The Importance Of Biomedical Engineering

The very moment I decide to apply for a master program in biomedical sciences, I have concluded that pursuing a career in biomedical science is my life’s main goal.

I have always been interested in the medical field. My father is a physiotherapist and my mother has a bachelorette in Microbiology and is a laboratory technologist. I have grown up having science-themed discussions around the dinner table and books lying around the house. With the experience of my parents at their respected professions, I did not have the feeling that these paths were the correct fit for me. I liked the hands on side of physiotherapy but I wanted something more technology related. I searched the medical field for a career that combined my fascination for both human science and technology in addition to being able to interact with patients. My research on Radiation Therapy instantly established a thought that this is a career

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.

I am like a Bottlenose Dolphin. In nature, Bottlenose Dolphins are known for their advance thought processing, communication skills, sense of curiosity, and open minds. Like a Bottlenose Dolphin, I have all the same attributes that make me a distinct student and individual. To the advanced mind of a Bottlenose Dolphin, the ocean is its domain that it can mature in and mold in the way it pleases. For me, the entire earth is my domain to mature in and to mold. The unique way I want to shape the future of the world is by becoming a biomedical engineer and using what I have learned during my studies to change the world of biomedicine. I will use my dolphin like attributes to aid me in reaching my goal. Once I become a biomedical engineer I will surely have accomplished my goal in life and hopefully will be well on my way to changing others way of life..

I have always had a passion and interest in working with the unknown. When I was in high school, I always made sure I was taking science classes that interested me, and would help me decide on what I wanted to major in college. I chose neuroscience as my major because it is a subject that continues to fascinate me. Neuroscience is the study of how the nervous system develops, its structure, and what it does. I want to focus on the brain and its impact on behavior and cognitive functions. I want to go into clinical neuroscience (looking at the disorders of the nervous system) or cognitive neuroscience, which studies the higher cognitive functions and underlying neural bases. With a neuroscience major, I would like to pursue a career in clinical research, do research for the National Institute of Health, work for the CDC and specialize in neurological disease, and/or run a clinical research project in another country. I want to pursue a career in one of these areas because I want to dedicate my knowledge, skills, and time to helping people and the world of science. I want my work to make a positive impact on society and be beneficial for the forthcoming generations. I want to help people and discover new things that will help those in need. I am motivated every day to continue working hard by realizing there are still more things to be discovered and that it could be done by me.

The purpose of this report is to identify a long and a short term career objective in my desired field and then develop an action plan. I have chosen Medical Laboratory Science as my desired career field with Medical Laboratory Technologist as my desired position title. I have estimated a timeline of 6 to 8 years in order to be successful.

My ultimate goal in this paper is to carefully describe my interests and desires for my future career. I am extremely intrigued and attracted to Medical careers and Health Science. A General Practitioner requires a few skills in which some are reading comprehension, active listening and science. My top career cluster was Health Science, which was the field I was desiring prior to the survey.

My career plans after completing my formal education is to begin working in the aerospace industry and contribute to the advancement and development of new research and technologies. After successfully completing my PhD program, I plan to pursue the technical career path and eventually become a technology fellow and research scientist/leader.

Engineering is a wildly divest carrer from creating applicances to medical equitment. iTs a career that is always changing . The main reason I want to go into biomedical enegerring is bacause i think that it would be intressting and because i have always had a intrease in mathamatics and biology and being a biomdical enegreer would allow me to incoprateoth bit of these subjects into dsily life. Becomin a biomidcal engerrin would offer me with many opprotuinty. One of whice is working in many different enviroment from labs to hospitals to univesaty. Like stated before enginring is a career that is always chaning so a enggeere will alway have to lear more on more that one sunject and sometimes out side his or her inically fildes. Also it offer

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.

I was drawn to engineering by the potential for creativity and an enjoyment of the pursuit of knowledge in science. This course of study did not come easy to me though, and as I worked further through my major, I realized that the rewards for my efforts were not as fulfilling as I once thought they would be. To me, engineering lacks the interpersonal relationships, the person to person interactions, that are prevalent throughout medicine. I want to make a difference in people’s lives first hand, and pass on the same hope that was given to me. Determined to finish what I had started, I obtained my engineering degree and turned my focus toward continuing education in pre-medical science. The values and lessons that I learned as an engineering student have built a solid problem-solving foundation on which I can excel as a medical student and professional. As engineering students, we analyzed mechanical and chemical systems and used our knowledge of the physical characteristics and forces of these systems to predict and prevent potential failures. If a failure was unable to be prevented, a failure analysis would be conducted using a bottom-up approach to compile all the data and determine a cause. These practices are congruent with those in the medical field. At their basis, biological systems are a product of physical and chemical phenomena. As a continuing education student

To get into a Science Technology College where I can advance my knowledge in Biomedical Engineering and to earn a Doctorate’s Degree is what I have always dreamed of accomplishing. Biomedical Engineering is a field in which I am interested in

Colleges seems like the best way to get ready, prepared, and strive for my most favorable career. I haven’t decided about my major in college, but biological science seems interesting. For my career I want to be a neurosurgeon, also known as a brain surgeon. I expect to learn on how to perform surgery to repair the damage to the nervous system including the brain, the spinal cord and blood vessels that feed neurological structures. I expect to begin with a four-year bachelor degree, next with four years of medical school, than one year of internship and six to eight years or residency. In college I’m looking for on how the brain works, the illustration of the brain, the tools and machines that help the heart beat of the person. I know that

To be a biomedical clinical engineer there a lot of things that has to be accomplished. The roles of being a biomedical clinical engineer is that you design and build sensor system that can be used for diagnostic tests, such as the computers used to analyze blood, develop computer systems that can be used to monitor patients. There are some programs that I can attend such as a master or bachelor’s degree program. During this job there are some non-educational requirements that you have to inhabit for instance, you have to stay focused, and your hands need to be clean as always. I choose this career because I get to work in the hospitals or any health care facilities and I get to work with medicine. Some required personality traits is to be

Biomedical Engineering is a broad area of study because it utilizes varying disciplines of engineering and applies them to medicine. The field within the Biomedical Engineering discipline that I would like to enter into is scientific research and development (R&D) services (1). This field focuses greatly on identifying problems in a clinical environment and designing solutions. These problems can be in regards to medical devices, diagnostic machinery, biomaterials, and many other aspects of the medical field. Another aspect of this field is the research component. This part is essential because one must conduct research to understand what is already used clinically, what problems there are, and what the best and most efficient solutions are