Pros And Cons Of Biomedical Engineering

One of the only medical professions that can lend you a hand, seriously, in a Biomedical Engineering career, I will be able to lend you a hand. There are several job opportunities in Biomedical Engineering, which tie together to provide needed care for patients. The typical job duties for biomedical engineers are to design products, such as artificial limbs for people who need them, artificial internal organs, and machines for diagnosing medical problems. They also install equipment, maintain, and repair the equipment as needed. (www.truity.com) These assets provided are the designing portion of this career. There is also research that has to be done, and that is where biomedical engineers work with different scientist, and chemists to research and understand the engineering details of the biological systems of the human body. A biomedical engineers job may also be spread between many professional fields.

Yes. Biomedical is the fastest growing engineering field. It is estimated that by 2018, biomedical engineering jobs are going to grow by 72 percent. A CNN article rated Biomedical Engineering as the number one “Best Jobs in America”.

Biology much like my major has several layers in its complexity and to move on to the next stage you have to understand the one before. To move on in my major and career I have to successfully understand the concept of biology 102. Biology is the study of living organisms, all life depends on certain physiological and chemical functions. The study of biology includes osmosis, acid-base balance, electron flow among other things to work together to provide the proper understanding of the human body. In healthcare you must have a basic understanding of the underlying principles of life; for example, as a nurse you will take people's blood sugar/blood glucose- but that number is meaningless unless you understand the purpose of glucose in our bodies and how we respond to its sugar level. The concept continues to identifying a patient's illness from how you respond and classify the symptoms. Anatomy a branch of biology will help me as a nurse differentiate minor problems from major problems. The study of biology allow nurses, doctors or anyone in medicine to do more than just speculate about health

An estimated 25 million or more animals are used yearly in the U.S. These animals are commonly used in biomedical research as “models” for human disease, they are also used in basic biomedical research which is research for general understanding. Not only are animals used in biomedical research but, behavioral research as well, such as psychology and addiction studies, military, space, and agricultural research, product development and drug testing, as well as science education. Animals shouldn’t be used for such testing, these tests are unethical, inhumane and completely unnecessary. Thousands of animals suffer and die every day in laboratories around the world. In most states, abuse or cruelty towards animals is illegal. A person can face up to 7 years in prison and a fine of maximum $235,600. If it is illegal for cruelty to be conducted on animals why does it make it okay in the name of science?

Alan W Eberhardt. He is the Associate Chair of Education of the Department of Biomedical Engineering(BME). Dr. Eberhardt defined biomedical engineering as the use of engineering expertise to solve health related problems. He talked about the partnership between Biomedical engineering faculty/ students and clinicians, therapists, scientists from the hospital, school of medicine, dentistry, and public health. BME, as Dr. Eberhardt said, is involve is many research at UAB. The fields of research are biomedical implants and devices, injury biomechanics, biomedical imaging, cardiac electrophysiology, computational biology, tissue engineering, and target drug delivery. He also talked about how the senior design is a way to help people with disabilities in their process of gaining self-esteem and

The biomedical model focuses on the physical or biological aspects of disease and illness. It is more common in western countries of how health care professionals diagnosis and treat patients.The bio-medical use scientific and technological advances to make a cure for many diseases. The issue with the biomedical model is the lack of emphasis on the social, cultural, and other factors that can influence health. There is research supporting the idea that poverty, ethnicity, age, gender, and disability can impact healthcare treatments.However. since the biomedical model ignores this, it causes many people not to have a health care intervention that is relevant to them. The biomedical model use of controlled trials and biomedical evidence give u the best information on the cause of illness or disease. For a medical professional this can be very helpful when working with people with different diseases. Having a better understanding how a disease progress, and how it can affect someone can be useful when coming up with prevention treatments. The information from these controlled trials will be implied to make the best plan of care for a patient. Without the bio-medical model, the advancement in medical treatment will be very slow. The bio-medical model helps to support the professionals with the tools, and information they need to give better treatment to their patient, leading to a better health.However, the biomedical model may not always be beneficial for the patient. This

Imagine what our world would be like without x-rays, without heart monitors, and without advanced surgical tools; how would doctors diagnose, treat, or cure any patient?  How would we survive as a society if we did not have this medical technology readily available to us?  This is the reality of a world without Biomedical Engineering.  The Imperial College of London defines Biomedical Engineering as “a discipline that advances knowledge in engineering, biology and medicine, and improves human health through cross-disciplinary activities that integrate the engineering sciences with biomedical sciences and clinical practice” (Reyes-Guerra).  In today’s society, there are new advancements being made in technology every second, especially in the medical field.  What many people do not usually realize is that the research and products are being done and produced by biomedical engineers.  As this technology continues to progress, biomedical engineers have begun to change the way medical professionals approach a situation due to their research and production of artificial organs and limbs, however, these advancements lead people to question the necessity and ethics behind the topic.  The research being done by biomedical engineers is beginning to open up new doors in the medical field, giving doctors and patients more options of treatment, new ways of diagnosis, and possibilities of artificial organs and limbs.

