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Career goals in healthcare
Biomedical engineer career goals
Tissue engineering essay
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As a current biomedical engineer student, my interests are drawn towards tissue engineering, as well as orthopedics and oncology. There is a certain degree of emotional attachment to these areas. I was born with one kidney and needed immediate surgery to remove kidney stones last year. I had two bars and twenty-one screws placed in my spine to correct scoliosis at a young age. Finally, my grandmother had colon cancer, which spread like wildfire and killed her within six months. I am naturally drawn towards wanting a secure option if my one kidney does ever fail me in the future. It is comforting to know that researchers have developed methods to take a sample of tissue from a patient, grow and repair damaged tissue and then implant it into …show more content…
I love both the medical world and biomedical engineering world, so instead of choosing one I chose both. I want to have a one-on-one opportunity with patients, as well as do research to help others including my patients. I think it is a rewarding job because I would be seeing both sides of the process; the research side of developing new treatments and then the application side of seeing the effects of those new treatments on patients. I think research becomes emotionally attaching when you see or have seen a patient struggle with a certain disease. I believe as a researcher, seeing this struggle would motivate me even more to help this patient end their battle. Training as a researcher gives me a head start on my future. I have been eager to see and experience the daily life of a researcher and this summer program would allow me to do that. I think school and work have prepared me to embark on research. I have learned the necessary information for research in classes, such as writing and presenting scientific reports, learning how to use different programs such as MATLAB and DICOM, using different lab equipment such as microscopes, chemicals, filtration and distillation experiment, and scales. When I had my internship I had to use what I have learned in classes and labs to complete my project. Having had an internship helps me prepare for this summer research program because I have an idea of what to expect. I know this is a serious program that will require much time and dedication from
Throughout this researched that I investigated I became interested in this field in a way. If I had an option in medical field I would take the option. Knowing that you are helping patients out is an amazing feeling. I would work with infants rather than adults. I would cherish every moment because you would never know if that’s the last time to work with the patient not just because of death but maybe cause they might recover from there sickness.
...he site of destruction and regrow those damaged cells. This could be a medical breakthrough for many patients because this could mean limited hospital stay; Fewer treatments from reoccurring illness caused by damaged tissue and saving them money by decreasing the need for multiple hospital visits.
When I was younger, I always wanted to pursue a medical career. Whether is was helping humans or animals, I always wanted to save lives. To this day I want to have a career in medicine, but I did not have a specific job in mind until recently. My mom was the one who introduced me to the idea of becoming a nurse anesthetist. After talking to my grandma, a retired registered nurse, I found that this could be a possible career choice. One of the things she loved most about her job was being able to get to know the patients personally. Nurse anesthetists are able to develop a relationship with their patients, but they don't have to do the dirty work like bathing patients and changing their bed pans. Another reason becoming a nurse anesthetist appealed to me is because I like to challenge myself. The classes are tough and several years of school are required. Some days are very stressful, but the rewards are well worth it.
The new skills the DC program can provide can be crucial to a career move in the future. Further, I believe that having an internship in DC on a resume can really aid in making oneself stand out. I think that doing the DC internship can help me reach my full potential before I graduate. Moreover, I truly believe that the DC internship can help me demonstrate to future employers, professors, or mentors that I have the right intention in mind. My intention before entering the “real world” is to demonstrate that I have a good work ethic and that it is very important to me what I have to offer to the world.
Since the first kidney transplant less than 40 years ago, a lot of innovations have been made in the world of organ transplantation and various forms of these procedures continue to be hot topics in today's society. Unfortunately, there are about 68,000 people awaiting a transplant of some sort at any given time, and only about 20,000 a year actually receive them. In addition, the demand for transplants is increasing at a rate of 15% a year. It is statistics like this that continue to keep medical professionals striving for alternative methods of transplantation. This limited availability of human organs and tissues, coupled with recent technological advances, has increasingly led to the implantation of living cells from other species when human donors are not available, when a bridge organ is needed, or when animal cells may provide some sort of unique benefit.
