Biomedical Engineering Argumentative Essay

Behind every great doctor is an array or tools, equipment, and devices all created by biomedical engineers. When thinking about the field of medicine, often times people do not think about who created such common technologies like X-Ray machines, MRI machines, prosthetics, artificial organs, and even crutches. Biomedical Engineering is an extremely important medical profession that focuses on the creation and improvement of medical devices. This field provides many benefits in the area of finances and education as well as a secure and rapidly growing field and a very customizable work experience.

What if we could eliminate the ever growing transplant list in America? What if we could cure diabetes and eradicate the increasing issue of heart disease? Biomedical engineering holds the possibilities of solutions that were unfathomable before this type of research opened its doors. Imagine giving a person with Trencher-Collins syndrome a new ear - giving them the life they rightfully deserves. Imagine creating new organs with no possibility of rejection, giving a new prospect for life for those who have suffered.

Biomedical engineering is a branch of science that combines engineering and technology and applies both concepts to biological or medical problems. This relatively new scientific field has the potential to usher in a new era of remarkable medical advancements. Conversely, the breakthroughs of this area of study are disadvantaged as many believe that its practices are immoral and unethical. Nevertheless, many positive and negative aspects can be found within this captivating new science.

Biomedical Engineering is the study and testing of chemical and genetic information. As the years blow by and the age of technology is increasing by the minute there come new responsibility and philosophies. Biomedical scientist has been in nonstop debate over rather or not genetic engineered testing on babies should be allowed to conducted. Humans have already genetically modified both food and plants and now move forward to their offspring. Biomedical scientists are responsible for the research and trails done in the genetic field. Many Biomedical engineering majors may agree that producing “Designer Babies” is the correct way to improve the world in this new age of technology, but I disagree. I believe the experimentation on our own species

As advances in medical technology continue to surface, the necessity to apply engineering to medical problems increases. In recent years, there have been many breakthroughs in the medical and engineering field, but there are too little workers that specialize as an intermediate between the two. For instance, you can find reports on artificial organs in the news but that idea cannot be implemented onto actual patients unless we have enough of the proper fitted people to expand on its research to ensure things such as its safety and function. As a result, there are people who undergo treatment that do not satisfy their injuries, because the necessary equipment for adequate treatment is either nonexistent, unavailable, or expensive. This is why I want to become a biomedical engineer (BME).

field, is what sparked my interest in the world of technology and medicine. The connection

Technology is continuously evolving and creating new advancements in the medical field. These developments can potentially cure lethal common diseases such as cancer. In the recent years, the medical branch has made incredible progress; with discoveries such as technology for migraines and new alternatives to treat cancer. The most modern cancer treatment is stem cells. Stem cells have been in the process of development for almost fifty years. Stem cells are nonspecialized cells that are able to transform into other types of cells. Stem cells are always present in our body, but are more numerous in embryotic development. Researchers believe that soon, stem cells can lead to the cure to cancer, or even cloning humans. Although cloning is controversial, it is still very futuristic anyway. Stem cells have the potential to cure cancers, test medications, and test cell based treatments.

A human body is a well oiled machine, like a car and with all machines there can be problems or mishaps. Diseases and conditions are the human bodies are the human body’s problems and with every problem there’s always a possible solution. Stem cells are the cure and should be used for medical purposes because of the promise that they hold to cure a wide range of diseases and conditions but also upholds very dangerous implications if not researched or used appropriately. Also stem cells can give rise to any tissue found in the body and act almost like an internal repair system, they provide nearly limitless potential for medical applications. This is the future for medical research and the extended survival of the human race. If we are able to harness the potential ability of these cells, it could be life changing.

Scientist in the US should continue to research genetic engineering on humans because science is always developing and changing and we learn more about everything everyday. Scientists can use the knowledge that they have to develop humans and make them the way we want them. Genetic engineering is the deliberate modification of the characteristics of an organism by manipulating its genetic material. Some reasons why we should continue researching are we can learn more about the benefits or genetic engineering, genetic engineering can help save lives if we learn more about it, and science changes and so do humans so we can learn how to give humans any traits they want or their parents want. Engineering on humans will change the world forever.

Someone once told me that the large majority of medical decisions are based on lab results. For some reason, at that time, I thought that computers completed those tests, that my blood samples were just put into a machine and someone was there to press start. Before coming to college, I thought I would change the world by using science to cure disease. After a few years of classes I decided I didn’t want to work in a research lab, that I wanted to work with patients more directly. Of course it would still be wonderful to rid the world of disease, but I realized I wanted to see immediate results and have a relationship with the people affected by my work. I hadn’t heard about Medical Laboratory science until the end of my sophomore year

My name is Dylan Czupik, and I am interested in going into the Biomedical Engineering field, not just to help people with disabilities, but to improve humanity in general. Biomedical engineering is most commonly used to restore something that has been lost to a person, such as those who have lost an arm being given a prosthetic arm, or giving an artificial heart to someone who’s heart has given out. Mainly, it is used to restore their body to a normal human level. I, however wish to go beyond this. That is the main reasoning behind why I have chosen to go into Biomedical Engineering.

Biomedical engineering, or bioengineering, is the application of furthering the principles of manmade objects. The field of bioengineering in question here is prosthesis. Prosthesis is a combination of neurology and bioengineering; the combination helps amputees feel again. Neuroprosthetics can be described as output neural interfaces, which records neural signals, this means that the brain can transfer a message to a limb, or as input neural interfaces, which means that the external environment can be displayed onto internal limbs i.e. the computer (external) to a bionic limb (internal).

My passion for Biomedical Engineering invoked my love of innovation. As Albert Einstein once said, “We cannot solve

With the human body being so different and unique, it is hard to imagine how engineering can play a role. We think that we know the body so well, yet not well enough to understand it’s mechanisms in a physical sense. The understanding only goes as far as connecting

Looking at the advantages, it will critically discuss why the biomedical model has been dominant over the years.