“My spirit is unconquerable...I don't care what's probable. Through blood, sweat, and tears, I am unstoppable”~ Anthony Robles. In this quote Anthony may be talking about wrestling but this can be interpreted for any given situation. I look at this and think of biomedical engineering because of the hard work and dedication that the engineers put into their jobs. Anlong with dedication i also think of this career because takes not only brains but also heart. Biomedical engineering is a difficult job that includes a vast amount of different jobs, requires specific schooling path and comes with some large obstacles.

As today’s technology is changing, some of the most major effects of it are superior advances in the medical field. One advance in the medical field is tissue engineering. It is being developed for use in regenerative medicine and soon to be in wider use for other treatments. Tissue engineering’s goal for the future is for the medicine to be able to stimulate other cells around the damage area of the body to get them to grow and produce living tissue (Sciencedaily). Another medical advancement is the monitoring systems and how hospitals can better track for problems and signs of an emergency. This can also help the surgeons decide how to stitch up a patient for best recovery time (Sciencedaily). As technology keeps progressing, another medical advancement is the way surgeons are doing operations. Today, for complex surgeries, surgeons now will get help from the use of a robot for accurate procedures; this will help with the size of the incision and keep the recovery time shorter than during standard surgery.

Starting with a master's degree, biomedical engineers are often expected to design and develop new medical devices of all kinds; ranging from the internal, such as artificial organs, to the external, such as prosthetic limbs or features. These devices are generally integrated with the body. Biomedical engineers are also responsible for designing devices such as surgical lasers, and any and all equipment used nowadays in the medical field. Duties outside of design and the production of equipment are also extensive. They are required to describe a method on how to use these devices to the best of their abilities, including therapy for a patient learning to use, for example, a prosthetic leg, all the way to teaching doctors how to use a new piece of equipment, and what it is capable of. Before a biomedical engineer can actually make the equipment, they must first prototype and test the equipment. They study, test, improve, and test again the equipment they design until the quality is up to standards, and performs as

Take a second, and imagine your life as a teenager, fresh out of college with, aspiring to get a degree in whatever your heart desires. You’ve got lots of ambition and potential. The world is at your fingertips; you can do anything you set your mind to. But one day, tragedy strikes and the unthinkable happens: you lose a limb. Why is not important, but what the future entails is. Let’s say this limb is your right arm, the one you have used all your life to write, eat, type and play the guitar. Now let’s change the scenario a little bit. Instead you’ve lost your legs in a horrific car accident where both were crushed under the weight of the dashboard as your car collided with the 4x4 in front of you. You wake up the next day in the hospital groggy, barely remembering what happened. Shock is the only thing running through your mind the moment you look down to see your legs missing. Your brain thinks they’re still there because yesterday you were just getting out of bed for your morning jog. All that remains are the stubs where your legs used to be and the unbearable thought of being confined to a motorized chair for the rest of your life.

Genetic engineering is the process whereby new DNA is added or existing DNA is altered in an organism 's genome. This may involve changing one base pair (A-T or C-G) or deleting entire sections of DNA or adding additional copies of a gene. This results in creating new traits that were not previously present in the organism’s genome. This is done to selectively breed desired traits or to create plants with increased resistance to pesticides and increased tolerance to herbicides. For example insulin is a protein that regulates sugar content in our blood and is produced normally in the pancreas. Genetic engineering is used to produce a form of insulin that is similar to yeast and bacterial cells. This genetically engineered insulin is called

For me, the excitement of the field is that biomedical engineering has only recently become its own discipline, and yet allows the professional to truly embrace a multidisciplinary approach to develop devices that have the potential of helping millions of people live a better life. From tissue and genetic engineering to pharmaceutical and neural options, as well as working with medical devices, the field is wide open for new minds, new ideas, and new applications. The field is growing so rapidly that one can hardly keep up. As it seeks to close the gap between engineering and medicine, and as technology improves, the field will become the wave of the next generation of research one in which I wish to be a part of. The sustainability and intellectual robustness of biomedical engineering is one of the ways that I can pursue my own

The world is round and climate change is real. Present Obama was born in the United States and the September 11th Terrorist attacks were not an inside job. We actually did on the land on the Moon, the government is not trying to control us through chemical trails, and social psychology is vital for a patient’s health and wellness. The human mind and psyche are a powerful force of nature with robust and unwavering effects. Beyond controlling every aspect of our behaviour, our psychology and unique psychological experiences distinctly affects every medical or health-related issue we will experience in our lives.

Biomedical engineering is a field where you will be finding solutions for the problems inside your body using engineering principles. Then, once you pursue a degree in biomedical engineering then you can specialize in various interesting subfields; to name a few, bio-engineering, tissue engineering and cellular engineering where an individual who has successfully acquired sufficient knowledge in the field would deal with both human body and medical devices that ranges from clinical equipment to micro implant. I believe this field is one that would both accommodate the interests of an engineering student, as well as a medical student. Finally, my intention in choosing this field goes beyond my salary package. I would strive to contribute with improved advanced medical technology that would help work out solutions for the problems encountered by people, that in turn will eradicate the ailments of the millions of people suffering out there, together with the fact that bio engineeing is an ongoing one where every moment new advancements are taking