archives - Salary By State[2] Biomedical Engineers[3] U.S. Bureau of Labor Statistics[4] Biomedical Engineering Theory And Practice/Overview[5] Jobs with the lowest (and highest) unemployment rates
Biomedical Engineering Major?
Biomedical Engineers generally either work for a hospital maintaining the equipment (x-ray equipment, diagnostics,etc.), work in industry, typically for a medical device or equipment manufacturer or they work in academia doing research on biomaterials and/or devices. You can get a job with a bachelors degree. But, with the economy so slow, there are more applicants than jobs. Hospital jobs are lower paying than other engineering jobs. Academic positions generally require and advanced degree. The medical device industry is high paying and somewhat recession resistant because most medical procedures are not effected by the economy. However, the medical device field is highly concentrated geographically with a relatively small number of high density areas that are the best places to find a job. The major areas with a large number of companies are: Orange County, CA Minneapolis/St. Paul Silicon Valley, CA (south of SF) Boston San Diego
What should I minor in if my major is biomedical engineering?
First thing you should know is that biomedical engineering is currently a research oriented major as its core classes encompass a broad area (i.e. medical imaging, bioinstrumentation, bio-informatics, prosthetics, cellular engineering, etc.). When trying to obtain a competitive engineering position, more often than not you will find yourself competing with engineers who studied in a different engineering major. For example, a BME can study image processing as too can an ECE major.From my own personal experience, if you’re someone who loves programming and design, medical imaging or a focus tailored towards bioinstrumentation is perfect for you. Otherwise, if you enjoy biology, understand that tissue engineering involves biochemistry, stress & strain, and image processing.I’d try to get a research position/lab assistantship in a cellular-biology/engineering lab first. As far as minors, up to you. Biochemistry, chemistry, biology (w/ microbiology focus), and computer science (image processing is often used in cellular engineering) are good minors. It all depends on the specifics that you want to do. I’d say keep an open mind and enjoy the process of you figuring out your niche in this field.
Is it a bad idea to major in biomedical engineering?
No, it isn’t a bad idea to major in biomedical engineering. The job outlook is projected at 23%, which is rather high. In this day and age, advances in artificial limbs or mechanical [insert biological part of body here] can help many, many people and is needed. You want to do research and tissue engineering, you don’t want to construct circuits or work on cell phones. Don’t pursue a major because people say the one you want isn’t “good”. Now, if you were gonna major in sexuality studies or something of that nature, I’d say maybe pick something more employable. But you’re already majoring in a field of engineering. AND you want to go into research and work in tissue engineering. Do what makes you happy, not what makes answerers on Quora happy. If you have a burning passion to engineering the hell out of tissues, then go do it and prosper, because the real prosperity is related to your happiness.Good luck.
Is Biomedical Engineering a good field?
I am currently a sophomore at Rutgers and I am majoring in Biomedical Engineering. However, I don't know whether I am going in the direction in which I would like. I have a few questions that I wanted to ask to current biomedical engineers (or people who have majored in it). You do not have to answer every question. - After majoring in biomedical engineering, what options do you have available? - What are the major companies that offer jobs to biomedical engineers? - Do most BMEs get a Master's Degree? - What is the average starting salary for someone with a BME bachelor's degree (or yours)? - Will BME still be a good field in 3 to 4 years, especially with the recession? - Do medical schools prefer BME students over general biology ones? - Would a double major in economics and BME look better for businesses? - It is worth it to get an MBA after obtaining a BME degree? - My GPA is a 3.79 and I plan to be doing research next year, but how important is an internship? - As a sophomore in my spring semester, what is my next step? I also have a few questions concerning your personal experience: - First off, which college(s) did you graduate from and with which degrees? - How did you obtain your first job? - What do/did you do on a daily basis? - What would you say is the best thing you did in college that helped you in the future? - Lastly, DO YOU LIKE WHAT YOU DO?? Fell free to add anything else you would like. Also, if you have heard of any summer internship or research opportunities available, please fell free to contact me at sharanparikh@yahoo.com. Thank You!
Is biomedical engineering a good course?
Yes! Biomedical engineering is quite a versatile field. It is a combination of everything like mechanical, electrical, computer science, and of course medical. There is no solid boundary to it. You can get all sorts of jobs, even administration of hospitals or you could go for being an application specialist in a reputed healthcare company like Siemens.The thing about biomedical engineering is that it is directly related to healthcare. And healthcare is forever on demand. As time goes, mankind will keep improving conditions and facilities to provide better healthcare i.e, diagnose better, cure better. So I think that Biomedical Engineering has a pretty good scope.
Is biomedical engineering major really hard?
Biomedical engineering as the name indicates is made up of two very versatile fields Biological sciences and Engineering. This is a fascinating science which attracts individuals with technical inclination and a challenging attitude. It applies varied concepts from the engineering arena in collaboration to the subjects of biology along with the tinge of the medicinal sciences. The subject of biomedical engineering is a bit new but is turning into a big heat these days especially amongst youth because of the great job opportunities it has been providing. The biomedical engineering helps in making of various potent medical base devices like micro or macro implants which are available in the market arena for better therapeutic value amongst patients like pacemakers which are being used in the heart etc. The wide variety of the body scanning machines like magnetic resonance imaging (MRI) machines and electro encephalogram (EEG) machines etc are the biggest gifts of biomedical engineering to the healthcare arena. The pharmaceutical drugs, the regenerative tissue growth medications and many therapeutic biological are made with the help of biomedical engineering which further links it with genetics making it an even vast arena. The sub disciplines which are covered under the wide field of biomedical engineering are: Biomechatronics Biomechanics Medical imaging Chemical engineering Orthopaedic engineering Bionanotechnology Bionics Biomedical electronics Cellular tissue engineering Genetic engineering