Biomedical Science Personal Statement

Biomed Academy at my high school will be the most contributing factor to attain my goal. This academy has changed my perspective about medicine career. I have gained tons of knowledge from BioMed academy in these high school years. This will help me to attain my goal, because the knowledge gained from this academy will help me to be a successful medical professional. The principle of Health Science, Health Science, CNA, psychology, Biology, and anatomy and physiology are classes that prepared me to be an eligible Pre-Med applicant. I have learned from the basic structures of the body to the complex structure of the body, and from classroom to hands-on experience at the rehabilitation center. These years in BioMed Academy will help me to attain

The field of biomedical research has always fascinated me. I am most interested in your Department of Biotechnology. The almost-limitless advances in the field have opened up new and exciting opportunities, opportunities that I wish to participate in. Nowadays one has to have the perfect combination of theory and practical knowledge. Biomedical research is one of the most important scientific fields today and is beneficial not only to the individual, but to society as well.

I have always had a love for building and creating. My parents have instilled in me that hard work is how you get to your goals. I hope to attend Clemson University in the fall. I want to obtain a masters in Mechanical or Biomedical Engineering with either a focus in testing and or robotic prosthesis. I have worked vigorously my whole high school career to set myself up for success no matter what path I decide to take.

As a child, science had always been a significant interest for me. Growing up, I watched the show Bill Nye the Science Guy with passion and curiosity. I wanted to know more about the topics he spoke about and the background behind these ideas. It was not until high school that my inquisitiveness for science was fully answered. It was 9th grade honors Biology and I had never experienced a science course as in depth and thorough.

The personal statement is by and large used to focus a student’s capacity to overcome accomplish objectives, think discriminatingly, hindrances, and composes adequately. The premise of the personal statement is simple: it's an essay that provides context to an applicant's scholastic record, a face to put in front of the test scores. Length and content requirements for the personal statement vary widely from school to school; some colleges want brief, specific responses to a set of questions while others allow the applicant to give a general outline of his or her strengths. Personal statements are one of the most important parts of the application and sometimes the deciding factor for admission. Biomedical science: Biomedical scientists concentrate

When I was 12, I built a airplane with a wingspan that was as long as I was tall, and I even got to fly it. Seeing that airplane in the air sparked an indescribable feeling. In that moment, I realized that I was capable of innovation and that I had the potential to make amazing things, and I was stunned by the power that people have to create something really fantastic. When I came home from that STEM camp--designed specifically for girls--I began cultivating my interests by learning more about STEM and participating in a variety of programs. I worked in a small group to design a mental health app, learned programming Java for robots, and built small electrical devices with LEDs that lit up with the push of a button.

I was walking alongside my mother to a grocery store when I saw a war veteran with an amputated leg sitting in a wheelchair. Being a curious five-year-old boy, I asked my mother, ''Why can't that man walk like us?"     She replied, ''It's because he has no leg."    

Going to college, I am going to pursue either a Biomedical Engineering or Biology degree. I would like to pursue such a degree because the field of math and science has resonated with me ever since I started learning. But, specifically, I take a profound interest in the field of biology because I enjoy learning about the inner workings of living things and exploring the way in which life has come to be. Moreover, I love experimenting with the scientific method and using my creativity to solve problems along the way and forming conclusions. In the real world, a Biomedical Engineer has to be innovative in order to come up with the best products to boost productivity and effectiveness for medical professionals and their patients.

My purpose in undertaking graduate study in the Biomedical Engineering program at the University of Texas- San Antonio is to develop my skills and knowledge of therapy in preparation for a career as a Researcher. With increasing demands worldwide for scientific and medical advancements, I embark on a journey to join self and subject in becoming an experienced researcher and scientific leader. In addition, I plan to conduct research concerning genetic diseases, cancer, gene therapy, and stem cells to provide physicians and genetic counselors cutting edge information to more accurately assess risks, interpret medical history, test and diagnose genetic diseases and illnesses due to the malfunction of the cell cycle and developmental mechanisms. I know my personal interest for Biochemistry and Molecular Biology would flourish working with top scientists solving challenging biological and medical mysteries.

While some parents may have told their kids to eat their spinach to grow strong like Popeye, my parents emphasised creativity; I grew up on a steady diet of innovation. When my parents batted away my persuasive arguments to get a cell phone, I created a contraption to strap my laptop to my chest so I could listen to music. In a burst of desperation fueled inspiration, I’ve used a straw instead of a valve to pump air into my bike tires. Currently, I’m using big data to design a methodology to identify the ideal number of independently occurring words inside a novel.

In elementary school, 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. It never occurred to me that I was following a concept that was exclusive to men. In high school, alongside the math and science skills that led to my engineering major, I developed a love and practice of the arts.

Curiosity has always been my driving force. My interest in Natural Sciences initially arose trying to understand nutrition and how different types of molecules are used to fuel our body. My interest shifted to Synthetic Biology when I found the Wyss Institute at Harvard. The way they are using nature as inspiration to develop new tools for making a better society inspires me. Three books have helped me to reinforce my commitment to studying Biotechnology.

I am eager to study biomedical engineering at UW-Madison. For as long as I can remember, I have had a strong interest in science, math, and medicine. Over a few years, I considered different ideas about what I wanted to study, but none of them seemed to be an ideal fit. Eventually, I realized I was interested in applying science to solve problems, and I began to look at engineering. At that point, I decided that biomedical engineering was a perfect combination of my interests.

The human body, both mentally and physically, is an extraordinary conglomerate of processes. The level of complexity and uniqueness, which allows the human body to function efficiently, never ceases to amaze me. It is this physiological complexity, coupled with the human body’s delicate balance of mechanisms, which has fuelled my decision to study biomedicine at university. From an early age, solving puzzles and problems has fascinated me and this interest has been continually consolidated when reading how the latest level of understanding regarding the human physiology has been achieved. Therefore, the fact that my chosen course incorporates research and hypothesis testing only reinforces my ambitions to study biomedicine further.

One of the crucial moments in my life was the decision I had to take; as to what I was going to do next in life. Having completed my Advanced Level in 2013, I realized that it was not the end of my career as a student. I needed strong academic foundation along with other soft skills to meet the challenges and survive in this commercial world as a successful individual. In view of these thoughts, I was unable to make a firm decision as to what my career direction would be. After a month or so of various discussions with my parents, friends and other learned people I was able to reason out the best choice for me.