As known by now, Tissue Engineering is the combination of the cell, engineering material and suitable biochemistry factors that are used to improve the biological functions. There are 4 types of Tissue Engineering, mainly which are Autograft, Isograft, Allograft and lastly Xenograft.
Wilmoth Lerner. 4th ed. Detroit: Gale, 2008. Student Resources in Context. Web. 12 Mar. 2014.
The medical field offers a variety of job opportunities for people of any age, education and skill level. One of the many jobs offered by the medical field is that of a biomedical engineer. A biomedical engineer applies engineering principles to healthcare and the equipment used in the health field. Being a biomedical engineer, you can take very many paths as soon as you finish your schooling. Depending on where you work, you can have multiple duties such as designing equipment and devices used for diagnosing and treating medical problems. Biomedical engineers evaluate the properties of biomedical equipment, maintain, and provide technical support with proper training required to use the equipment. On the more scientific aspect of the job,
The medical field is my choice because I find the human body endlessly interesting. I so enjoyed the anatomy course I took in my junior year of high school that I plan on recreationally reading the entire textbook again. The design of the body, the intricacy of one tiny cell, yet how all these cells work together so flawlessly to create organs and organ systems, it’s all absolutely fascinating to me. If that isn't reason enough to consider medicine, it offers the opportunity to help people heal. To encounter a person
I have always been good at biology and mathematics. This is one reason why one of my many goals is to major in biomedical engineering. I am very excited to start studying biomedical sciences, and hope to use my newly learned skills in the medical field. Achieving a college education in such field will pave the road for my future career, by teaching and instilling knowledge that would not have been learned otherwise.
“In 2012, 95,000 American men, women and children were on the waiting list for new kidneys, the most commonly transplanted organ” (Becker and Elías 222). Many individuals were put on the waiting list due to the supply of kidneys being low which has resulted from the lack of eligible kidney donors. Nonetheless, kidneys are in high demand right now, because they are the bodies’ biggest assets that sustain life. In fact, many individuals are living with deteriorating kidneys and are constantly wishing for a compatible and healthy match. However, due to the lack of kidney donors and a long-lasting waiting list, individuals are compelled to wait for years for their turns to acquire kidneys best compatible for them.
I am curious, compassionate, and eager to learn and search for answers. From a young age, I always needed to know how things worked and would ask questions about everything. These traits fostered a strong aptitude and interest in math and science. In grade school, I was particularly interested in biology and physics because they explain how the natural world works. These strengths and interests lead me to study biomedical engineering to apply my curiosity and compassion towards learning how to find innovative ways to improve our understanding of the human body and disease and develop novel methods to cure it.
As a child, I remember learning about the “Renaissance Men” of history; people like Leonardo da Vinci and Benjamin Franklin, who were scientists, artists, engineers, and so much more. I knew very early on that I wanted to be like these historical figures, as a Renaissance Woman. The sheer novelty of technology is what first drew me to biomedical engineering, but it is my love of challenge, need for multidisciplinary work, and desire to help others that have kept me captivated. The further I delve into my field, the more intrigued I become.
My current interests include an intense passion for biomedical engineering. After attending an introductory program at Columbia University a few years ago, I was immediately enthralled with the realization that biomedical engineering could afford unparalleled improvements to the quality of health for today’s society. This past summer, I performed research at the University of North Carolina at Chapel Hill Medical School in viral gene therapy that included viral design and genetic transformations. These experiences further confirmed my initial interest in bioengineering; furthermore, this field requires someone to be simultaneously a well-versed scientist, researcher, and engineer, for which I know I have the potential. From tissue engineering, to computational biology and imaging to instrumentation, I believe Hopkins will challenge me as well as provide me the opportunity to thrive in this field.
My internship experience this semester was interesting. I interned at ESH/MESH with Bridgeway. My Supervisor was Emilie Banz. I didn’t do much but I did learn a lot from this experience. I met a lot of great people and watch PsyR in action. I met a couple of individuals who were really cool. My experience this semester has prepared me for the next.